351 Material Selection Jobs - Page 11

This is a technical position in the Center for Innovation at LV Prasad Eye Institute. The Innovation Center is responsible for exploring and assessing new technologies for providing eye health care either at a 10x reduced price or 10x improvement in the quality. The primary focus of this role will involve exploration of emerging technologies and their applicability to eye health care process with innovative concepts for new product designs, and enhancements to existing designs that improve safety, reliability and also business value. Responsibilities Drive R&D projects to be completed effectively and efficiently on a timely basis. Design and develop test jigs by using 3d printed, machined or sheet metal parts. Conducting experiments methodically, analyzing data and interpreting results Prepare product reports and documentation. Required Skills Minimum bachelors Degree in Mechanical Engineering. Strong background in device design, material selection, and manufacturing methods. Should be an experiential learner Expertise in CAD design tools (Solidworks preferred) Experience in design development of sheet metal, injection molding parts, die casting with consideration of cost, manufacturability. Ability to design and test prototypes fast. Ability to work we'll in a cross functional team environment and support multiple projects as needed. Enthusiasm for science and technology, a passion for innovation, and enjoy working within a team of peers. Strong analytical skills, with excellent problem-solving abilities Ability to communicate technical knowledge in a clear and understandable manner.

Creates, implements, and coordinates engineering product design projects that will support the creation, development, and improvement of mechanical, electrical, and hydraulic products, as directed by the Engineering Services Manager. Additional responsibilities include directing the measurement and dimensional verification, as well as aiding in the design and development of test fixtures of said projects. Primary Duties Utilize reverse engineering best practices to facilitate product design and development Collaborate with engineering to develop new product ideas as well as improve existing products Coordinate with product teams to create CAD models, drawings and documentation based on data acquired individually or with support from engineering and metrology lab. Experience using SolidWorks (or similar 3D CAD) design software for design, modeling, drafting, and prototyping. Advanced surface, solid modeling techniques required. Advanced knowledge of GDT with ability to apply to the components understanding based on the functionality is preferred. Qualifications Experience in working with mechatronics/electro- mechanical components would be a plus. Exposure to FEA/CFD solvers to optimize a product would be a plus. Hands on Experience of using Geomagic Design X would be a plus. Exposure to product development lifecycle process would be beneficial. Participated in cross-functional teams. Ability to use basic measurement tools; comparator, calipers, micrometers; CMM a plus Ability to analyze, interpret, and apply metrology data. Experience in using small hand tools (drill press, grinder, etc.) Knowledge of Microsoft Office Suite including Excel Ability to manage multiple projects ranging in complexity and product category, based on directive from the Engineering Manager. Experience with digital imaging and photography Functional knowledge of automotive vehicle components is a plus. Good understanding on manufacturing processes and material selection is an added advantage Education / Experience Bachelors or Master s in Mechanical Engineering or equivalent combination of education Minimum 4 to 6 years experience in Mechanical design engineering domain. Dorman Products is an equal opportunity employer; we value a combination of ideas, perspectives, and cultures at our company. We do not discriminate on the basis of race, religion, color, national origin, gender, sex, gender identity, sexual orientation, age, marital status, veteran status, or disability status. EEO/AA Employer M/F/D/V. Job Segment: Design Engineer, Drafting, Mechanical Engineer, Manufacturing Engineer, CAD, Engineering Find similar jobs:

Role & responsibilities Design and Development: Create detailed 2D and 3D designs using CAD software (e.g., AutoCAD, SolidWorks, CATIA). Develop mechanical components, systems, and assemblies based on project requirements. Ensure designs comply with applicable engineering standards and regulations. Prototyping and Testing: Build and evaluate prototypes to validate design functionality and performance. Conduct tests, analyze results, and implement necessary modifications. Documentation: Generate and maintain engineering drawings, BOMs (Bill of Materials), and technical documentation. Prepare reports, manuals, and other design-related documents. Collaboration: Work closely with the manufacturing, procurement, and quality assurance teams to ensure product manufacturability. Collaborate with clients and stakeholders to gather requirements and address design concerns. Problem-Solving: Identify and resolve design issues during the development and production phases. Provide technical support for troubleshooting mechanical systems. Project Management: Monitor project timelines and ensure deliverables meet schedule and budget constraints. Participate in design reviews and provide technical input for continuous improvement. Preferred candidate profile Technical Skills: Proficiency in CAD tools (e.g., SolidWorks, Creo, NX). Knowledge of GD&T (Geometric Dimensioning and Tolerancing) and FEA (Finite Element Analysis). Familiarity with manufacturing processes (e.g., machining, injection molding, casting). Understanding of material selection and heat treatment processes . Soft Skills: Strong analytical and problem-solving skills. Excellent communication and teamwork abilities. Attention to detail and organizational skills. Perks and benefits

What you will do The primary responsibility for this role is to lead Building Management System global projects detailed engineering as per country specific standards from India center of excellence. Independent execution of project throughout the lifecycle , handle first level escalation. Follow processes, maintain required quality standards and on time deliveries to ensure customer satisfaction. How you will do it Review MEP drawings and identify HVAC equipment, dampers and sensors Review control specifications and sequence of operations Generation of initial review sheets and RFI s Creation of Bill of material, selection of sensors, control valves, dampers, air flow stations, controllers etc. Control devices and controller wiring, terminations, interlock wiring Preparation of I/O Summery Software programming of supervisory and DDC level controllers, prepare test plan, perform simulation and delivering commissioning package to field from India Engineering center Review control specifications for SCADA/HMI requirement and sequence of operations Ensure quality assurance and defect free hardware and software package delivery Adherence with all processes and guidelines to execute project within timeline What we look for Diploma or BE/ME (Instrumentation / Electrical/ Electronics) 2 to 10 years of relevant experience in Building Automation Industry or Industrial Automation. Must have Japanese language proficiency with certification. Strong knowledge of System architecture with different types of Operator workstations, Supervisory Controllers, DDC controllers, Sensors Actuators etc. Knowledge of different types of network protocols like BACNet, LON, Modbus, OPC, and other protocols Must be proficient in wiring of starters, field devices, safety interlocks panels Experience in the field of Industrial Automation (PLC programming/SCADA) will be added an advantage Experience in engineering, installing and commissioning of HVAC BMS systems will be an added advantage. Must be a quick learner should have a keen eye for problem solving Proficient in written and verbal communication Ability to demonstrate good leadership skills

Key Responsibilities Structural Design & Analysis: Ability to Calculate loads and stresses on structures to ensure stability and safety. Material Selection: Choose appropriate materials (e.g., steel, concrete) based on structural requirements and environmental factors. Compliance & Standards: Ensure designs adhere to local and international building codes and standards. Collaboration: Work closely with architects, contractors, and other engineers to integrate structural elements into overall project designs. Work with cross-functional teams to ensure designs meet requirements and are feasible for production. Site Inspections: Conduct site visits to monitor construction progress and ensure adherence to design specifications. Documentation: Prepare detailed technical drawings, reports, and cost estimates. Prepare technical documentation, including specifications, reports, and manuals. Risk Assessment: Identify potential structural risks and design structures to mitigate these risks. Conceptualization & Design: Develop initial design concepts and translate them into detailed plans. CAD Modeling: Use computer-aided design (CAD) software to create detailed models and drawings. Collaboration: Analysis & Optimization: Analyze designs for efficiency, cost-effectiveness, and manufacturability. Documentation: Continuous Improvement: Identify areas for design improvements and implement changes to enhance product performance Required Skills & Qualifications Education: Masters degree in Structural Engineering. Experience: 6–10 years in structural design and analysis & Field Experience. Should have Expousere of handling of Construction activity of min. 2 to 3 Lack Sft area. Ability to read the GFC and Structural drawings. Coordination of Contractor and Design team. Inspection of Quality parameters and Control. Estimation and preparation BOQ tracking. Preparation of Timeline Barchart and Tracking the work. Inspection of bills and Certification of measurement. Technical Skills: Proficiency in structural analysis software and CAD tools. Soft Skills: Strong analytical abilities, attention to detail, and effective communication skills to convey design concepts effectively.

As a Principal Piping Engineer with Worley, you will work closely with our existing team to deliver projects for our clients while continuing to develop your skills and experience etc. Section Head is responsible for: Timely completion of design, requisitions, and engineering deliverables. Discipline, operation and efficiency of Discipline. Adherence to Dept. / Discipline Working Instructions and QMS Manual. Allocation of proper personnel to projects and proposals. Overview of work progress and work-hour usage. Staff recruitment, development, and administration. Working within company budgets Main Duties / Responsibilities: Quality Policy, Core Values and Objectives: Committed for the implementation of Quality Policy and Core Values. The main objectives to be achieved are: Delight Client Ensure completion of project within budget, schedule quality. Development and growth of people. Providing superior value and lower cost to the client. Continual improvement in productivity and quality. Involve in Technical Issues. Each of these objectives would be measured against the Performance Advancement Plan. Discipline Management: Ensure that the Discipline s structure, competence, and resources are compatible with the Company scurrent and forecast needs. Ensure that work is carried out in a professional manner, adequate in all respects, particularly inrelation to safety, quality, and adherence to contractual obligations. Ensure that each Manager / Chief Engineer / Principal / Senior Engineer reporting to the Head iscompetent and briefed at all times on Company Policies and his specific duties / responsibilities. Ensure proper codes standards to be followed in Material Stress. Staffing / Human Resources: Ensure people produce excellent work and continually improve their skills to grow the Company. Evaluate competence of staff for their current roles and assess potential for increased responsibility oralternate job role. Recommend appropriate training dependent upon this evaluation. Ensure that staff have a safe and comfortable work environment to produce their best effort. Interview and select all personnel including agency staff. Establish required personnel to maintain the project production / planning schedule for his assigned Area of responsibility : Ensure C.V.s for all staff are regularly updated. Assist in staff salary reviews, staff grading and recommend promotions within the Discipline. Can appoint Sub-Contractor, technical evaluation, plan control smoothly execute work at sub con place. Budget / Planning: Ensure that suitable controls are established and maintained in the Discipline to keep expenditurewithin the limits set by the Discipline budget for work on development, standards, training, administration and general. Prepare forward loading requirements and ensure availability of personnel. Ensure all work within his scope of responsibility is completed in accordance with the accepted project plan and within the work-hour budget allocated. Documentation: Maintain a Discipline documentation procedure which ensures that the Discipline working instructions, procedures, specification and methods are prepared and revised as necessary to comply with the latest technology and the current issue of the Company procedures. Ensures that all personnel are aware of the latest issue of the above Establishes and maintains Discipline documentation procedure for numbering all documents, data and drawings prepared by the Discipline. This procedure must conform with the Company documentation system. Establishes and maintains a Discipline procedure for recording and filing documentation received in the group. Measurement and Performance: Through regular contact with discipline and project personnel and by regular review of the projectstatus reports, ensure up to-date and reliable statistical information on project performance is available. Improve the productivity by means of reduction of rework and errors. Proposals / Business Development: Undertake the Discipline co-ordination and completion of the requirements on proposals. Keep copy of all work-hour estimates to be forward to the Manager of Design Engineering in accordance with the Company Procedures. Respond adequately to the Company s Sales requirements. Approve all design and project work-hours estimate for Proposals/Projects before submission to the Sales, Whenever required. Client Liaison: Review client s documentation for acceptability. Ensure Manager / Chief Engineer / Principal / Lead Engineer inform Project Manager of any client deviation requests. Meet client expectations and maintain long-term relationship with client. Attend to client s feedback and any complaints. Technical Participation: Ensure all documentation within the scope of his responsibility is prepared, checked, reviewed, andapproved and completed in time in accordance with the Discipline Working Instructions and Project Quality Plan. Raise RFIs for any missing information and clarifications. Assist in review of vendor s bids and documentation in critical areas for technical acceptability. Carry out inspection of critical equipment/item as per relevant approved documents (like Purchase Orders, Final Vendor Drawings etc.) to ensure that equipment/item manufactured is in line with all approved Technical Specifications, when called for by the Project Manager. Provide technical expertise to other engineering disciplines as necessary. Trouble shooting of Material Stress. Special Responsibilities: Review technical requirements of client s specifications and ensure that agreement is reached on thebasis of design. Participate in discussions with the client, as necessary. Investigate, analyze and implement systems, and methods to improve efficiency and accuracy. These investigations include: Computer aided design techniques. Routine calculations by use of computer. Monitoring latest developments and latest techniques in his area of functioning. Handle Automation in Piping Engineering (Material Stress). Arrange for the services of consultants where specialist assistance is required; arrange for competent hired staff or sub-contractor for off-loading the work, when required. Review QCS for all major equipment. Monitor that work and progress are in compliance with the project requirements and schedule. Maintain contact with other disciplines/groups to ensure: Project Manager and/or Engineer are aware of problems of progress delays. Proper interchange of information. Proper interchange of documents. Interface are correctly defined. Ensure that site problems viz. Technical Queries and Non-conformity Notices are dealt with effectively and expeditiously and also ensure competent staff are available for site trouble shooting as necessary. Attend Design Engineering Management Review Meetings. Furnish administrative and technical directives to discipline personnel. Maintain discipline. Conduct monthly meetings to discuss month s achievements, quality problems and challenges in month ahead. Miscellaneous: In addition, carry out such tasks from time to time as directed by Department Head-Piping,commensurate with the work expected of this position.

The Role As a Piping Engineer with Worley, you will work closely with our existing team to deliver projects for our clients while continuing to develop your skills and experience. Piping Design Layout Engineering: Develop piping layouts for mining, mineral processing, and metal extraction facilities based on PIDs, process flow diagrams (PFDs), and client specifications. Ensure the layout design optimizes space, operational efficiency, and ease of installation while meeting industry safety and environmental standards. Prepare detailed piping design drawings, including routing, support placement, and equipment integration. Coordinate the layout of piping systems with other engineering disciplines such as civil, mechanical, and electrical to ensure seamless integration. Select appropriate materials for piping systems based on factors such as fluid type, temperature, pressure, and environmental conditions. FEED (Front-End Engineering Design): Participate in the FEED phase of projects, assisting in the development of piping layouts and preliminary designs Work with multidisciplinary teams to define project scope, estimate costs, and identify potential design challenges. Review client specifications and ensure the design aligns with technical, budgetary, and scheduling requirements. Contribute to the development of initial piping design concepts, material take-offs, and cost estimates. Detailed Engineering Design: Prepare detailed engineering designs for the full scope of piping systems, including pipe sizes, materials, valves, and fittings, as well as system integration. Use E3D, AutoCAD, Plant 3D, or similar CAD software to develop accurate piping design drawings and layouts. Coordinate with the stress analysis team to address any piping support and stress-related issues. Ensure that all piping designs comply with applicable industry standards and codes (e.g., ASME, API, ANSI, etc.). Layout Optimization: Optimize piping layout designs for both new projects and modifications to existing plants by minimizing material usage, reducing installation time, and enhancing operational efficiency. Review existing designs to identify potential areas for improvement and ensure that the piping layout adheres to best practices and operational needs. Coordination Communication: Work closely with internal teams, clients, contractors, and vendors to ensure the timely and successful completion of projects. Participate in 3D design reviews, safety meetings, and project coordination meetings to track progress and mitigate risks. Maintain clear and consistent communication regarding project milestones, design changes, and any potential challenges. Quality Control Compliance: Ensure the piping design meets quality standards and safety regulations in accordance with project requirements, local regulations, and industry codes. Perform thorough checks to confirm design accuracy, material selection, and compliance with specifications. About You To be considered for this role it is envisaged you will possess the following attributes: Bachelor s Degree in Mechanical Engineering, Chemical Engineering, or a related field. A minimum of 8 years of experience in piping design, layout engineering, and detailed engineering in the mining, mineral, and metal industries or related heavy industries. Proficient in AutoCAD, E3D, Plant 3D, or similar 3D CAD software used for piping design. In-depth knowledge of piping codes and standards (e.g., ASME, API, ANSI, ISO) and the ability to apply them effectively in design. Experience in FEED and detailed design phases of projects, from initial concept to final design. Familiarity with stress analysis and material selection for various operating conditions (pressure, temperature, and corrosion resistance). Strong understanding of piping layout principles, including routing, spacing, support design, and integration with equipment and structures. Experience working on large-scale mining or metallurgical plant projects. Excellent problem-solving skills and attention to detail. Strong communication and coordination skills to work effectively with cross-functional teams.

Strong Mechanical Design Engineer Qualification: B.E/M.Tech in Mechanical Experience: 3 to 5Years Skills: Strong in Machine Design / R&D Design experience Capable to own the project delivery completely (from concept to release) Good Knowledge on Material Selection, Machining and Fabrication process and post processing operations. Thorough knowledge in calculations to define structures/loads, choose the right OEMs and its accessories in the market. Example Linear Guides, Motors, gearbox, bearings, etc. Pro-efficient in Sheet metal design Good knowledge on using sheet metal applications wherever necessary. Pro-efficient in creating manufacturing drawings, defining tolerances with GD&T Pro-efficient in UG-NX is a must Knowledge in Structural Analysis Awareness on Manufacturing techniques Good Presentation and Negotiation Skills Semiconductor & Special Purpose Machine Industry background is added advantage

Lead innovative, large-scale office fit-out projects Drive strategic design leadership Job Description The VP - Design will be responsible for the following: Lead end-to-end design management for office fit-out projects - from client brief and conceptualisation to detailed design, execution, and final handover. Oversee and mentor in-house design teams and external consultants to ensure timely delivery and adherence to design standards. Collaborate closely with project management, procurement, and execution teams to ensure seamless translation of design into build. Work directly with clients to understand brand and functional requirements, translating them into innovative and practical workspace solutions. Stay current with industry trends in workplace design, sustainability, technology integration, and user-centric spaces. Ensure all projects align with timelines, budgets, regulatory codes, and company standards. The Successful Applicant The successful candidate will have the following: 12+ years of experience in interior design, with a strong focus on commercial office fit-outs. Proven experience managing full project lifecycle within a D&B firm. Strong understanding of architectural detailing, material selection, space planning, and ergonomics. Excellent stakeholder management and communication skills. Degree in Architecture, Interior Design, or a related field preferred. What's on Offer Lead innovative, large-scale office fit-out projects with end-to-end ownership, shaping high-impact, brand-aligned workspaces for a leading Design & Build firm. Drive strategic design leadership in a dynamic environment, working alongside cross-functional teams to deliver cutting-edge, user-centric office solutions in Mumbai's thriving market.

Work Flexibility: Hybrid What you will do: Under minimal supervision, research, design, develop, modify, and verify components/modules for medical devices. Translate design inputs to engineering specifications and produce sub-system level designs; Develop and analyze solutions, prototyping one or more options to provide proof of concept. Demonstrate understanding of customer needs and design inputs; Demonstrate proficiency with product s intended use and clinical procedures. Responsible risk-taking and risk management. Follow fundamental industry standards, design requirements and test strategies which apply to regulatory requirements. Independently create or refine engineering documentation, such as the Design History file. Working knowledge of (V&V) of medical device , Design verification testing, Design confidence testing, and product validation experience Follow R&D procedure like design controls and risk management, per the Quality Management System- ISO 13486, ISO 14971, EUMDR/ MDD requirements Minimum Qualifications (Required): Preferable Bachelor s/ Master s in Mechanical Engineering can consider Biomedical engineering as well; 2- 6 years of relevant work experience in product development of mechanical engineering. Experience and hands on with design tools like Creo, Windchill, release of design through change management. Good to have hands on with UG NX. Skilled in interpreting design, analyzing and driving design changes, and collaborating across different functions for DFM, design for inspection, material selection. Basic working level of GD&T and tolerance analysis Good to have understand medical domain and clinical setting. Travel Percentage: 10%

Transport is at the core of modern society. Imagine using your expertise to shape sustainable transport and infrastructure solutions for the future? If you seek to make a difference on a global scale, working with next-gen technologies and the sharpest collaborative teams, then we could be a perfect match. We value your data privacy and therefore do not accept applications via mail. Who we are and what we believe in We are committed to shaping the future landscape of efficient, safe, and sustainable transport solutions. Fulfilling our mission creates countless career opportunities for talents across the group s leading brands and entities. Group description Interior Driving Group is a design team within Cabin Engineering Department of Vehicle Engineering, GTT Bangalore. We are responsible to design & develop components like Instrument panels, Door panels, Ducts and Ancillary parts in cabin interiors for various global brands of Volvo. Due to a unique mix of competencies, several group members have global responsibilities in their respective areas and participate in company-wide module teams in order to align technical specifications, enhance quality and build value for all the truck brands. We are looking for a Senior Engineer with proven competence in product development and surface materials to join our team. Scope of Work Senior Engineer has a key role in both performing and coordinating the operational work needed to ensure cross functionally anchored concepts and technical solutions meeting defined product QDCF targets. The role covers all aspects of product development process -from advanced engineering and concept generation to detailed development, industrialization and product maintenance. The deliverables are largely driven by Gates, Releases and Design loops. Core Responsibilities Responsible for the end-to-end development and release of products and components, with full ownership throughout the product lifecycle. This includes expertise in GD&T calculations, application of quality tools for both proactive and reactive quality management, ergonomics and user-centred design principles, manufacturing and tooling processes, and comprehensive testing and validation requirements Performs design, testing/validation and/or development projects within area of assignment to fulfil the project & Product Quality, Delivery, Cost, Feature targets & report the same in project forums. Responsible for material selection of surface materials for various interior applications, liaising with product design to define CMF targets for all interior plastics and fabrics and working with engineers to meet these targets, setting validation criteria for surface materials and approval of supplier test reports. Actively contribute to global research going on in the field of smart materials and textiles and towards sustainable solutions. Generate Value Engineering and Value Analysis (VA/VE) and Continuous Improvement (CI) ideas to reduce product costs and drive/support implementation as needed. Analyse component parts and assemblies to determine the best course of action required to resolve actual or potential problems and implement cost effective solutions. Support packaging engineers in packaging and installation tasks (e.g. technical reports, packaging investigations, DMU utilization) Define Level 4 (component/system) time plan including the most important cross functional milestones using APQP as the supporting process. Responsible to independently drive Cross functional activities to resolve developmental issues and achieve set project deliverables Must have Global mind-set to collaborate and work with engineers mostly at Cab, EEE, Product Design, Verification & Validation teams both locally as well as globally within Volvo as well as with suppliers and technology partners depending upon scope. Take ownership in development of engineering process & method documents (TR, guidelines, rules etc.) Contribute towards knowledge management within the area of assignment. Ability to drive innovation within the team and take up intellectual property initiatives in the team and independently Capable to run thorough investigations to identify root cause analysis for failures and deliver a robust solution as a counter-measure to address customer issues Technical Competencies Experience of designing & developing plastic trim components for automotive applications, preferably in interiors. Deep understanding of automobile plastics and fabrics, experience in setting material specifications for various applications, knowledge of material testing methods and global regulations connected to surface materials Working knowledge in multiple CAD package, preferably CATIA V5/PTC CREO Experience of working with suppliers to lead the development activities with a good level of product development cycle understanding. Possess sound knowledge in Problem solving techniques by effectively using Quality tools such as DFMEA, 8D/ FTA. Knowledge about Commercial Vehicle regulations and Certification activities is preferred. Hands on experience in tooling (Injection Moulding, Vacuum forming/Thermo-forming ,Die-cast) is preferred. Basic understanding of sheet metal design and development is preferred. Experience in Volvo tools and processes is preferred General Competencies Analytical Skills Attention to Detail Change Facilitation Conceptual Thinking Creativity/Innovation Initiative Leadership Ownership/Accountability Ability to perform as both an individual contributor as well as leader of a small team Problem-Solving/Decision-Making Excellent communication skills Flexibility Qualification BE/B.Tech/ME/M.Tech/MS in Mechanical/Automobile Engineering/Material Sciences with at least 7 years of relevant experience Applying to this job offers you the opportunity to join Volvo Group . Every day, you will be working with some of the sharpest and most creative brains in our field to be able to leave our society in better shape for the next generation. We are passionate about what we do, and we thrive on teamwork. We are almost 100,000 people united around the world by a culture of care, inclusiveness, and empowerment. Group Trucks Technology are seeking talents to help design sustainable transportation solutions for the future. As part of our team, you ll help us by engineering exciting next-gen technologies and contribute to projects that determine new, sustainable solutions. Bring your love of developing systems, working collaboratively, and your advanced skills to a place where you can make an impact. Join our design shift that leaves society in good shape for the next generation.

Transport is at the core of modern society. Imagine using your expertise to shape sustainable transport and infrastructure solutions for the future? If you seek to make a difference on a global scale, working with next-gen technologies and the sharpest collaborative teams, then we could be a perfect match. We value your data privacy and therefore do not accept applications via mail. Who we are and what we believe in We are committed to shaping the future landscape of efficient, safe, and sustainable transport solutions. Fulfilling our mission creates countless career opportunities for talents across the group s leading brands and entities. Applying to this job offers you the opportunity to join Volvo Group . Every day, you will be working with some of the sharpest and most creative brains in our field to be able to leave our society in better shape for the next generation. We are passionate about what we do, and we thrive on teamwork. We are almost 100,000 people united around the world by a culture of care, inclusiveness, and empowerment. Group Trucks Technology are seeking talents to help design sustainable transportation solutions for the future. As part of our team, you ll help us by engineering exciting next-gen technologies and contribute to projects that determine new, sustainable solutions. Bring your love of developing systems, working collaboratively, and your advanced skills to a place where you can make an impact. Join our design shift that leaves society in good shape for the next generation. INTRODUCTION GTT (Group Truck Technology), Chassis Bangalore team is looking for an energetic and skilled aspirant to work in the Suspension design and development as SENIOR ENGINEER . If you are looking for a diversified experience by working across different cultures and various global products and be part of the latest trends and technology with great challenges and opportunities in supporting local and global sites, this is the right opportunity for you. We wish to create a diverse team with a good mixture of young, dynamic, experienced engineers and managers. THIS IS the US, YOUR NEW COLLEAGUES The group consists of passionate and enthusiastic engineers responsible for conceptualizing, designing, developing, and delivering the projects in the suspension system design. Our objective as suspension, axle and steering design team at Volvo is to develop and deliver a robust solution ensuring the right quality, which meets the demands and satisfies the customer requirements. CUSTOMER SUCCESS IS OUR CORE VALUE. We want to make a difference by being there for our customers and by providing uptime and reliable products. All over the world. Every day. Being part of suspension, axle and steering design team gives an enriched working experience and exposure to the latest trends and technology. Youll have a chance to get hands-on experience with Volvo Group brand products such as VOLVO, Renault, MACK. This is your chance to join one of the Top Employer companies in India and embrace new career challenges within the automotive industry This position will report to the Group Manager for Suspension (Air and Leaf) in Chassis Engineering Bangalore. ROLE DESCRIPTION Have operational responsibility for suspension design and development. Drive the work from an operational perspective. Have the capacity to work individually or with a small team actively to secure the deliverables. Play an active role in the delivery. Integrate deliveries from others and secure quality and readiness before release Ensure the deliveries are made as per the requirement and set timelines. Frequent interactions with internal and external stakeholders, clarify the requirements and deliver Develops and implements suspension system projects within the area of assignment Communicates relevant design and project requirements to external design counterpart as applicable if the detailed design is performed by an outside entity Ensures design correctness and completeness for all suspension system design releases within the area of responsibility REQUIRED COMPETENCIES Concepts creation and Design Ability to analyze and solve complex problems. Action-oriented Collaborates Development process Customer focus Demonstrates self-awareness. Multicultural mindset and global approach Ability to work with different cultures on a wide range of vehicle products. Management of global suppliers REQUIRED EDUCATION BE/ BTech / M.Tech / MS in Mechanical/Automobile Engineering EXPERIENCE, SKILLS, TRAINING A minimum of 8 years of product development experience in the automotive industry, preferably focused on commercial vehicle development. At least 6 years of experience in suspension system design. Strong knowledge of suspension system design and development. Familiarity with the product development cycle. Must possess experience and a willingness to collaborate with colleagues and sites globally. This position requires occasional travel to visit local customers, suppliers, and global sites. A strong commitment to diversity, equity, and inclusion is essential. In-depth knowledge of advanced technologies and emerging trends in the suspension field is required. Experience working with cross-functional teams is necessary. A solid understanding of verification, validation, and testing processes related to suspension systems and overall vehicle performance. A thorough understanding of homologation and certification requirements for suspension systems is essential. Hands-on experience with Creo and PDM tools. Knowledge in the design and development of castings. Good understanding of materials, material selection, and manufacturing processes. Proficiency in quality tools such as SFMEA, DfM, DFMEA, RCA, etc. Experience with the Agile methodology. A comprehensive knowledge of complete truck systems. Strong and fluent communication skills. - Knowledge of mechatronics is a plus. ARE WE THE PERFECT MATCH? Professional challenges and increasing business knowledge Defined career path Good atmosphere in a professional, developing team working with passion We work together with energy, passion, and respect for the individual! .

Diensten Tech Limited is looking for Jr. Architech to join our dynamic team and embark on a rewarding career journey Design: Creating architectural designs and plans that consider the client's requirements, site conditions, building codes, aesthetics, and functionality This includes developing detailed drawings, blueprints, and D models Client Collaboration: Meeting with clients to understand their needs, preferences, and budget constraints Architects work closely with clients to ensure that their vision is translated into the final design Project Management: Overseeing all phases of a construction project, from initial concept and design through construction and final occupancy Architects manage project timelines, budgets, and resources Site Analysis: Evaluating the site where the construction project will take place, considering factors such as topography, environmental impact, zoning regulations, and utilities Building Codes and Regulations: Ensuring that designs comply with local building codes, safety regulations, and zoning laws Architects obtain necessary permits and approvals Material Selection: Selecting appropriate building materials and finishes based on the project's requirements, budget, and sustainability goals Construction Oversight: Collaborating with contractors, engineers, and construction teams to monitor the construction process, address issues that arise, and ensure the project stays on track

Job Title : Should Costing Engineer Plastic, Rubber & FRP Parts Experience : 6 to 10 Years Qualification : B.E. in Mechanical / Production Engineering Job Responsibilities Develop detailed should-cost models for plastic, rubber, and FRP parts using technical specifications, 2D/3D drawings, and BOMs. Analyze manufacturing processes such as injection molding, compression molding, extrusion, rotational molding, and FRP to estimate cost drivers. Identify cost-saving opportunities through design and process optimization recommendations. Evaluate material selection, tooling approaches, machine utilization, and process cycle times to build cost-effective solutions. Maintain a comprehensive database of cost models, manufacturing parameters, and material rates. Present findings and cost-saving recommendations to internal engineering teams and project stakeholders. Experience 6 to 10 years of experience in should costing or manufacturing cost estimation of plastic, rubber, and FRP parts. Strong understanding of relevant manufacturing processes and associated cost structures. Proven ability to identify key cost drivers and suggest engineering or process changes to reduce costs. Hands-on experience in building and validating cost models for low to high-volume parts. Preferred candidate profile Qualification B.E/B.Tech in Mechanical Engineering or Production Engineering Soft Skills Strong communication skills to clearly convey Effective interpersonal skills to collaborate with cross-functional teams. A proactive and reliable team player with a solution-oriented mindset. Ability to work independently and contribute within a global delivery environment. Added Advantage Experience working within an engineering services organization supporting global clients. Experience in using costing software/tools (e.g., aPriori, Costimator) for plastic/rubber components. Familiarity with FRP manufacturing processes like hand lay-up, RTM etc. Strong analytical and presentation skills to support internal decision-making

Lead the design and development of innovative products & SPM's from concept through launch. Strong understanding of materials, manufacturing processes (e.g., injection molding, Sheetmetal, machining, casting and GD&T) Proficiency in SolidWorks.

Designing Reinforcement Structures : The primary responsibility of a rebar engineer is to design reinforcement structures based on architectural and structural drawings, engineering principles, and local building codes and regulations. This involves determining the size, spacing, and layout of reinforcing bars (rebars) to ensure the structural integrity and strength of concrete elements like beams, columns, slabs, and foundations. Calculations and Analysis : Rebar engineers perform calculations and analysis using structural engineering software to assess the forces, stresses, and loads acting on reinforced concrete elements. They ensure that the reinforcement design can withstand anticipated loads, including dead loads, live loads, wind loads, and seismic forces. Material Selection : Selecting appropriate reinforcement materials, such as steel bars and mesh, based on project specifications, structural requirements, and environmental conditions. This includes considering factors like material strength, corrosion resistance, and durability. Detailing and Drafting : Creating detailed reinforcement drawings and schedules that specify the placement, quantity, and configuration of rebars within concrete elements. These drawings provide guidance for construction workers and contractors during the fabrication and installation of reinforcement. Collaboration : Collaborating with architects, structural engineers, contractors, and other stakeholders throughout the design and construction process to ensure that the reinforcement design aligns with the overall project goals, timelines, and budget constraints. Quality Assurance : Conducting quality assurance checks to verify compliance with design specifications, building codes, and industry standards. This may involve inspecting reinforcement materials, reviewing shop drawings, and performing on-site inspections during construction. Problem Solving : Identifying and resolving design issues, construction challenges, and unforeseen complications related to reinforcement, such as conflicts with other building systems or unexpected site conditions. Rebar engineers must be adept at finding practical solutions while maintaining structural integrity and safety. Documentation and Reporting : Maintaining accurate records of design calculations, drawings, correspondence, and project documentation. Rebar engineers may also prepare technical reports, progress updates, and as-built drawings to document the evolution of the reinforcement design throughout the project lifecycle. Qualification: BE/B.tech

We are seeking a skilled and experienced Piping Engineer with a Bachelors degree in Mechanical Engineering and a minimum of 5 years of relevant experience . The role involves the design, layout, and specification of piping systems, primarily for refinery and process plant projects. The ideal candidate should have a deep understanding of piping engineering standards and strong project coordination skills. Key Responsibilities: Design and develop piping systems and layouts for process plants and refinery operations. Prepare and review Piping and Instrumentation Diagrams (PIDs), isometrics, and piping GA drawings. Ensure compliance with piping codes, standards, and project specifications. Conduct material selection, pipe stress analysis, and support design. Coordinate with multidisciplinary teams, including civil, mechanical, and instrumentation engineers. Estimate material requirements and support procurement activities. Monitor site installation activities and ensure alignment with design specifications. Troubleshoot piping-related issues during construction and commissioning phases. Maintain comprehensive documentation, including drawings, technical reports, and inspection records. Stay updated on piping engineering trends, tools, and best practices. Qualifications: bachelors degree in Mechanical Engineering or related field. Minimum of 5 years of experience in piping design and engineering, preferably in the refinery or process plant sector. Proficiency in software such as AutoCAD, PDMS, CAESAR II, or equivalent. Strong knowledge of piping codes (ASME, ANSI, API, etc). Experience in pipe routing, material specification, and stress analysis. Ability to interpret technical drawings and PIDs. Strong analytical and problem-solving skills. Excellent coordination and communication abilities. What We Offer: Competitive salary and benefits package. Opportunities for professional development and career growth. A supportive and innovative work environment. The chance to contribute to impactful renewable energy projects.

As a global leader in smart, healthy, and sustainable buildings, our mission is to reimagine the performance of buildings to serve people, places and the planet. Join a winning team that enables you to build your best future! Our teams are uniquely positioned to support a multitude of industries across the globe. You will have the opportunity to develop yourself through meaningful work projects and learning opportunities. We strive to provide our employees with an experience, focused on supporting their physical, financial, and emotional wellbeing. Become a member of the Johnson Controls family and thrive in an empowering company culture where your voice and ideas will be heard - your next great opportunity is just a few clicks away! What we offer Competitive salary Paid vacation/holidays/sick time On the job/cross training opportunities Encouraging and collaborative team environment Dedication to safety through our Zero Harm policy What you will do The primary responsibility for this role is to lead Building Management System global projects detailed engineering as per country specific standards from India Engineering center. Independent execution of project throughout the lifecycle , handle first level escalation. Follow processes, maintain required quality standards and on time deliveries to ensure customer satisfaction. How you will do it Review MEP drawings and identify HVAC equipment, dampers and sensors. Review control specifications and sequence of operations Generation of initial review sheets and RFI s. Creation of Bill of material, selection of sensors, control valves, dampers, air flow stations, controllers etc. Control devices and controller wiring, terminations, interlock wiring Preparation of I/O Summary. Preparation of BMS network architecture. Software programming of supervisory and DDC level controllers, prepare test plan, perform simulation and delivering commissioning package to field from India Engineering center. Ensure quality assurance and defect free hardware and software package delivery. Adherence with all processes and guidelines to execute project within timeline. What we look for BE/ME (Instrumentation / Electrical/ Electronics / Electronics Communication. Knowledge of HVAC systems like Chilled Water System, Cooling Towers, Primary Secondary pumping systems, Hot Water System, Different types of AHUs, FCUs, VAV systems etc. Strong knowledge of BMS architecture with different types of Operator workstations, Supervisory Controllers, DDC controllers, Sensors Actuators etc. Knowledge of different types of network protocols like BACNet, LON, Modbus, OPC, and other protocols. Must be proficient in wiring of starters, field devices, safety interlocks panels. Experience in engineering, installing and commissioning of HVAC BMS systems for infrastructure projects like pharmaceuticals, airports, commercial buildings, hospitals. Experience in the field of Industrial Automation (PLC programming/SCADA) will be added an advantage Must be a quick learner should have a keen eye for problem solving. Proficient in written and verbal communication. Ability to demonstrate good leadership skills. Preferred 5+ years of relevant experience in Building Automation Industry, BMS Design Engineering or Industrial Automation.

Job Responsibilities Design and develop sheet metal components and systems. Create detailed engineering drawings and specifications. Perform material selection and cost analysis for projects. Collaborate with design and production teams to optimize designs. Conduct stress and structural analysis to ensure product integrity. Oversee the fabrication, assembly, and installation of sheet metal products. Ensure compliance with industry standards and safety regulations. Troubleshoot and resolve issues related to sheet metal manufacturing. Implement and maintain quality control procedures. Provide technical guidance and support to junior engineers and production staff. Develop and document manufacturing processes and best practices. Stay updated on the latest advancements in sheet metal engineering and technology. Qualifications Skills BE Mechanical /Diploma in Mechanical Engineering or a related field. Proficiency in CAD software (e.g., AutoCAD, SolidWorks). Experience in sheet metal design and fabrication. Familiarity with CNC machining and laser cutting technologies. Strong problem-solving and analytical skills. Experience in project management and team leadership. Certification in welding or sheet metal work is a plus- Added advantages Excellent communication and interpersonal skills. Proven track record of successful project completion. Strong understanding of engineering principles and manufacturing processes. Ability to read and interpret engineering drawings and specifications. Knowledge of industry standards and safety regulations. Ability to work under pressure and meet tight deadlines. Willingness to stay current with industry trends and advancements.

Strong Mechanical Design Engineer Qualification: B.E/M.Tech in Mechanical Experience: 3 to 8Years Skills: Strong in Machine Design / R&D Design experience Capable to own the project delivery completely (from concept to release) Good Knowledge on Material Selection, Machining and Fabrication process and post processing operations. Thorough knowledge in calculations to define structures/loads, choose the right OEMs and its accessories in the market. Example Linear Guides, Motors, gearbox, bearings, etc. Pro-efficient in Sheet metal design Good knowledge on using sheet metal applications wherever necessary. Pro-efficient in creating manufacturing drawings, defining tolerances with GD&T Pro-efficient in UG-NX is a must Knowledge in Structural Analysis Awareness on Manufacturing techniques Good Presentation and Negotiation Skills Semiconductor & Special Purpose Machine Industry background is added advantage

Role & responsibilities We seek a talented Mechanical Designer to develop manufacturing and offer drawings for advanced automation machinery. You will be responsible for preparing detailed project layouts, QA drawings, and production files. Proficiency in AutoCAD and SolidWorks is essential, while experience with packaging and robotic systems will be highly regarded. We welcome applications from graduates with strong fundamentals or candidates with up to 2 years experience. If you are passionate about innovation and precision engineering, we would like to hear from you. Key Outcomes: Deliver accurate and timely manufacturing drawings for automation projects. Collaborate with project and production teams to ensure design feasibility. Support continuous improvement initiatives in design processes.

About Core Crushing Equipments Pvt Ltd. We manufacture and commission highly customized turn-key plants capable of catering all infra and housing segments. Our indigenous manufacturing of Jaw crushers, Cone crushers, VSIs, screens cater to projects ranging from 200 TPH to 500 TPH. Our core competency lies in technically understanding the customer requirements (in terms of desired aggregate size, shape, desired output, etc.) and customizing plant layout to best match these needs. Website: https://corecrushing.in/ Position: Design Engineer / Manager (Crushing plants) Location: Hyderabad and Mumbai Experience: Design Engineer with minimum 5-6 years of relevant design experience especially in material selection and handling (strong preference for Crushing industry experience; experience in mining, quarrying, construction, and other mechanical equipment also considered). Proficient in mechanical design principles, materials science, and CAD software. Agility, creativity, flexibility, dynamism in designing. Role: Develop and modify mechanical designs for various plant equipment including crushers, conveyors, kilns, mills, and other related machinery. This includes creating new designs, improving existing ones, and adapting designs to different applications. Develop and modify mechanical designs to meet industry standards, safety regulations, specific customer requirements, and operational needs. Create detailed technical drawings and specifications, assembly drawings, and 2D/3D models using CAD software like AutoCAD. Test, evaluate, and modify designs to ensure and enhance performance, reliability, and safety. Identify and troubleshoot design problems and provide solutions. Ensure appropriate material selection and handling for crusher components considering factors such as smooth flow of materials, structural designs, and relevant cost parameters. Collaborate with sales team, other engineers, technicians, customers, plant personnel, etc to implement designs, modify plants and designs, and troubleshoot issues. Understand customer requirements from both technical and non-technical personnel in the customer team. Communicate technical information clearly and concisely to both technical and non-technical audience in the Company and in the customer team. Explain the value/ advantages of purchasing Core machinery to the customer. Interested candidates email at sales@corecrushing.in

About Us At Technip Energies, we believe in a better tomorrow and we believe we can make tomorrow better. With approximately 15,000 talented women and men, we are a global and leading engineering and technology company, with a clear vision to accelerate the energy transition. Designing and delivering added value energy solutions is what we do. If you share our determination to drive the transition to a low-carbon future, then this could be the job for you. We are currently seeking a Lead Engineer - Materials & Corrosion , reporting to join our team based in Chennai. Engineer (Materials & Corrosion): Engineer (Materials & Corrosion) shall assist in execution of materials & corrosion engineering discipline activities and related specifications as required for a Project and perform the following main tasks: Reviews Project's scope of work, material selection and corrosion control basis and related specifications and Raise all relevant issues for clarification/resolution. Execution of material selection and corrosion control design activities, providing technical support to engineering disciplines. DUTIES & RESPONSIBILITIES: As an Engineer (Materials & Corrosion), main duties will consist of, but are not limited to; To take the responsibility materials & corrosion engineering activities as assigned by HOD. To review and understand scope of work of Contractor works / vendor's packages/sub-contractor's works and specifications thereof and check materials & corrosion related requirements based on Material Selection Diagram (MSD) and other relevant documents during Enquiry phase and raise all relevant issues for clarifications/resolution, as needed. Reviews metallurgical/corrosion related contents Preparation of Material selection reports, Material selection diagrams, Corrosion Control Management Philosophy, Corrosion Monitoring Philosophy / Specification, Corrosion inhibition Philosophy / Specification, Painting & Coating specifications and Cathodic Protection Philosophy / Specifications required for FEED/Concept Experience in performing Corrosion modelling / simulation software (such as ECE, Predict etc.,) to predict carbon steel corrosion rates and evaluation of Corrosion Resistant Alloy (CRA) material. Provide Interdisciplinary support related to Materials and corrosion control. Skills Required For Engineer (Materials & Corrosion) position, the following minimum qualifications and experiences are required: Bachelor' degree in Metallurgical/ Chemical Engineering/ Mechanical. Master degree in relevant discipline will be preferred Minimum 15 years demonstrated experience in materials & corrosion engineering in oil & gas industries (mainly into Onshore and Offshore projects). Work experience with Engineering consultancy organization and/or EPC Contractor will be an added advantage. Understanding of all Engineering disciplines. Knowledge of Engineering software. Good Technical knowledge. Good command of written and spoken English. Good Communication skills. Good planning & decision making skills. Willing to grow inside organization. If you are interested please share your CV to abhishek.pandey4@ten.com with below mentioned details: Current CTC: Expected CTC: Notice Period:

About Us At Technip Energies, we believe in a better tomorrow and we believe we can make tomorrow better. With approximately 15,000 talented women and men, we are a global and leading engineering and technology company, with a clear vision to accelerate the energy transition. Designing and delivering added value energy solutions is what we do. We are currently seeking a Engineer/ Senior Engineer - Material , reporting to join our team based in Noida. Duties and Responsibilities Working on Basic, FEED or detailed engineering design complied with project requirements Referring to specific duties and responsibilities Develop broad and professional engineering competencies as an expert in material selection to provide future engineering capacity with process group Accountable for successful completion of assigned engineering tasks and preparation of engineering documents Performing design activities assigned by Lead Engineer Preparation of material selection philosophy Assist in preparing of project equipment and instrument related documents for project requirement within a given time frame Review design documents / drawings prepared by the design team Working with limited information, checking for accuracy of documents Refer to technical manuals to assist in preparation of project deliverables Understanding the required outcomes of a particular procedures Understand plant operational requirements Resolve non-conforming material issues. Keep up to date with new developments of standards, engineering softwares, procedures and implement it to the day to day work Exploring new and existing materials and assessing their suitability for use Versed with properties of various materials uses in Oil & Gas, Refinery, Petrochemical, Fertilizer industries. Ensure the materials meet API, ASME, ASTM, NACE, other local as well as international standards Able to effectively communicate to internal and external customers Assisting Commissioning / start-up teams at Sites if required. ENTRY QUALIFICATIONS: B.Tech / M.Tech in Metallurgical/ Mechanical engineering from reputed university and 4 9 years experience in relevant field. If you are interested please share your CV to abhishek.pandey4@technipenergies.com with below mentioned details. Current CTC: Expected CTC: Notice Period:

We are currently seeking a Engineer/ Senior Engineer - Material , reporting to join our team based in Noida. Duties and Responsibilities Working on Basic, FEED or detailed engineering design complied with project requirements Referring to specific duties and responsibilities Develop broad and professional engineering competencies as an expert in material selection to provide future engineering capacity with process group Accountable for successful completion of assigned engineering tasks and preparation of engineering documents Performing design activities assigned by Lead Engineer Preparation of material selection philosophy Assist in preparing of project equipment and instrument related documents for project requirement within a given time frame Review design documents drawings prepared by the design team Working with limited information, checking for accuracy of documents Refer to technical manuals to assist in preparation of project deliverables Understanding the required outcomes of a particular procedures Understand plant operational requirements Resolve non-conforming material issues. Keep up to date with new developments of standards, engineering softwares, procedures and implement it to the day to day work Exploring new and existing materials and assessing their suitability for use Versed with properties of various materials uses in Oil & Gas, Refinery, Petrochemical, Fertilizer industries. Ensure the materials meet API, ASME, ASTM, NACE, other local as well as international standards Able to effectively communicate to internal and external customers Assisting Commissioning start-up teams at Sites if required. ENTRY QUALIFICATIONS: B.Tech M.Tech in Metallurgical/ Mechanical engineering from reputed university and 4-9 years experience in relevant field. If you are interested please share below mentioned details. Current CTC: Expected CTC: Notice Period: