4224 Fabrication Jobs - Page 50

1. The Candidate must have experience in basic & detailed for Revamp/Brown field Projects in Refinery, Fertilizers, Chemicals, Petrochemicals, Specialty Chemicals, Oil & Gas Projects, Off-Sites and Utility facilities. 2. Candidate should independently complet Civil & Structural Engineering design review and preparation of design deliverables for the project and ensure timely completion to the required quality standards. 3. Candidate should be capable to independently undertake detail design & engineering activities for Concrete building design, foundations for steel structures, Equipment foundation(isolated and Raft), Piling, hard stands, paving, UG pit, trench for Revamp type of Projects. 4. Candidate should be capable to independently undertake detail design & engineering activities for Piperacks, Technology structures etc. 5. Support in Civil/Structural Fabrication drawing review and interaction with detailers for successful completion of work. 6. Candidate should have experience of closely working with multi-discipline Engg team, Project team, Detail engineering partners/contractors. 7. Candidate should have experience in connection design and detailing including requirements of ductile detailing. 8. Candidate shall have very strong understanding of project specifications, soil report study, Health check up study of Old structures, review of Fabrication and erection drawings. 9. Candidate should be competent enough to perform Detail Engineering activites of projects independently, should possess Strong technical skills/ Knowledge of good engineering & global practices followed in Civil & Structural Engineering. 10. Candidate should have exposure of Material estimation for Pre-bid projects in cost competent approach. 11. Candidate should be well versed with ASCE, ACI, AISC, Euro codes, IS codes. 12. Knowledge of STAAD. Pro design software. Knowledge of soil strength calculations, Civil Strcutural design & analysis. Exposure to international Wind, Seismic and design codes IS codes, ASCE, ACI, Euro codes, etc. 13. Prepare accurate design calculation independently, analysis of pipe rack, equipment shelter, buildings, EOT Cranes supporting structure, process/technological structure, etc. Design & Analysis of static and dynamic equipment foundations 14. Perform Multi-disciplinary checks, and collect inputs to furnish Civil and Structural Design deliverables. 15. Candidate should have exposure of prebid workings and estimations to be considered for a cost competative bid. 16. Candidate should have exposure of identifying the risks involved in the pre-bid. 17. Candidate should be able to analyse the impact of inputs from Upstream discipline on civil, Strucutral deliverables. 18. Attitude of continual learning and implementing the lessons learnt on other ongoing work is expected. 19. Candidate shall be able to provide Optimal, Cost effective Solution by co-ordinating with all other disciplines and its risk study on the project.

Design Engineer 5+ years in 3D Modelling. Skilled in Sheet Metal Fabrication, Plastic Injection Moulding, Rubber Parts, and BOM preparation. Proficient in Product Benchmarking and Teardown analysis. UGNX B.E/B.Tech Mechanical

Marmon Technologies India Private Limited As a part of the global industrial organization Marmon Holdings which is backed by Berkshire Hathaway you ll be doing things that matter, leading at every level, and winning a better way. We re committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone s empowered to be their best. This is a lead-level engineering position responsible for driving the design, development, and sustenance of construction and building envelope products for Hohmann & Barnard, Inc. The role requires technical leadership in sheet metal and structural component design, with a strong focus on fabrication readiness, material optimization, and product cost-efficiency. He/ She will lead end-to-end design initiatives, guide junior engineers, and collaborate with cross-functional teams including manufacturing, quality, sourcing, and suppliers. The position demands hands-on proficiency in CAD tools, DFM/DFA principles, and fabrication processes, along with a working exposure to FEA and design validation techniques. This role is central to delivering innovative, production-ready, and cost-effective solutions in support of H&B s strategic product portfolio. Key Responsibilities / Functions: Lead the design and development of construction products , structural assemblies, and custom sheet metal components (e.g., wall reinforcements, anchors, brackets). Oversee the creation of detailed 2D and 3D CAD models , flat patterns, and manufacturing-ready drawings using tools such as AutoCAD and Revit . Manage product lifecycles from concept to production , including prototyping, testing, validation, and manufacturing handoff. Ensure engineering deliverables meet design intent , cost , and manufacturability requirements , with adherence to quality standards. Perform or review design calculations , and guide FEA simulations (using tools like ANSYS or Inventor Nastran) to validate structural performance and compliance. Champion DFM/DFA principles , value engineering (VAVE) , and standardization efforts to optimize designs for scalability and cost-efficiency. Lead the preparation and maintenance of accurate BOMs , technical specifications , and engineering documentation , including ECNs and revision control. Collaborate closely with manufacturing, procurement, quality, and global engineering teams to ensure seamless design-to-production transitions. Review and improve nesting strategies and part design to ensure efficient CNC fabrication and minimal material waste. Mentor and support junior engineers and CAD designers, fostering a high-performance team environment. Stay up to date with fabrication techniques , materials , industry trends , and emerging design technologies relevant to metal construction products. Required Qualifications: (Education, Technical Skills/Knowledge) Hands-on experience in product and structural design , specifically within metal fabrication , machined components , or other industrial products. Expert-level proficiency in AutoCAD for 2D modeling and flat pattern development; working knowledge of Revit for handling BIM including design, visualize and collaborate structural designs. Strong experience in performing engineering design calculations including structural load estimations and basic stress analysis. In-depth understanding of metal processing techniques cutting, forming, punching, and welding and their impact on design feasibility. Proficient in GD&T , tolerance stack-up analysis , DFM/DFA , and DFMEA methodologies to ensure robust and production-ready designs. Comprehensive knowledge of fabrication processes including laser/plasma cutting , bending , welding , and machining , with awareness of shop-floor constraints. Solid understanding of material behavior , coating/finishing processes (e.g., powder coating, galvanizing), and their influence on durability and performance. Proficiency in BOM management , part numbering systems , and revision control . Experience supporting manufacturing, prototyping , and first-article testing , translating design intent into production-ready deliverables. Familiarity with cost estimation , value engineering , and VAVE techniques for driving product affordability and standardization. Ability to independently plan, coordinate, and execute development projects spanning new product introductions, redesigns, cost optimizations, and engineering analysis. Proven experience in mentoring junior engineers , reviewing their work, and conducting technical design reviews to ensure quality and consistency. Prior experience working in a global engineering environment with collaboration across multi-site including virtual coordination and occasional travel. Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .

Marmon Technologies India Private Limited As a part of the global industrial organization Marmon Holdings which is backed by Berkshire Hathaway you ll be doing things that matter, leading at every level, and winning a better way. We re committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone s empowered to be their best. This is a lead-level engineering position responsible for driving the design, development, and sustenance of construction and building envelope products for Hohmann & Barnard, Inc. The role requires technical leadership in sheet metal and structural component design, with a strong focus on fabrication readiness, material optimization, and product cost-efficiency. He/ She will lead end-to-end design initiatives, guide junior engineers, and collaborate with cross-functional teams including manufacturing, quality, sourcing, and suppliers. The position demands hands-on proficiency in CAD tools, DFM/DFA principles, and fabrication processes, along with a working exposure to FEA and design validation techniques. This role is central to delivering innovative, production-ready, and cost-effective solutions in support of H&B s strategic product portfolio. Key Responsibilities / Functions: Lead the design and development of construction products , structural assemblies, and custom sheet metal components (e.g., wall reinforcements, anchors, brackets). Oversee the creation of detailed 2D and 3D CAD models , flat patterns, and manufacturing-ready drawings using tools such as AutoCAD and Revit . Manage product lifecycles from concept to production , including prototyping, testing, validation, and manufacturing handoff. Ensure engineering deliverables meet design intent , cost , and manufacturability requirements , with adherence to quality standards. Perform or review design calculations , and guide FEA simulations (using tools like ANSYS or Inventor Nastran) to validate structural performance and compliance. Champion DFM/DFA principles , value engineering (VAVE) , and standardization efforts to optimize designs for scalability and cost-efficiency. Lead the preparation and maintenance of accurate BOMs , technical specifications , and engineering documentation , including ECNs and revision control. Collaborate closely with manufacturing, procurement, quality, and global engineering teams to ensure seamless design-to-production transitions. Review and improve nesting strategies and part design to ensure efficient CNC fabrication and minimal material waste. Mentor and support junior engineers and CAD designers, fostering a high-performance team environment. Stay up to date with fabrication techniques , materials , industry trends , and emerging design technologies relevant to metal construction products. Required Qualifications: (Education, Technical Skills/Knowledge) Hands-on experience in product and structural design , specifically within metal fabrication , machined components , or other industrial products. Expert-level proficiency in AutoCAD for 2D modeling and flat pattern development; working knowledge of Revit for handling BIM including design, visualize and collaborate structural designs. Strong experience in performing engineering design calculations including structural load estimations and basic stress analysis. In-depth understanding of metal processing techniques cutting, forming, punching, and welding and their impact on design feasibility. Proficient in GD&T , tolerance stack-up analysis , DFM/DFA , and DFMEA methodologies to ensure robust and production-ready designs. Comprehensive knowledge of fabrication processes including laser/plasma cutting , bending , welding , and machining , with awareness of shop-floor constraints. Solid understanding of material behavior , coating/finishing processes (e.g., powder coating, galvanizing), and their influence on durability and performance. Proficiency in BOM management , part numbering systems , and revision control . Experience supporting manufacturing, prototyping , and first-article testing , translating design intent into production-ready deliverables. Familiarity with cost estimation , value engineering , and VAVE techniques for driving product affordability and standardization. Ability to independently plan, coordinate, and execute development projects spanning new product introductions, redesigns, cost optimizations, and engineering analysis. Proven experience in mentoring junior engineers , reviewing their work, and conducting technical design reviews to ensure quality and consistency. Prior experience working in a global engineering environment with collaboration across multi-site including virtual coordination and occasional travel. Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .

Mechanical Maintenance In charge for LMTG facilities in Heavy Machine Shops, Fabrication Shops, Assembly Shops, Blade Shop, Testing facilities like High Speed Balancing facility, Generator testing facility, Utilities like Material Handling Equipment like EOT Cranes, Semi Gantry Cranes, Gantry Cranes, HVAC Systems for Admin, Coil Shop, Air Conditioning Systems for offices, CNC machines, Centralized Air compressors, Centralized NG line Preventive Maintenance, Breakdown Maintenance, Major Preventive Maintenance, Reconditioning and Overhauling, Upgradation of equipment, Team Skill Enhancement thru Training and Development projects, Adherence to Integrated Management System procedures, Spares planning, Department Budget Monitoring, Safety improvement initiatives, Machine availability improvement initiatives, Technical coordination for New Capital Expenditures,

At Boeing, we innovate and collaborate to make the world a better place. We’re committed to fostering an environment for every teammate that’s welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us. Overview As a leading global aerospace company, Boeing develops, manufactures and services commercial airplanes, defense products and space systems for customers in more than 150 countries. As a top U.S. exporter, the company leverages the talents of a global supplier base to advance economic opportunity, sustainability and community impact. Boeing’s team is committed to innovating for the future, leading with sustainability, and cultivating a culture based on the company’s core values of safety, quality and integrity. Technology for today and tomorrow The Boeing India Engineering & Technology Center (BIETC) is a 5500+ engineering workforce that contributes to global aerospace growth. Our engineers deliver cutting-edge R&D, innovation, and high-quality engineering work in global markets, and leverage new-age technologies such as AI/ML, IIoT, Cloud, Model-Based Engineering, and Additive Manufacturing, shaping the future of aerospace. People-driven culture At Boeing, we believe creativity and innovation thrives when every employee is trusted, empowered, and has the flexibility to choose, grow, learn, and explore. We offer variable arrangements depending upon business and customer needs, and professional pursuits that offer greater flexibility in the way our people work. We also believe that collaboration, frequent team engagements, and face-to-face meetings bring together different perspectives and thoughts – enabling every voice to be heard and every perspective to be respected. No matter where or how our teammates work, we are committed to positively shaping people’s careers and being thoughtful about employee wellbeing. Boeing India Engineering and Technology Centre is currently looking for Experienced Manufacturing Engineer to join their Manufacturing Engineering team in Chennai, India, you will be part of a global team working on providing ME solutions to a wide range of Boeing products and services across the world. These positions will focus on supporting the Boeing Commercial Airplanes (BCA) business organization. A successful candidate will Lead the preparation of build plan, create assembly work instructions and drive process standardization for different Airplane commodities, Structures, Systems and Interiors as these positions will focus on working directly with the Manufacturing Engineering Manager to provide Manufacturing Engineering solutions to a wide range of Boeing products and services across the world. Position Responsibilities: Author and Approve build plan/work instructions for installing components, systems, interiors and other structural assemblies for Aircraft Structural assemblies, Systems and Payloads. Create/Modify/Approve Installation plans, fabrication plans, and installation plan audits, CAPP/MES and Author work instructions Refines, validates, coordinates and implements conceptual designs and manages the program architecture for build. Experience and knowledge of manufacturing, methods, fabrication processes (e.g., forming, stamping, machining, heat treatment, machines/machine tools, cutting tools and fluids, instrumentation, data acquisition and control systems) Resolves technical problems of significant impact to performance, cost or schedule. Mentor and develop the team on emergent skill requirements. Mentor the team on relevant industry standards and best practices. Provides guidance to others through structured mentoring. Support team to develop and implement manufacturing build plan/fabrication plan for Aircraft modules, components and assemblies and oversees plan optimization Guide manufacturing engineers to develop work instructions for installing components, systems, interiors and other structural assemblies. Support Integrated Product Teams (IPTs) in analyzing product development, complex producibility studies and production/tooling philosophies. Support technical reviews addressing non-conformances and perform Root Cause Corrective Action (RCCA) investigations related to a manufacturing process. To work collaboratively with multi-functional team. Must be willing to work flexible hours to collaborate with Boeing personnel around the world. Develop and maintain relationships/partnerships with customers, stakeholders, peers, and partners to deploy collaborative plans and execute on projects. Awareness of AS9100 D quality management system and Ensure compliance with company quality management system requirements. Participate in the implementation of Lean principles and technologies. Good analytical approach for problem solving, driving the innovations with speed and agility. Employer will not sponsor applicants for employment visa status Basic Qualifications (Required Skills/Experience): A Bachelor’s engineering degree or higher is required as a BASIC QUALIFICATION. 8+ years of related work experience in the aerospace industry. 4+ years of experience related to manufacturing of aircraft Interiors/Systems/ Structures/Payloads. 2+ years of experience in leading a team of manufacturing engineers. Experience with Aerospace Manufacturing, Fabrication, Assembly Processes and Technologies. Experience with creation of manufacturing planning and authoring assembly work instructions. General Drawing Interpretation, Knowledge of Aerospace Materials and Processes. Knowledge of manufacturing execution systems like CAPP/MES, IPDM. Experience/Knowledge of CATIA/NX Modelling software’s and GD&T. Preferred Qualifications (Desired Skills/Experience): Bachelor's degree in Engineering (Aeronautical/Production/Manufacturing, etc.). Typical Education & Experience: Degree and typical experience in engineering classificationBachelor's degree with 8+ Yrs or Master’s with 7+ yrs of experience in Mechanical/Aerospace Engineering, Production Engineering. Relocation: This position offers relocation. Applications for this position will be accepted until Jun. 07, 2025 Export Control This is not an Export Control position. Education Bachelor's Degree or Equivalent Required Relocation This position offers relocation based on candidate eligibility. Visa Sponsorship Employer will not sponsor applicants for employment visa status. Shift Not a Shift Worker (India) Equal Opportunity Employer: We have teams in more than 65 countries, and each person plays a role in helping us become one of the world’s most innovative, diverse and inclusive companies. We are proud members of the Valuable 500 and welcome applications from candidates with disabilities. Applicants are encouraged to share with our recruitment team any accommodations required during the recruitment process. Accommodations may include but are not limited toconducting interviews in accessible locations that accommodate mobility needs, encouraging candidates to bring and use any existing assistive technology such as screen readers and offering flexible interview formats such as virtual or phone interviews.

This role involves the development and application of engineering practice and knowledge in the following technologiesDesign of mechanical systems, devices, equipment and machines; installing and maintaining mechanically functioning equipment; simulating a wide range of interactions and evaluate performance in real world scenarios; and develop prototype for manufacturability, testing and validation. - Grade Specific Focus on Mechanical Physical Engineering. Entry level graduate with limited commercial and technical work experience. Build skills and expertise in a chosen Engineering Discipline. Works to instructions and directions and delivers reliable results. Keen to understand clients business needs. Solves routine problems. Organises own time with a short time horizon. Skills (competencies) Active Listening Adaptability Analytical Thinking CAD & Digital Twin DesignGenerative Design & Additive Manufacturing Collaboration Material Science and Recycling Process Material ScienceMetals, Composite, Surface and Nanomaterials Problem Solving Product Digital DesignAutoCAD Product Digital DesignAutodesk Fusion 360 Product Digital DesignCATIA V5 Project Management Project Planning Projects & QCT Management, Supplier Management Rapid DynamicsCrash and Vulnerability Risk Management Scope Management Specification and Management Stakeholder Management Static Stress Analysis Static StressPhysics & Simulation Science Strategic Thinking Sustainability-Electrification Sustainability-Green Hydrogen

This role involves the development and application of engineering practice and knowledge in the following technologiesDesign of mechanical systems, devices, equipment and machines; installing and maintaining mechanically functioning equipment; simulating a wide range of interactions and evaluate performance in real world scenarios; and develop prototype for manufacturability, testing and validation. - Grade Specific Focus on Mechanical Physical Engineering. Develops competency in own area of expertise. Shares expertise and provides guidance and support to others. Interprets clients needs. Completes own role independently or with minimum supervision. Identifies problems and relevant issues in straight forward situations and generates solutions. Contributes in teamwork and interacts with customers. Skills (competencies) Active Listening Adaptability Analytical Thinking CAD & Digital Twin DesignGenerative Design & Additive Manufacturing Collaboration Material Science and Recycling Process Material ScienceMetals, Composite, Surface and Nanomaterials Problem Solving Product Digital DesignAutoCAD Product Digital DesignAutodesk Fusion 360 Product Digital DesignCATIA V5 Project Management Project Planning Projects & QCT Management, Supplier Management Rapid DynamicsCrash and Vulnerability Risk Management Scope Management Specification and Management Stakeholder Management Static Stress Analysis Static StressPhysics & Simulation Science Strategic Thinking Sustainability-Electrification Sustainability-Green Hydrogen

Ability to quickly acquire knowledge of a product, including the basics of its technologies and how it’s used by our customers to inform content. Ability to follow a defined content plan and create content with guidance. Ability to adapt work and processes according to guidance and direction from design leads. Ability to write accurate, clear, and concise documentation for global audience. Ability to collaborate effectively across remote teams and time zones. Ability to work with Subject matter experts and understand technical concepts. Experience with XML or DITA tagging languages. Ability to quickly adapt and learn new skills. Ability to gather data, draw insights and problem solve. Required education Bachelor's Degree Required technical and professional expertise 8+ years technical writing experience. Proficiency with relevant content development and publishing tools and processes. Ability to apply user needs to content design and development Ability to use and contribute to shared source repositories such as GitHub. Ability to acquire and leverage IBM Design Thinking practices. Experience with Agile software development lifecycle. Familiar with DevOps and a variety of software engineering concepts

3D Modeling Specialist (Freelance, 2–3 weeks) I'm seeking a freelance 3D designer for a short-term project. The task involves preparing a model for 3D printing and CNC cutting (STL file output required). No coloring or rendering is needed—just a clean, printable model. ⏳ Timeline: Ideally, the project should be completed within 3 weeks . 📎 References: Please see example shapes and style (no colors, just forms): Example 1 Example 2 Example 3 🎯 Note: The final concept design will be shared shortly. If you're experienced with preparing models for fabrication and available now, feel free to connect or DM me. Show more Show less

Job Description Job Overview: The Principal Pipeline Engineering is responsible for interpreting internal or external business issues and recommending best practices. They will be tasked with solving complex pipeline-related problems and will work independently with minimal guidance. The Principal Pipeline Engineer may be responsible for leading functional teams or projects and is regarded as a specialist in the field of pipeline engineering. As such, they must have in-depth expertise in pipeline engineering as well as broad knowledge of the pipeline engineering discipline within the engineering function. Responsibilities Key Tasks and Responsibilities: Interpret internal and external business challenges in the pipeline engineering discipline; the role requires specialized depth and breadth of expertise in the area of pipeline engineering Interpret internal or external business issues and recommend best practices; solve complex pipeline-related problems and will work independently with minimal guidance May be responsible for leading functional teams or projects and is regarded as a specialist in the field of pipeline engineering; as such, they must have in-depth expertise in pipeline engineering as well as broad knowledge of the pipeline engineering discipline within the engineering function Become fully familiar with the project scope of work, specifications, schedule, and all inter-discipline requirements; including identifying concerns as early as practicable and taking appropriate initiatives to address the issues Interpret contractual requirements as they relate to engineering execution Identify changes to scope and promptly raise change notifications, including providing any necessary supporting documentation and estimates; provide similar support for Variation Orders Interface with all disciplines to develop clash-free designs Interface with other departments to obtain input for Discipline designs and drawings Maintain close coordination with other engineering disciplines, Planning, Fabrication, Marine, and Project Management Team, as required Document substantive communications (communications that result in significant decisions or assignment of actions) and forward copies to Discipline Lead Engineer and Discipline Manager Prepare estimates for bid proposals, including technical query reviews, execution statements, and workhour estimates, identifying software requirements and any other project-specific requirements Raise technical queries to obtain missing information, clarify work scope, and maintain preferred procedures, specifications, standards, practices, and operational requirements Prepare, review, and (as Lead Engineer) approve Discipline engineering design basis, philosophies, and technical specifications Participate in finalizing deliverables lists and deliverables, ensuring compliance with specifications and functional integrity Review project schedule and fabrication schedule about construction sequence, milestones, and engineering scope Attend project kickoff and review meetings, vendor meetings, engineering meetings, and offshore site surveys, as required Provide technical direction and review of Designer’s production products related to Pipeline Engineering Prepare, review, and (as Lead Engineer) approve design reports and procedures Assist in providing necessary design inputs to other disciplines to enable them to proceed with their deliverables Assist procurement personnel in procuring Discipline equipment, materials, and services; ensuring that work produced complies with Customer objectives and procedures Procurement assistance includes preparing, reviewing, and (as Lead Engineer) approving requisitions, evaluating technical quotations, preparing queries, compiling bid tabulations and recommendations, preparing purchase requisitions, and coordinating with Procurement to expedite vendor documents, as directed by the Discipline Lead Engineer Assist in updating weight report based on receipt of vendor information Review and (as Lead Engineer) approve vendor and subcontractor submittals, checking for compliance with project specifications and providing comments as necessary Review and (as Lead Engineer) approve design verification through single-discipline check/ inter¬ discipline check (IDC) Provide technical support to fabrication queries, including identifying defect I rectification requirements Keep the Discipline Manager and Project Management Team apprised of all activities and concerns, technical, budgetary, and manpower related Assist in providing inputs for actual, planning, and forecasting progress reports including associated productivity Check final subcontractor and vendor data manuals to ensure that all requested data has been received and approved Present issues and problems to Customers promptly and assist the Lead Engineer in negotiating resolution by project and company requirements Perform (as required) Technical Quality Audit reviews by MOR Global Procedures Assist Lead Engineer with responses to Customer and other agencies (such as certifying authorities, auditors, third parties, etc.) on their review and approval Capture lessons learned and enter them into a database system Capture Knowledge Objects and enter them into the database system Guide less experienced engineers on MOR and Discipline procedures, standards, worksheets, design calculations, software, requisitions, technical bid evaluations, technical queries, etc. Supervise and guide assigned engineers and coordinate with project Lead Designers for Discipline engineering and design deliverables Responsible for the engineering integrity of the assigned work area Monitor costs of own work processes Assist in the maintenance of departmental technical guidelines and standard calculation notes Participate in the development and maintenance of Global Procedures, Software, and Standards May participate in standards development committees or task groups such as API Develop communication and presentation skills (e.g., write technical papers, participate in conferences and/or seminars, present design solutions, and/or present topics at "lunch and learns"; etc.) Identify and provide training to staff in specific techniques and proprietary software Provide information on employee performance to the Discipline Manager Assist the Discipline manager in interviewing job applicants Prepare, review, and (as Lead Engineer) approve the following for pipelines and their components: Material specifications and datasheets Fabrication specifications Installation specifications Pipeline design and installation analyses Material takeoffs Pipeline reports and installation manuals Perform, review, and (as Lead Engineer) approve the following designs, analyses, and evaluations for pipelines and their components: Wall thickness designs On-bottom stability analyses Pipeline cathodic protection designs Free-span analyses Pipeline expansion and rigid riser stress analyses using finite element analysis (FEA) tools Route selection designs Bottom roughness evaluations Crossing support designs Dropped object protection structure designs Clamp designs Subsea structure designs Shore approach designs Onshore pipeline designs Pipeline local and global buckling mitigation designs Pipeline seismic analyses Installation analyses When acting as Lead Engineer, in addition: Act as project-based Discipline point of contact in communications and meetings with Customer counterparts Ensure substantive communications are documented Prepare bids and project's Discipline engineering budget and execution plans, updating as required Identify project staff needs based on knowledge of individual engineers’ skill sets and provide requests to the Discipline manager Plan, organize, and assign tasks, responsibilities, and workhour budgets to the discipline team, and verify tasks are completed within budgets Plan Discipline Level 4 detail deliverable schedule/ register compliant with the overall execution plan Prepare working forecasts identifying change management plans, corrective action, and real¬ schedule Provide Discipline inputs for actual, planning, and forecasting progress reports including associated productivity Alert the project team of any deviation from the scope or a need to change the order Monitor KPI measurement results and take corrective action as necessary to improve Discipline performance, including performance at interfaces with others Coordinate with other Discipline Lead Engineers and Designers to ensure timely receipt of necessary design inputs Review and approve requisitions, technical quotation evaluations and queries, compiled bid tabulations and recommendations, and purchase requisitions; and coordinate with Procurement to expedite vendor documents as required Lead the Discipline team during project audits (internal, Customer, and third-party technical audits) and Design Reviews Review comments from Customers & other agencies on documents and drawings produced by the team and resolve and give guidance on their updates and incorporation Assist the Discipline manager in the preparation of quarterly forecasts and manpower planning Anticipate project engineering needs and plan accordingly Coordinate with vendor for discipline-managed/procured items Assist the Discipline manager and Project Engineering Manager or Project Manager in the Performance Evaluation of project team members Reports to: Project: Lead Engineer, Project Engineering Manager or Project Manager Functional: Department Manager Liaise with: All Engineering disciplines, Safety Department, Project Management Team, Document Control, Project Planner, Project Cost Controller, QC and Certification Group, Procurement Group, Subcontractors, Vendors, and Customers Supervises: Senior Pipeline Engineers, Pipeline Engineers and Associated Pipeline Engineers Qualifications Essential Qualifications and Education: Bachelor’s Degree or Master’s Degree in Engineering 15-20 years of experience in oil and gas with major contractor or consultant predominantly performing detail design Detailed knowledge of design techniques and analysis methods, and detailed knowledge of the theory, content, and application of standards, codes, and guidelines as applicable for Mechanical Equipment Knowledgeable in project coordination and execution skills Preferably Registered Professional Engineer or member of professional engineering society as applicable Very good organizer, motivator, and supervisor Able to solve problems without assistance Keen on improving the effectiveness of the work HSE, TQM, and cost-conscious Fluent in the English language Understanding and supporting company goals and work processes Show flexibility and ensure proper hand-over with regards to: The reassignment to other McDermott offices The replacement of colleagues during illness and holidays The provision of assistance to other colleagues with heavy workloads (also other projects) when possible/desirable The managing/learning of future current working methods and software applications About Us Our ingenuity fuels daily life. Together, we’ve forged some of the most trusted partnerships across the energy value chain to make what was once just an idea a reality: laying subsea infrastructure thousands of feet below sea level, installing platforms hundreds of miles from shore, using our expertise to design and build offshore wind infrastructure, and reshaping the onshore landscape to deliver the energy products the world needs safely and sustainably. For more than 100 years, we've been making the impossible possible. Today, we're driving the energy transition with more than 30,000 of the brightest minds across 54 countries. Show more Show less

Job Description Job Overview: The Commissioning Engineer applies their conceptual knowledge of Commissioning (Eng) and, with a moderate level of guidance and direction from colleagues and leadership, is responsible for solving a range of straightforward Commissioning (Eng) problems. They will be responsible for analyzing possible solutions using standard procedures and building knowledge of the company, processes, and customers. The Commissioning Engineer understands critical business drivers and applies this knowledge to solve problems in straightforward situations by analyzing possible solutions using technical experience, judgment, and precedents. Responsibilities Key Tasks and Responsibilities: Report to the Commissioning Manager and provide support to the Principal Commissioning Engineer in the preparation of home office deliverables At the site, participate in walk-down inspections, punch listing, and testing including troubleshooting of mechanical, electrical & instrument component issues that can arise on the project Work collaboration within the Project team and with the Client to maintain positive relationships Required to support the commissioning team with performing any of the following activities as a minimum Operate and maintain Manuals development Commissioning and Start-up Spares development First Fills and Consumables development Commissioning and Start-Up Procedures Discipline Equipment system checks and tests Function testing of mechanical, electrical, and instrument systems Participate in Commissioning, Start-Up, and Performance Testing Resolve operational and maintenance issues during Commissioning, Start-Up, and Performance Tests Supervise craft personnel required for site pre-commissioning and commissioning activities Coordinate activities with other engineers in the commissioning team Reports to: Project: Project Commissioning Manager Functional: Function Commissioning Manager Liaise with: Commissioning Manager, Discipline Lead Engineers, Project Engineers, Construction/Fabrication team Supervises: Support personnel within the function group Qualifications Essential Qualifications and Education: Bachelor’s degree or equivalent in Engineering 3-8 years of experience in oil and gas with a major contractor or consultant Requires a good understanding of concepts, principles, and practices in commissioning, completions, and training as well as basic knowledge of other functions, such as construction and operations & maintenance Applies understanding of the industry to improve effectiveness Preferably possess a degree or diploma or equivalent in engineering Have a minimum of 3 years of experience in a chemical, refinery, or oil & gas process facility Prefer 2+ years of previous commissioning and start-up experience in the chemical, refinery, or oil & gas industry Able to effectively communicate technical solutions and concepts to other engineers and non-engineers Must have good computer software skills in MS Word, Excel, PowerPoint, Visio Must have good organizational skills and be adaptable to the needs of various discipline groups Must have the ability to assess and communicate project requirements and expectations in a clearly defined, positive, and productive manner Willing and able to travel to construction sites on assignments to international sites Proficiency in English, Multi-Language skills a plus About Us Our ingenuity fuels daily life. Together, we’ve forged some of the most trusted partnerships across the energy value chain to make what was once just an idea a reality: laying subsea infrastructure thousands of feet below sea level, installing platforms hundreds of miles from shore, using our expertise to design and build offshore wind infrastructure, and reshaping the onshore landscape to deliver the energy products the world needs safely and sustainably. For more than 100 years, we've been making the impossible possible. Today, we're driving the energy transition with more than 30,000 of the brightest minds across 54 countries. Show more Show less

Job Description Job Overview: The Senior Electrical Engineer applies in-depth knowledge, experience, and best practices in electrical engineering. They are responsible for solving complex electrical problems and work independently with minimal guidance. Responsibilities Key Tasks and Responsibilities: Apply thorough working knowledge to prepare and oversee the development of key project deliverables, including (but not limited to) the following: Specifications and Datasheets Electrical Load List One-line diagrams Motor control schematics Electrical building and equipment layouts Bills of Material Cable sizing calculations Conceptual studies and calculations Relay Coordination Cost and planning studies Prepare material requisitions, perform offer evaluation and prepare Technical Bid Evaluation Lead Project Development and Coordination, including (but not limited to) the following: Maintain and promote a focus on McDermott’s end-product throughout engineering, fabrication, or construction Function as electrical engineering project lead or electrical task lead Become familiar with the project scope of work, basis of design, specifications, and schedule Report to and coordinate with the electrical engineering lead, project engineering manager, and electrical department manager Supervise and coordinate with electrical engineers and designers Maintain close coordination with other discipline engineers and with the Client’s engineer Carefully evaluate, communicate, and manage change with full awareness of project impact Assume responsibility for cost, schedule, and quantity and budget control Lead the development and support of vendor packages, including (but not limited to) the following: Create, issue, and manage requisition packages for Substations, Transformers, and Electrical materials Create, issue, and manage subcontract packages for Heat Tracing, Cathodic Protection, and Electrical Installation Perform and coordinate the review of supplier documents for electrical and non-electrical packages Coordinate and supervise the Inspection and Factory Acceptance Testing (FAT) of electrical equipment, motors, and associated skids Lead Site Support, including (but not limited to) the following: Lead off-site and/or on-site technical support to Construction personnel Manage all site issues and coordinate with office personnel to resolve issues as needed Provide detailed technical support and supervision for Site Acceptance Testing (SAT) of electrical equipment Provide detailed technical assistance for pre-commissioning, energization, commissioning, and start-up, as required by the project Qualifications Essential Qualifications and Education: Must hold Bachelor’s or Master’s Degree in Electrical Engineering Not less than 12 years of detailed electrical engineering experience Strong working knowledge of many design techniques, analysis methods, and detailed knowledge of the content and application of standards, codes, and guidelines, including IEC, NEC, NFPA, IEEE, and ANSI and the latest scientific and engineering methods Technical knowledge of the detailed design engineering process in Oil & gas, EPC Projects Project coordination and execution skills Intermediate experience with Smart Plant Electrical (SPEL), AVEVA Electrical, Dialux/Chalmlite/Agi32, ETAP, and MS Office Suite including Excel and Word About Us Lutech Resources has over 25 years’ experience providing tailor made recruitment and integrated resource management to leading Engineering, Energy and Manufacturing sector companies worldwide. We set ourselves apart from others in the industry by building long term relationships with both our clients and candidates based on a mutual understanding of their targeted industry and a passion for excellence. With every engagement, our goal is to quickly place qualified talent with the best suited employer. We have a genuine understanding of candidates and clients’ needs. Along with a dynamic and effective service, we strive for positive outcomes for everyone, every time. Show more Show less

Roles & Responsibilty - Performing inspections and tests on materials, components, and finished products: Ensuring that they meet quality standards. Identifying and resolving quality issues: Working with production teams to correct defects and prevent future problems. Maintaining records of inspections, tests, and quality issues: Ensuring that all quality-related data is accurate and readily available. Preparing reports on quality performance: Providing management with information on quality issues and trends. NDT Qualification: Should be conversant with NDT procedure and qualified as ASNT NDT Level-II in RT, PT , UT & MT Manufacturing Process Knowledge- Required knowledge in Fabrication of Pressure Vessel, Piping and Structural items, Painting , Rubber / FRP Lining Inspection Knowledge- Required knowledge in Receipt Inspection, In process and Final Inspection ( Pre Delivery Inspection) Calibration of Instruments- Basic knowledge about different instrument , use and calibration process knowledge Welding Procedure Qualification Preparation of WPS,PQR,WPQ for Carbon Steel, Stainless Steel and Duplex Material Code Knowledge- Interpretation of ASME Sec.II,VIII & IX , ANSI 31.3 Other Responsibilities: Collaborating with other engineers and departments: Working with cross-functional teams to ensure that quality is integrated into all aspects of the project or product development. Staying up-to-date on industry standards and best practices: Ensuring that the company's quality processes are current and effective. Participating in project meetings and reviews: Providing input on quality issues and ensuring that quality is a priority.

Opening: Urgent Welding Engineer Location: Silvassa (Velugam) Dairy Automation Pvt. Ltd. is hiring a Welding Engineer with experience in fabrication and welding processes. Send resume to hr@dairyautomation.com.

Essential Qualification B.E./B.Tech in Mechanical, Civil, or Chemical Engineering Minimum 18 years of total experience, with at least 12 years in Quality Assurance/Quality Control, specifically in large-scale industrial desalination, water treatment, or Water infrastructure EPC projects. Must hold Lead Auditor Certification in ISO 9001:2015 Desirable Qualifications ASNT Level II / Level III in Non-Destructive Testing (NDT) CSWIP / AWS-CWI Welding Inspector Certification Certification in Water Quality Management, Desalination Technology, or Reverse Osmosis Processes Additional Qualifications Six Sigma Certification Certified in 5S, Kaizen, EFQM, or equivalent Quality Excellence Programs Job Description: Develop, implement, and continuously improve a comprehensive QMS aligned with ISO 9001:2015 Prepare and approve quality documentation such as Project Quality Plan, Inspection and Test Plans, Method Statements, Material submittal logs, in alignment with client specifications, international codes, and industry best practices. Provide strategic oversight to QA/QC teams across multiple projects, ensuring timely inspections, audits, compliance, and close-out of Non-Conformances (NCRs). Interface with internal customers engineering, procurement, and construction teams to integrate quality requirements early in the project lifecycle. Establish and maintain vendor and subcontractor quality control systems for fabrication, assembly, and erection of water treatment equipment, pipelines, mechanical systems, and civil structural elements. Lead regular Quality Review Meetings with clients, contractors, and third-party inspection agencies to monitor KPIs, resolve quality issues, and ensure proactive control. Review and approve test reports, calibration records, and material traceability documentation for desalination components (RO membranes, pumps, pressure vessels, etc.). Conduct Internal & External Quality Audits and provide strategic recommendations to align with evolving regulatory and compliance requirements. Ensure project-wide quality training, toolbox talks, and motivational programs for all levels of staff to maintain a quality-focused culture. Maintain accurate records of inspection reports, audits, and quality documentation to support project handover and warranty phases. Serve as a technical mentor to QA/QC Engineers and Inspectors, ensuring competency development and alignment with project goals. Act as a client-facing authority on all quality-related matters throughout the project lifecycle, from design review to commissioning. Key Competencies Proven leadership track record in driving quality systems, compliance, and operational excellence across large EPC projects in water treatment and desalination infrastructure. Excellent documentation, communication, and team leadership skills Thorough knowledge of codes & standards Show more Show less

If you are looking for a challenging and exciting career in the world of technology, then look no further. Skyworks is an innovator of high performance analog semiconductors whose solutions are powering the wireless networking revolution. At Skyworks, you will find a fast-paced environment with a strong focus on global collaboration, minimal layers of management and the freedom to make meaningful contributions in a setting that encourages creativity and out-of-the-box thinking. Our work culture values diversity, social responsibility, open communication, mutual trust and respect. We are excited about the opportunity to work with you and glad you want to be part of a team of talented individuals who together can change the way the world communicates. Requisition ID: 74458 Job Description Architects, designs and verifies circuits, logic, systems, algorithms, etc. to meet product requirements Determine design approaches and parameters Develops innovative new designs for patenting or protecting as trade secret Demonstrates good judgment in solving a broad range of issues, based on an advanced understanding of industry practices and company policies and procedures Responsible for custom layout, including overseeing the work of layout designers Reports on design results through design reviews, in accordance with company quality requirements and resolves action items generated as a result of these reviews Attends design reviews to provide input and learn from other designers’ experiences Research design techniques through technical publications and seminars Supports marketing in product definition Having a wide-ranging experience uses professional concepts and company objectives to resolve complex issues in creative and effective way Determines methods and procedures on new assignments and may coordinate the activities of other personnel Job Requirements A technology-related master’s degree or equivalent training and 3 or more years of analog/mixed-signal design experience developing mixed-signal ICs Strong knowledge of engineering fundamentals Advanced knowledge of CMOS fabrication processes Advanced knowledge of MOS transistors and analog/digital circuit design Knowledge of complex AD/DC analysis (poles, zeros, compensation) Advanced signal analysis knowledge Basic understanding of CMOS and BCD parasitic junctions and the risks associated with them Strong parasitic analysis knowledge (capacitance, resistance, power grid) Advanced knowledge of circuit building blocks (e.g., OPAMP, gm-C filters, switch capacitors, ADC, DAC, state-machines, and bus interfaces) Advanced understanding of layout tradeoffs for performance and size Advanced design skills in system modeling Strong knowledge of UNIX, Matlab, and circuit simulation tools Proficiency in layout verification, DRC, LVS Additional skills (one or more of these are highly desirable): Working knowledge of device physics Working knowledge of digital design and design flows System knowledge (e.g., High Performance PLLs) Knowledge of scripting language (python, shell, skill) Advanced laboratory measurement skills (analog, digital) Knowledge of MS Office documentation, spreadsheet, presentation tools or equivalent tools Excellent written and verbal presentation skills Skyworks is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, age, sex, sexual orientation, gender identity, national origin, disability, protected veteran status, or any other characteristic protected by law. Show more Show less

Key Responsibilities Piping Layout Design: Develop detailed piping layouts and designs, ensuring compliance with industry standards, client requirements, and safety regulations. Create 2D and 3D piping models using CAD (Computer-Aided Design) software like AutoCAD, PDMS (Plant Design Management System), or Plant 3D. Design and configure the arrangement of pipes, valves, fittings, and supports while optimizing space and considering future maintenance access. Coordination with Engineering Teams: Collaborate with process, mechanical, and structural engineers to integrate piping systems. Ensure compatibility between piping and other plant components. Piping Stress Analysis: Work with stress engineers to ensure the piping systems can handle thermal, pressure, and mechanical stresses. Suggest modifications to prevent issues like vibration or excessive stress. Bill of Materials (BOM) Preparation: Prepare and maintain the BOM for piping materials. Coordinate with procurement for timely material acquisition. Piping Specifications: Establish and maintain piping standards, ensuring adherence to national and international codes (ASME, API, ISO). Piping Isometric Drawings: Create isometric and spool drawings for fabrication and installation. Site Visits & Coordination: Conduct site visits and troubleshoot design or installation issues. Quality Assurance & Compliance: Ensure design compliance with safety standards and project goals. Project Documentation: Maintain design reports, layout drawings, and project timelines. Technical Skills: Proficiency in CAD tools, knowledge of piping materials, and industry standards (ASME, API). Familiarity with stress analysis and fluid dynamics. Soft Skills: Strong communication, teamwork, and problem-solving abilities. Additional Skills: Experience with PDMS, Revit, or SmartPlant 3D. Understanding of construction practices. Show more Show less

Leading a small team of electronics engineers Design and development of electronic sensors for automotive applications (e.g., speed sensors, pedal modules, position sensors, ABS sensors) Evaluate customer requirements and align designs with electrical functionality standards Understand and compile overseas designs, comparing customer requirements with design specifications Review and optimize electronic schematics and PCB designs for cost and time efficiency Create and validate product specifications, including electrical requirements and EMC/EMI test plans based on CISPR, ISO IEC, and OEM standards Interface with process engineering teams to resolve PCB panel design issues and ensure manufacturability Resolve technical issues related to PCB design and support both design and manufacturing teams with solutions Oversee DFMEA, prototype build documentation (BOM, process flow, testing parameters, etc.), and ensure compliance with quality standards Conduct calculations, analysis, and evaluations to ensure a high-quality and robust circuit design Provide primary technical component/module information to support cost estimation and quotation processes Support standardization efforts by referencing engineering specifications and improving the quality of existing standards Collaborate with cross-functional teams (mechanical, electrical, and process engineering) to meet design and packaging requirements Coordinate with test labs for EMC/EMI testing and documentation Lead task tracking, planning, and delegation within the project team Requirements Education: Bachelor s or higher degree in Electronics Engineering or a related field (Masters preferred) Experience: 8+ years of relevant experience in automotive process and product development Experience in leading a team Experience in the field of circuit design, sensor technology Hands-on experience in PCB population, testing, debugging, and fabrication processes Knowledge: Expertise in hardware PCB design for automotive sensors, including design flows from library creation to Gerber release Comprehensive understanding of EMI/EMC standards (CISPR, ISO IEC, IPC, MIL) and optimization techniques for automotive applications Strong knowledge of automotive sensing technologies (e.g. Hall, inductive sensing) and switches (especially two wheeler) Knowledge of FTA analysis and FIT rate Skills: Proficiency in ASIC programming, analog/digital circuit design, and tools like Altium Designer, LTSpice, and CST Studio Suite Experience in multi-layer PCB design for automotive environment and signal integrity optimization Strong skills in documentation and BOM creation Advanced computer skills in MS Office and SAP Strong English communication skills, knowledge of German or Japanese is a plus Attributes: Outgoing, adaptable, and collaborative Proactive and detail-oriented, with a commitment to delivering high-quality solutions Willingness to travel domestically and internationally

Marmon Technologies India Private Limited As a part of the global industrial organization Marmon Holdings which is backed by Berkshire Hathaway you ll be doing things that matter, leading at every level, and winning a better way. We re committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone s empowered to be their best. This is a lead-level engineering position responsible for driving the design, development, and sustenance of construction and building envelope products for Hohmann & Barnard, Inc. The role requires technical leadership in sheet metal and structural component design, with a strong focus on fabrication readiness, material optimization, and product cost-efficiency. He/ She will lead end-to-end design initiatives, guide junior engineers, and collaborate with cross-functional teams including manufacturing, quality, sourcing, and suppliers. The position demands hands-on proficiency in CAD tools, DFM/DFA principles, and fabrication processes, along with a working exposure to FEA and design validation techniques. This role is central to delivering innovative, production-ready, and cost-effective solutions in support of H&B s strategic product portfolio. Key Responsibilities / Functions: Lead the design and development of construction products , structural assemblies, and custom sheet metal components (e.g., wall reinforcements, anchors, brackets). Oversee the creation of detailed 2D and 3D CAD models , flat patterns, and manufacturing-ready drawings using tools such as AutoCAD and Revit . Manage product lifecycles from concept to production , including prototyping, testing, validation, and manufacturing handoff. Ensure engineering deliverables meet design intent , cost , and manufacturability requirements , with adherence to quality standards. Perform or review design calculations , and guide FEA simulations (using tools like ANSYS or Inventor Nastran) to validate structural performance and compliance. Champion DFM/DFA principles , value engineering (VAVE) , and standardization efforts to optimize designs for scalability and cost-efficiency. Lead the preparation and maintenance of accurate BOMs , technical specifications , and engineering documentation , including ECNs and revision control. Collaborate closely with manufacturing, procurement, quality, and global engineering teams to ensure seamless design-to-production transitions. Review and improve nesting strategies and part design to ensure efficient CNC fabrication and minimal material waste. Mentor and support junior engineers and CAD designers, fostering a high-performance team environment. Stay up to date with fabrication techniques , materials , industry trends , and emerging design technologies relevant to metal construction products. Required Qualifications: (Education, Technical Skills/Knowledge) Hands-on experience in product and structural design , specifically within metal fabrication , machined components , or other industrial products. Expert-level proficiency in AutoCAD for 2D modeling and flat pattern development; working knowledge of Revit for handling BIM including design, visualize and collaborate structural designs. Strong experience in performing engineering design calculations including structural load estimations and basic stress analysis. In-depth understanding of metal processing techniques cutting, forming, punching, and welding and their impact on design feasibility. Proficient in GD&T , tolerance stack-up analysis , DFM/DFA , and DFMEA methodologies to ensure robust and production-ready designs. Comprehensive knowledge of fabrication processes including laser/plasma cutting , bending , welding , and machining , with awareness of shop-floor constraints. Solid understanding of material behavior , coating/finishing processes (e.g., powder coating, galvanizing), and their influence on durability and performance. Proficiency in BOM management , part numbering systems , and revision control . Experience supporting manufacturing, prototyping , and first-article testing , translating design intent into production-ready deliverables. Familiarity with cost estimation , value engineering , and VAVE techniques for driving product affordability and standardization. Ability to independently plan, coordinate, and execute development projects spanning new product introductions, redesigns, cost optimizations, and engineering analysis. Proven experience in mentoring junior engineers , reviewing their work, and conducting technical design reviews to ensure quality and consistency. Prior experience working in a global engineering environment with collaboration across multi-site including virtual coordination and occasional travel. Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .

Marmon Technologies India Private Limited As a part of the global industrial organization Marmon Holdings which is backed by Berkshire Hathaway you ll be doing things that matter, leading at every level, and winning a better way. We re committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone s empowered to be their best. This is a junior-level design engineering role responsible for supporting the development and sustenance engineering of products for Hohmann & Barnard, Inc.. This role focuses on supporting manufacturing operations by developing optimized nesting layouts for CNC-based cutting processes such as laser cutting, plasma cutting, and punching. He / She will play a key role in preparing production-ready files, enhancing material utilization, and ensuring smooth fabrication processes. The candidate will work closely with design, production, and supply chain teams to ensure that all manufacturing documentation, nesting layouts, and part programs meet quality and efficiency standards. In this role, you will further develop technical subject-matter expertise while contributing significantly to H&B s growth and innovation. Key Responsibilities / Functions: Support the design and development of construction products and accessories related to the building envelope, such as wall reinforcement systems, anchoring components, and masonry assemblies. Develop and detail 2D nesting layouts for CNC-based cutting processes using SigmaNEST , ProNest , or similar software. Ensure optimal material utilization and minimal scrap through efficient and cost-effective nesting strategies. Demonstrate strong proficiency in AutoCAD for creating and modifying engineering drawings. Interpret 2D and 3D CAD models to validate manufacturing feasibility and ensure dimensional accuracy. Collaborate with design, manufacturing, and production teams to release production-ready components . Provide manufacturability feedback to design engineers and recommend improvements based on fabrication feedback and shop floor inputs. Prepare accurate and comprehensive drawings , bills of materials (BOMs) , and submittal packages in accordance with company standards and industry best practices. Support production troubleshooting , perform root cause analysis , and contribute to continuous improvement initiatives . Maintain and update CAD part libraries , nesting templates , and engineering documentation to ensure consistency and accuracy. Leverage nesting software capabilities to continuously improve material yield and fabrication efficiency . Required Qualifications: (Education, Technical Skills/Knowledge) Diploma or Bachelor s degree in mechanical engineering or related field. Experience in manufacturing support , especially in nesting layout preparation for laser/plasma cutting. Hands-on experience with nesting software such as SigmaNEST , ProNest , or similar tools. Strong understanding of fabrication processes - cutting, bending, punching, welding. Awareness of material costing and scrap reduction techniques to support cost-efficient manufacturing. Basic understanding of CNC machine capabilities and limitations to better tailor nesting layouts to machine constraints. Strong attention to detail and commitment to documentation accuracy . Proficiency in interpreting technical drawings , GD&T, tolerances, and material specifications. Knowledge of Design for Manufacturing (DFM) principles, especially for metal components. Experience working collaboratively with cross-functional teams including suppliers, manufacturing, quality, and procurement to support scalable and cost-effective product development. Solid problem-solving skills with the ability to analyse and resolve production issues and resolve through corrective and preventive actions. Commitment to continuous improvement, with a strong interest in emerging technologies, manufacturing methods, and material innovations. Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .

Marmon Technologies India Private Limited As a part of the global industrial organization Marmon Holdings which is backed by Berkshire Hathaway you ll be doing things that matter, leading at every level, and winning a better way. We re committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone s empowered to be their best. This is a junior-level design engineering role responsible for supporting the development and sustenance engineering of products for Hohmann & Barnard, Inc.. This role focuses on supporting manufacturing operations by developing optimized nesting layouts for CNC-based cutting processes such as laser cutting, plasma cutting, and punching. He / She will play a key role in preparing production-ready files, enhancing material utilization, and ensuring smooth fabrication processes. The candidate will work closely with design, production, and supply chain teams to ensure that all manufacturing documentation, nesting layouts, and part programs meet quality and efficiency standards. In this role, you will further develop technical subject-matter expertise while contributing significantly to H&B s growth and innovation. Key Responsibilities / Functions: Support the design and development of construction products and accessories related to the building envelope, such as wall reinforcement systems, anchoring components, and masonry assemblies. Develop and detail 2D nesting layouts for CNC-based cutting processes using SigmaNEST , ProNest , or similar software. Ensure optimal material utilization and minimal scrap through efficient and cost-effective nesting strategies. Demonstrate strong proficiency in AutoCAD for creating and modifying engineering drawings. Interpret 2D and 3D CAD models to validate manufacturing feasibility and ensure dimensional accuracy. Collaborate with design, manufacturing, and production teams to release production-ready components . Provide manufacturability feedback to design engineers and recommend improvements based on fabrication feedback and shop floor inputs. Prepare accurate and comprehensive drawings , bills of materials (BOMs) , and submittal packages in accordance with company standards and industry best practices. Support production troubleshooting , perform root cause analysis , and contribute to continuous improvement initiatives . Maintain and update CAD part libraries , nesting templates , and engineering documentation to ensure consistency and accuracy. Leverage nesting software capabilities to continuously improve material yield and fabrication efficiency . Required Qualifications: (Education, Technical Skills/Knowledge) Diploma or Bachelor s degree in mechanical engineering or related field. Experience in manufacturing support , especially in nesting layout preparation for laser/plasma cutting. Hands-on experience with nesting software such as SigmaNEST , ProNest , or similar tools. Strong understanding of fabrication processes - cutting, bending, punching, welding. Awareness of material costing and scrap reduction techniques to support cost-efficient manufacturing. Basic understanding of CNC machine capabilities and limitations to better tailor nesting layouts to machine constraints. Strong attention to detail and commitment to documentation accuracy . Proficiency in interpreting technical drawings , GD&T, tolerances, and material specifications. Knowledge of Design for Manufacturing (DFM) principles, especially for metal components. Experience working collaboratively with cross-functional teams including suppliers, manufacturing, quality, and procurement to support scalable and cost-effective product development. Solid problem-solving skills with the ability to analyse and resolve production issues and resolve through corrective and preventive actions. Commitment to continuous improvement, with a strong interest in emerging technologies, manufacturing methods, and material innovations. Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .

Marmon Technologies India Private Limited As a part of the global industrial organization Marmon Holdings which is backed by Berkshire Hathaway you ll be doing things that matter, leading at every level, and winning a better way. We re committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone s empowered to be their best. This is a lead-level engineering position responsible for driving the design, development, and sustenance of construction and building envelope products for Hohmann & Barnard, Inc. The role requires technical leadership in sheet metal and structural component design, with a strong focus on fabrication readiness, material optimization, and product cost-efficiency. He/ She will lead end-to-end design initiatives, guide junior engineers, and collaborate with cross-functional teams including manufacturing, quality, sourcing, and suppliers. The position demands hands-on proficiency in CAD tools, DFM/DFA principles, and fabrication processes, along with a working exposure to FEA and design validation techniques. This role is central to delivering innovative, production-ready, and cost-effective solutions in support of H&B s strategic product portfolio. Key Responsibilities / Functions: Lead the design and development of construction products , structural assemblies, and custom sheet metal components (e.g., wall reinforcements, anchors, brackets). Oversee the creation of detailed 2D and 3D CAD models , flat patterns, and manufacturing-ready drawings using tools such as AutoCAD and Revit . Manage product lifecycles from concept to production , including prototyping, testing, validation, and manufacturing handoff. Ensure engineering deliverables meet design intent , cost , and manufacturability requirements , with adherence to quality standards. Perform or review design calculations , and guide FEA simulations (using tools like ANSYS or Inventor Nastran) to validate structural performance and compliance. Champion DFM/DFA principles , value engineering (VAVE) , and standardization efforts to optimize designs for scalability and cost-efficiency. Lead the preparation and maintenance of accurate BOMs , technical specifications , and engineering documentation , including ECNs and revision control. Collaborate closely with manufacturing, procurement, quality, and global engineering teams to ensure seamless design-to-production transitions. Review and improve nesting strategies and part design to ensure efficient CNC fabrication and minimal material waste. Mentor and support junior engineers and CAD designers, fostering a high-performance team environment. Stay up to date with fabrication techniques , materials , industry trends , and emerging design technologies relevant to metal construction products. Required Qualifications: (Education, Technical Skills/Knowledge) Hands-on experience in product and structural design , specifically within metal fabrication , machined components , or other industrial products. Expert-level proficiency in AutoCAD for 2D modeling and flat pattern development; working knowledge of Revit for handling BIM including design, visualize and collaborate structural designs. Strong experience in performing engineering design calculations including structural load estimations and basic stress analysis. In-depth understanding of metal processing techniques cutting, forming, punching, and welding and their impact on design feasibility. Proficient in GD&T , tolerance stack-up analysis , DFM/DFA , and DFMEA methodologies to ensure robust and production-ready designs. Comprehensive knowledge of fabrication processes including laser/plasma cutting , bending , welding , and machining , with awareness of shop-floor constraints. Solid understanding of material behavior , coating/finishing processes (e.g., powder coating, galvanizing), and their influence on durability and performance. Proficiency in BOM management , part numbering systems , and revision control . Experience supporting manufacturing, prototyping , and first-article testing , translating design intent into production-ready deliverables. Familiarity with cost estimation , value engineering , and VAVE techniques for driving product affordability and standardization. Ability to independently plan, coordinate, and execute development projects spanning new product introductions, redesigns, cost optimizations, and engineering analysis. Proven experience in mentoring junior engineers , reviewing their work, and conducting technical design reviews to ensure quality and consistency. Prior experience working in a global engineering environment with collaboration across multi-site including virtual coordination and occasional travel. Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .

Marmon Technologies India Private Limited As a part of the global industrial organization Marmon Holdings which is backed by Berkshire Hathaway you ll be doing things that matter, leading at every level, and winning a better way. We re committed to making a positive impact on the world, providing you with diverse learning and working opportunities, and fostering a culture where everyone s empowered to be their best. This is a junior-level design engineering role responsible for supporting the development and sustenance engineering of products for Hohmann & Barnard, Inc.. This role focuses on supporting manufacturing operations by developing optimized nesting layouts for CNC-based cutting processes such as laser cutting, plasma cutting, and punching. He / She will play a key role in preparing production-ready files, enhancing material utilization, and ensuring smooth fabrication processes. The candidate will work closely with design, production, and supply chain teams to ensure that all manufacturing documentation, nesting layouts, and part programs meet quality and efficiency standards. In this role, you will further develop technical subject-matter expertise while contributing significantly to H&B s growth and innovation. Key Responsibilities / Functions: Support the design and development of construction products and accessories related to the building envelope, such as wall reinforcement systems, anchoring components, and masonry assemblies. Develop and detail 2D nesting layouts for CNC-based cutting processes using SigmaNEST , ProNest , or similar software. Ensure optimal material utilization and minimal scrap through efficient and cost-effective nesting strategies. Demonstrate strong proficiency in AutoCAD for creating and modifying engineering drawings. Interpret 2D and 3D CAD models to validate manufacturing feasibility and ensure dimensional accuracy. Collaborate with design, manufacturing, and production teams to release production-ready components . Provide manufacturability feedback to design engineers and recommend improvements based on fabrication feedback and shop floor inputs. Prepare accurate and comprehensive drawings , bills of materials (BOMs) , and submittal packages in accordance with company standards and industry best practices. Support production troubleshooting , perform root cause analysis , and contribute to continuous improvement initiatives . Maintain and update CAD part libraries , nesting templates , and engineering documentation to ensure consistency and accuracy. Leverage nesting software capabilities to continuously improve material yield and fabrication efficiency . Required Qualifications: (Education, Technical Skills/Knowledge) Diploma or Bachelor s degree in mechanical engineering or related field. Experience in manufacturing support , especially in nesting layout preparation for laser/plasma cutting. Hands-on experience with nesting software such as SigmaNEST , ProNest , or similar tools. Strong understanding of fabrication processes - cutting, bending, punching, welding. Awareness of material costing and scrap reduction techniques to support cost-efficient manufacturing. Basic understanding of CNC machine capabilities and limitations to better tailor nesting layouts to machine constraints. Strong attention to detail and commitment to documentation accuracy . Proficiency in interpreting technical drawings , GD&T, tolerances, and material specifications. Knowledge of Design for Manufacturing (DFM) principles, especially for metal components. Experience working collaboratively with cross-functional teams including suppliers, manufacturing, quality, and procurement to support scalable and cost-effective product development. Solid problem-solving skills with the ability to analyse and resolve production issues and resolve through corrective and preventive actions. Commitment to continuous improvement, with a strong interest in emerging technologies, manufacturing methods, and material innovations. Following receipt of a conditional offer of employment, candidates will be required to complete additional job-related screening processes as permitted or required by applicable law .

Who are we? Mechanical Engineering group at WITEC, supports a multitude of business units across the globe and various projects/product lines, in the mechanical design, drawing generation and finite element (FE) calculation areas. As a key member of this group dealing with providing design & detailing solutions for business problems & new development, the job responsibilities are laid out as hereunder: Key Result Areas: Make delivering projects as per the cost & schedule targets set by the Business units a priority and ensure the desired quality in the output is met consistently Detailed design of assemblies and products taking into account the specified manufacturing technology, materials, technical standards as well as regulations and laws. Good understanding of Fabrication, Sheetmetal modeling and Welding standards Must have strong working Knowledge on Solidworks /Autocad (mandatory) Should be able to understand and create BOM structure of a large assemblies and fair understanding of PLM Should be able to work independently on Oracle BOM creation and restructuring. Must develop new, complicated drawings, create parts lists, layouts, detailed assembly drawings, and part outlines. Should have Knowledge on Design for Manufacturability & Assembly (DFMA) principles. Should be able to clearly understand the inputs and estimate hours required for execution Should have knowledge on GD&T as per ASME / EN standards Should have good knowledge on different kinds of materials and its application Desired Characteristics Strong analytical and problem-solving abilities Strong oral and written communication skills Strong presentation skills Good interpersonal skills Good team player Qualification Bachelors /master s degree in mechanical engineering with max 1 years of design experience or Fresher. Our Commitment to Embrace Diversity: To fulfill that commitment, we rely on a culture of leadership, diversity, and inclusion. We aim to employ the world s brightest minds to help us create a limitless source of ideas and opportunities. We have created a space where everyone is given the opportunity to contribute based on their individual experiences and perspectives and recognize that these differences and diverse perspectives make us better. . Who are we? Wabtec Corporation is a leading global provider of equipment, systems, digital solutions, and value-added services for freight and transit rail as well as the mining, marine, and industrial markets. Drawing on nearly four centuries of collective experience across Wabtec, GE Transportation, and Faiveley Transport, the company has grown to become One Wabtec, with unmatched digital expertise, technological innovation, and world-class manufacturing and services, enabling the digital-rail-and-transit ecosystems. Wabtec is focused on performance that drives progress and unlocks our customers potential by delivering innovative and lasting transportation solutions that move and improve the world. We are lifelong learners obsessed with making things better to drive exceptional results. Wabtec has approximately 27K employees in facilities throughout the world. Visit our website to learn more! http://www.WabtecCorp.com Our Commitment to Embrace Diversity: Wabtec is a global company that invests not just in our products, but also our people by embracing diversity and inclusion. We care about our relationships with our employees and take pride in celebrating the variety of experiences, expertise, and backgrounds that bring us together. At Wabtec, we aspire to create a place where we all belong and where diversity is welcomed and appreciated. . .