225 Asme Jobs - Page 8

Role: I&E Design Engineer The Instrumentation and Electrical Designs Engineer is a member of Clients Facilities Designs Engineering team providing instrumentation, controls, and electrical designs support to Client s Refining and Liquified Natural Gas (LNG) assets. This role is responsible for supporting the troubleshooting, analysis and development of I&E engineering solutions for Clients complex process facilities. The I&E Designs Engineering team provides remote technical support for operations, turnaround scope development, and projects. What are we looking for? Bachelor’s degree in instrumentation or electrical engineering (B.E./B.Tech.) from a deemed/recognized (AICTE) university Minimum of 3-10 years relevant experience performing I&E Reliability Engineering in an Oil & Gas operating environment Knowledge of Safety Instrumented Functions Knowledge of refinery and LNG process technologies will be highly regarded Roles and Responsibilities: •• Provide instrumentation, controls, and electrical engineering support process units within Client’s complex process facilities. This will require collaboration with Operations, Maintenance and Technical functions within Client’s assets. • Leverage expertise and knowledge of electrical power systems and codes, instrumentation and control design, safety instrumented systems, process control systems, field instrument selection and sizing, equipment procurement, field construction and repair practices, process safety information, management of change work process and process control and monitoring to coach and develop team. • Support the management of change process for instrumentation, controls and electrical design packages and associated changes. • Utilize Client and Industry Engineering Standards for Safety in Designs • Support the design, troubleshooting, analysis and installation of distributed control systems instrumentation, safety instrumented systems (SIS), analyzers, electrical power distribution systems, rotating equipment control and monitoring systems, PLC control & instruments, HART instruments, field measurement instruments, and other oil & gas process technology equipment. • Provide active remote support working with Operations and other technical teams to scope instrumentation and electrical repairs and troubleshoot issues in process plants. • Support implementation of solutions through Routine Maintenance, Turnaround execution and project construction and startup. • Develop and manage Engineering Work Orders for projects including instrumentation and electrical equipment repair, equipment replacement and upgrades, and support for large complex projects and turnarounds. • Develop purchase specifications for engineered instrumentation and electrical equipment that ensures the equipment meets company and industry standards and manage the technical fabrication and factory acceptance testing requirements for procuring equipment

Position: Project Engineer & Coordinator: Company: INOPTRA (www.inoptra.com) Location: Bangalore/Remote Notice Period: 30 days Experience: 8-15 years of experience in project engineering and coordination within the Oil & Gas sector. Job Summary: The Project Engineer & Coordinator in the Oil & Gas industry is responsible for planning, executing, and overseeing engineering projects while ensuring coordination among different teams, vendors, and stakeholders. Key Responsibilities: Plan, design, and oversee oil & gas projects (upstream, midstream, downstream). Prepare engineering drawings, specifications, and documentation. Ensure compliance with industry regulations and safety standards. Monitor project progress and resolve technical issues. Assist procurement in selecting materials, equipment, and service providers. Act as the primary contact for project teams, contractors, and stakeholders. Manage project timelines, resources, and deliverables. Organize meetings, reports, and stakeholder updates. Support risk assessment, cost estimation, and budgeting. Ensure adherence to HSE policies. Assist in audits, quality control, and document management. Coordinate with regulatory bodies for approvals and permits. Collaborate with multidisciplinary engineering teams. Qualifications & Requirements: Education: Bachelors degree in engineering (Mechanical, Civil, Electrical, Petroleum, or related field). Technical Skills: Knowledge of engineering design software ( AutoCAD ) industry codes (API, ASME, ANSI), and project management methodologies. Soft Skills: Strong communication, problem-solving, and teamwork abilities.

We are hiring for the role of Sr. Design Engineer for Pune location Key Responsibilities: Review and check design calculations, drawings, BOMs (Bill of Materials), and related documentation. Extract and provide purchase specifications and inputs to the purchasing department. Study project specifications, identify special requirements, and provide compliance for the same. Independently perform mechanical design calculations. Provide support and guidance for the team as required in the design and development phases. Required Skills: Strong understanding of design calculations, drawings, and BOMs. Ability to extract purchase specifications and collaborate with the purchasing team. Awareness of engineering standards such as ASME, ASTM, ISO, IS, DIN, and EN. Knowledge of casting, forging, fabrication, and machining processes. Proficiency in Geometric Dimensioning and Tolerance (GD&T) stack-up analysis and understanding. Familiarity with piping systems and fabrication processes. Knowledge of valve, pump, pressure vessel, boiler, turbomachinery, and piping skids. Previous experience in project-based industries is preferred. Desired Profile: Solid engineering knowledge with attention to detail. Good documentation and communication skills. Enthusiastic and eager to learn. Honest, sincere, and hardworking with the ability to work well in teams. Adaptability to various work situations and challenges. Qualifications: B.E. in Mechanical Engineering.

Experience : 5-8 Years Qualification : B.E/B. Tech in Mechanical/Production/Industrial Engineering. Primary Responsibilities: Creating / Updating Manufacturing drawings for sheet metal, machined parts, complex assemblies, gas line weldments etc Conducting the Quality Check of the drawings created by Drafting department. Managing and Planning daily deliverables of the Drawing Team. Working on resolution of documentation quality issues / Supplier Build issues Selects OEM parts per design requirements with guidance from Mechanical Engineers and adheres to established processes/BKMs/Standards. Experience in Training and mentoring new team members. Conducting KSS, trainings to improve quality of deliverables. Mandatory Skills required to perform the job: Minimum 5 years of Experience in Creating Manufacturing Drawings & Specifications using Creo or NX CAD tool Mini of 3 years of experience in performing QC of drawings created by Team members. Experience in creating and releasing drawing package for sheet metal, machined components, tube assemblies using Unigraphics-NX Good knowledge on welding symbols(AWS, ISO), GD&T symbols and application, Surface finish & ASME drafting standards Knowledge of Manufacturing, Fabrication process (Sheetmetal, Machining, welding Etc.,) Good Hands n exp in CAD tools, NX or CREO.

We are looking Valve/Actuators back ground experience Job Description : 1.Preparing Technical and commercial quotes in line with the requirements of the customers (Sizing & Selection). 2.Conversion of Customer orders into Clear plant orders. 3. Ensure on time submission of Techno - Commercial clear quote to End customer. 4. Customer interaction on order status & project progress. 5. Customer Interaction on Technical Bid Analysis / Technical Bid Evaluation. 6. Ensuring right product is selected with appropriate calculations as per customer requirement and international codes like API / ASME / IBR / NACE std etc., and Special testing procedure requirement. 7 Provide technical and commercial support to Branches and other end customers. 8.Preparation of competitive and accurate technical and commercial quotes. 9.Quick conversion of customer orders to plant orders. 10.Providing timely technical clarifications on queries. 11.Technical discussions with Customers and close TBA/TBE. 12.Enquires / Offer tracking and order tracking and status follow -up. 13.On time offer submission as per customer requirement. 14.Understanding of all codes and standards relevant to Pressure / Safety relief Valves. 15.Preparing reports on quotes / orders / post order changes as per management requirement 16.Support the branches with technical inputs. 17.Handling project right from enquiry till order execution without any bottle necks for smooth execution.

Mechanical Engineer - Power Burns & McDonnell India (BMI) Power Division is looking for a well-rounded and driven Mechanical Engineer in the Mumbai Office. The Power Division focuses on power generating facilities which offer a wide range of design and project execution experiences. This position is responsible for the design and evaluation of mechanical systems associated with coal and natural gas fired power generation facilities as well as associated support facilities. Candidate will perform work which involves both conventional engineering practices and complex situations, requiring innovation relative to work practices and procedures Multi-disciplined power generation projects require engineers to work in a diverse project team environment and exhibit the ability to develop consensus in identifying the optimum solution to complex problems. These complex assignments require the application of advanced techniques, resulting in the development of new or improved processes, equipment and/or technological methods. Candidate will be responsible for detailed design through the development of contract specifications and contract administration. Position will require extensive interface with equipment suppliers/vendors, and with project managers, other engineering disciplines, modelers, designers, and detailers locally in the Mumbai office as well as remotely in various offices in the United States. Following are some specific duties & responsibilities: Coordinating project design assignments and design teams; Define system requirements, instrumentation and control requirements, and control logic; define system equipment and components required to meet those requirements Performing system hydraulic calculations including pump selection, sizing, and application; Pipe and valve sizing including selection of appropriate piping materials and valve types for applications; Selection of control valve including definition of control valve requirements and datasheets; Functional coordination and reviews of detailed pipe routing (by others) for conformance with system design requirements including pipe support selection/placement; Developing equipment specifications, technical bid evaluating, procuring, reviewing vendor drawings and factory acceptance testing of mechanical equipment; Administer equipment contracts (change evaluation, coordinate schedules, coordinate technical issues) Preparing/creating deliverables like process flow diagram, P&ID, valve lists, line list, standard detail sheets for constructing/installation of new or modifications of existing power generating facility mechanical systems; Review calculations, drawings and design documents produced by others for conformance with project requirements as well as Company and industry standards Providing leadership, guidance, instruction, and mentorship to less experienced staff members; Regularly meeting and corresponding with clients or outside personnel; Supporting development and improvements of department standard work procedures and work flows to support a successful work share approach amongst the various offices for all projects. Travel to the United States as required and requested to support assignments on projects and overall office needs. This position requires an individual capable of applying intensive and diversified knowledge of principles and practices to broad areas of assignments. Must be capable of interpreting and developing solutions to complex problems - Qualifications include: Bachelor’s degree in mechanical engineering from accredited program. Minimum 6-8 years of related experience in fossil generation with exposure to piping design, pump selection, rotating equipment and process design. Software experience utilizing AFT Arrow, AFT Fathom, SmartPlant P&ID, SmartPlant Review is preferred. Familiar with power industry codes and standards including ASME B31.1, ASME Boiler and Pressure Vessel Code Sections I and Section VIII. Field construction and commissioning experience is preferred. Proficient in the English language and must demonstrate excellent oral and written communication skills, as well as strong analytical and problem-solving skills. Previous consulting engineering experience preferred.

We are looking to hire Director Engineering Head ( C Level ) for global services company to manage the global team and be part of Management Summary: Integration (Intermediate): Integrates activities and manages employees with specific workgroup or disciplines. Typical first level line manager. Has operational focus. Start owning people management activities within the discipline. Manages more broader functional level though technical leads, engineers, and Individual Contributor Work with global work force to manage the team, Must exposed any tools such as E3D, SP3D, CAESER, EPLAN, AutoPlant 3D, Autocad, EPLAN, PV ELITE and similarly do not have exposure to industry standards in oil & gas ( ASME / EN / ISO Piping /plant design Standards). ASME B31.3, ASME / EN / ISO Piping Standards, ASTM Material Standards Responsibilities: Responsible for delivery of Engineering deliverables within Technical/Commercial/Schedule and quality requirements for Detail Design Engineering. Desirable to provide technical guidance on the detail engineering aspects (Layout, Piping, Structural etc.,) to ITO and Senior Managers Excellent knowledge on the individual discipline engineering and deliverables Ability to read and interpret engineering documents and drawings for Detail Design Engineering. Ability to review P&ID, PFD, 3D Model for organization packages and provide technical guidance for the skill sets managed in Engineering table(E-table) Reviews Performs discipline design tasks which regularly require the application of fundamental engineering concepts. Should have a fundamental understanding of water and wastewater treatment plant product lines. Able to make decisions in a timely manner with full understanding of those decisions which are based on accurate analysis Able to suggest improvements to products and existing work methods keeping abreast of Industry developments Recognizes emerging patters and makes connection among data and issues; identifies and responds to dynamic business changes and drives business Ys in the department Think outside of the box to provide competent and technical solutions Communicates clearly, concisely and confidently with Internal/External stakeholders Negotiates effectively with Internal/External stakeholders Interacts effectively with individuals from different backgrounds and cultures Being fully aware of the operational Key Performance Indicators(KPI) for the teams, projects and able to prioritize, optimize and democratize resources across teams for efficiency and effectiveness. Able to front-end team challenges and constraints and resolves in the best possible manner by showing collaborative stake holder ship. Builds effective relationship with clients, suppliers and colleagues Shows an understanding of the need to minimize commercial risks to the organization. Identifies problems and acts on them accordingly, involving others where necessary. Assesses the likelihood of potential problems occurring and takes appropriate action. Learns from own and other mistakes to avoid them re-occurring Drive team to deliver and enable them by removing constraints/conflicts, provide resources needed to attain the goal Enable Intra and inter team engagement to meet the customers goal Leads by demonstrating integrity, accepting responsibility and being accountable for individual discipline results Communicates key information clearly and works closely with internal & external customers to influence technical decisions and strategy. Demonstrates confident, positive, enthusiastic approach to work, motivation, commitment and perseverance when required. Supports, enables through meaningful conversations and engaging dialogues with team Partners in the career journey of the team members through facilitation, calibration, capability, enrichment. Work in partnership with direct reports in setting and monitoring personal goals. Develop work methods, policies and procedures to deliver quality output by the discipline managers Motivates discipline engineers in creating quality products which meet or exceed customer expectations Follow company health & safety procedures and encourages others to do the same. Having IT experience is an advantage Will be responsible for P&L of the engineering vertical Education/Equivalent: Engineering Degree -- Mechanical / Structural with 15+yrs of relevant piping engineering experience, including supervisory or lead position experience. We offer competitive compensation and benefits working in a dynamic environment with challenging projects and training provided to ensure your success. We realize diverse teams make smarter decisions, deliver better results, and build stronger communities. Were an organization that champions diversity and inclusion at every level and are proud to be an equal opportunity workplace Pls reach me for more details-ganesh@coreedgesolutions.com Best Wishes, Ganesh Core Edge Solutions LLP 138,7th Cross,29th Main road BTM 2nd Stage Bangalore 560076 www.coreedgesolutions.com

Job Title: ASME Certified Engineer - Pressure Vessels & Cryogenic Tank Design Location: Pune Job Type: Full-Time Job Summary: We are seeking an experienced and ASME-certified engineer specializing in the design and development of pressure vessels, cryogenic tanks, sheet metal fabrication, and reverse engineering. The ideal candidate will possess expertise in industry-standard design methodologies, compliance with regulatory codes, and proficiency in CAD software to create high-quality engineering solutions. Key Responsibilities: Design and develop ASME-compliant pressure vessels and cryogenic tanks for industrial applications. Perform structural analysis and stress calculations for pressure vessels using Finite Element Analysis (FEA) tools. Utilize sheet metal fabrication techniques to design and manufacture customized components. Conduct reverse engineering processes for existing pressure vessels and tanks, developing detailed design specifications and improvements. Ensure all designs meet ASME BPVC, API, and other relevant international standards. Collaborate with manufacturing, quality assurance, and R&D teams to optimize production and ensure design feasibility. Create detailed engineering drawings, bill of materials (BOMs), and specifications using CAD software such as SolidWorks, AutoCAD, or CATIA. Provide technical support and recommendations to clients regarding design modifications and improvements. Stay updated with emerging technologies and advancements in the pressure vessel and cryogenic tank industry. Lead or support failure analysis, troubleshooting, and improvement of existing products Qualifications & Skills: Bachelors or Masters degree in Mechanical Engineering or a related field. ASME certification (BPVC Section VIII) is mandatory. Minimum of 5 years of experience in designing pressure vessels, cryogenic tanks, and sheet metal components. Strong proficiency in FEA tools such as ANSYS, Abaqus, or equivalent software. Experience with CAD software (SolidWorks, AutoCAD, CATIA, or Inventor) for 3D modeling and drafting. Knowledge of material selection, welding techniques, and fabrication processes for pressure vessels. Understanding of industry codes and regulations such as ASME BPVC, API 650/620, and PED. Strong problem-solving skills and ability to conduct root cause analysis. Excellent communication and collaboration skills to work with cross-functional teams. Ability to manage multiple projects and meet tight deadlines. Preferred Qualifications: Experience with CFD software for thermal and fluid flow analysis. Knowledge of cryogenic insulation techniques and materials. Prior experience in conducting third-party inspections and audits for ASME compliance. Familiarity with additive manufacturing and rapid prototyping techniques. Benefits: Competitive salary based on experience. Health, dental, and vision insurance. Opportunities for professional development and ASME recertification. Flexible work environment and career growth opportunities How to Apply: Interested candidates should submit their resume and a cover letter detailing relevant experience and software proficiency to [hr@stamod.com].

Title: Senior Draughtsman Experience: 5 to 8 Years Reporting To: Asst. Manager-Detailing Engineering Education: NCTVT/Diploma in Mechanical Engineering Job Description: As a Senior Draughtsman at M.E Energy, you will play a pivotal role in our Detailing Engineering function, contributing your expertise in project production management and domain knowledge. We are seeking seasoned professionals who are passionate, self-motivated, and adept at handling the complexities of power plant projects involving Waste Heat Recovery Boilers (WHRB) and steam turbine packages. Key Responsibilities: Independently handle the complete project lifecycle, from conception to commissioning. Prepare manufacturing drawings for WHRB (smoke tube and water tube), pressure vessels, heat exchangers, and piping in compliance with IBR and ASME standards. Generate structure drawings, including self-supported and structure-supported chimneys. Develop layout drawings, GA drawings, and foundation drawings. Design compact skids to meet project requirements. Requirements: 6-8 years of experience in power plant projects, with a focus on WHRBs and steam turbine packages. Proficiency in Auto-cad/Solidworks and other relevant software for independent work. Familiarity with mechanical calculations as per IBR, ASME, and structural analysis tools such as STADD. NCTVT/Diploma in Mechanical Engineering or equivalent. If you are driven by a desire to make a meaningful impact in the energy sector and possess the skills and experience outlined above, we encourage you to join our dynamic team at M.E Energy. Apply now and be part of our journey towards a sustainable future. Send your CV to pooja.bekani@meenergy.com Note: Only shortlisted candidates will be notified.

Role & responsibilities • Oil & Gas Industries • Strong understanding of domain specific Engineering Concepts / Code / Standards / Regulation related to Oil & Gas Industries. • Pressure vessels (U-Stamp), Natural Gas Skid packages (Filtration, Regulating, Metering, PSA Skids) Etc.), Vessel- detail drawings, Internal parts- detail drawings, piping works (routing, supports), Cable & cable Tray- routing & supports, Instruments- Hook-ups, 3 D Modelling for the equipment / Skids. • AutoCAD, CADWorx (Must be Skilled with 2D & 3D), Solid works, MS Office Preferred candidate profile Perks and benefits

About The Role : Eligibility Criteria: Diploma in Mechanical/Tool and Die Making/Production/Industrial Engineering with 4 to 6 Years or BE in Mechanical/Production/Industrial Engineering with 3 to 5 years of relevant industry experience in drafting Diploma from reputed institutes like GTTC (Govt Tool Room & Training Center) / NTTF (Nettur Technical Training Foundation) / CTTD (Central Institute of Tool Design) is preferred Primary Responsibilities: Creating / Updating CAD drawings for sheet metal, machined parts, complex assemblies, gas line weldments etc Documenting and releasing engineering drawings & bills of materials using Engineering Change Management Working on resolution of documentation quality issues / Supplier Build issues Selects OEM parts per design requirements with guidance from Mechanical Engineers and adheres to established processes/BKMs/Standards Mandatory Skills : Experience in reading, understanding and creating/reviewing Manufacturing Drawings & Specifications using Unigraphics-NX Experience in creating and releasing drawing package for sheet metal, machined components, tube assemblies using Unigraphics-NX Good knowledge on welding symbols, GD&T symbols, Surface finish & ASME drafting standards Experience in Executing Large assembly based on design intent in Unigraphics-NX Experience in running interference analysis Desirable Skills: Exposure to various fabrication methods (Sheetmetal & Machining) Experience in working with Teamcenter and PLM (SAP or any other similar software) Knowledge and exposure to ANSI, ASME, SAE, ISO, SEMI standards applicable to semiconductor Industry

Candidate should be Well versed in quality inspection of FRP Materials. Knowledge of Quality inspection procedure for ASTM,ISO,EN & IS standard. Knowledge of Quality tools like 7 QC,5 S, Kaizen etc. Use of Measurement & inspection tools. Knowledge of Composite product & Mfg. Process of pultrusion process. Reworks & Rejected data trace-out of all order in final product & ensure to product Traceability for each & every profiles ongoing order. Significant contribution in preparing documents for All running Project & handling of TPI Inspection. Position for Shift duties (three shift) working -8 hrs Supervision, Report generation and Planning with coordination with team. Knowledge of Computer & ISO documentation. Handling all Pultrusion project independently. Sincere & hard working for First article inspection of finish product materials. Follow All Safety guideline & Zero tolerance policy.

Position Overview: The Production Supervisor / Manager will be responsible for overseeing and managing multiple production shops, ensuring efficient production planning, manpower management, and coordination with contractors. The ideal candidate must have extensive experience in pressure vessel / filters and strainers manufacturing, engineering processes, and shop floor layout planning while being proficient in computer-based production management, ERP systems, and inventory control. Key Responsibilities: Plan, supervise, and coordinate daily production activities across multiple shops. Ensure optimal manpower utilization, manage workforce scheduling, and oversee contractor operations. Develop and implement efficient production plans to meet delivery schedules and minimize delays. Oversee fabrication processes, including pressure vessel, filters, strainers manufacturing, layout of cones, dishes, and other engineering components. Optimize shop floor layouts for improved workflow and productivity. Ensure adherence to quality control standards and compliance with industry regulations. Monitor and manage stock levels to ensure availability of raw materials and minimize inventory costs. Implement and maintain ERP systems for production planning, stock management, and reporting. Collaborate with cross-functional teams, including engineering, procurement, and quality assurance, to streamline operations. Train and mentor production staff to improve skill levels and efficiency. Drive continuous improvement initiatives in manufacturing processes and operational efficiency. Qualifications & Experience: Bachelors/Diploma in Mechanical Engineering or related field. 8+ years of experience in production management within a pressure vessel / filters and strainers manufacturing setup. Strong technical knowledge of fabrication processes, engineering drawings, and layout planning. Hands-on experience with ERP systems and computer-based production management tools. Proficiency in shop floor workflow optimization and inventory control. Strong leadership and team management skills. Excellent problem-solving, communication, and coordination abilities. Knowledge of industry safety and quality standards. Preferred Skills: Experience in lean manufacturing and process optimization. Ability to handle high-mix, low-volume production environments. Familiarity with welding, machining, assembly, painting and material handling processes.

Position Overview: The GM - Operations will be responsible for overseeing and optimizing the entire manufacturing and operational functions of the company. This role demands a dynamic leader with a strong background in filtration and pressure vessel manufacturing, ensuring on-time dispatches to avoid LD and meet committed delivery dates (CDD). The GM-Operations will lead production, quality assurance, dispatches, stores, planning, and overall coordination to enhance efficiency and profitability. Key Responsibilities: Lead and manage end-to-end operations, ensuring smooth production and timely dispatches while maintaining high-quality standards. Develop and implement strategies to optimize production schedules, capacity utilization, and resource allocation. Ensure strict adherence to committed delivery dates (CDD) to prevent liquidated damages (LD) and enhance customer satisfaction. Oversee supply chain management, including procurement, inventory control, and logistics, to streamline production and dispatch processes. Implement best practices for quality control, ensuring compliance with industry standards and regulatory requirements. Drive continuous process improvements to enhance operational efficiency and reduce production costs. Collaborate with engineering, sales, and customer service teams to align operations with business objectives. Foster a culture of safety, compliance, and excellence in manufacturing operations. Lead, mentor, and develop a high-performing operations team, fostering a culture of accountability and excellence. Monitor key performance indicators (KPIs) and take proactive measures to achieve operational goals. Qualifications & Experience: Bachelors/Masters degree in Mechanical Engineering, Industrial Engineering, or a related field. 15+ years of experience in operations management, with a strong background in filtration and pressure vessel manufacturing. Proven track record of managing production, quality assurance, planning, projects co-ordination, customer communication and logistics in a manufacturing setup. Expertise in handling industrial filters and strainers production for diverse industries. Strong understanding of supply chain, inventory management, and dispatch processes. Experience in handling large-scale manufacturing operations with a focus on timely deliveries and cost optimization. Excellent leadership, problem-solving, and decision-making skills. Strong communication and stakeholder management abilities. Preferred Skills: Experience working in a high-volume, custom manufacturing environment. Knowledge of lean manufacturing principles and Six Sigma methodologies. Familiarity with ERP systems for production planning and inventory management.

Job Title: Pressure Vessels and Thermal Fabrication Engineer Location: Pune Job Type: Full-Time Job Summary: We are seeking a skilled Pressure Vessels and Thermal Fabrication Engineer with expertise in 3D CAD modeling, Finite Element Analysis (FEA), and Computational Fluid Dynamics (CFD). The selected candidate will be responsible for designing and analyzing pressure vessels and thermal fabrication components using industry-standard software. The role includes an opportunity to undergo specialized training in the United States to enhance technical skills and gain hands-on experience. Key Responsibilities: Design and develop pressure vessels and thermal fabrication components using 3D CAD software such as SolidWorks and AutoCAD. Perform structural, thermal, and fluid dynamic analysis using FEA tools like ANSYS or Abaqus. Conduct Computational Fluid Dynamics (CFD) simulations using Fluent or CFX to optimize heat transfer and fluid flow. Ensure compliance with ASME BPVC, API, and other relevant industry standards in design and fabrication. Collaborate with cross-functional teams including manufacturing, quality assurance, and R&D to ensure design feasibility and optimization. Generate detailed engineering drawings, specifications, and bill of materials (BOMs) for production. Troubleshoot and improve existing designs based on performance data and field feedback. Prepare reports, technical documentation, and presentations for stakeholders. Participate in a structured training program in the United States to develop advanced technical expertise in pressure vessel design and thermal fabrication. Qualifications & Skills: Bachelors or Master’s degree in Mechanical Engineering, Thermal Engineering, or a related field. Strong proficiency in 3D CAD software such as SolidWorks and AutoCAD. Hands-on experience with Finite Element Analysis (FEA) tools like ANSYS, Abaqus, or equivalent. Proficiency in Computational Fluid Dynamics (CFD) software such as Fluent or CFX. Knowledge of ASME BPVC, API 650/620, and other relevant industry codes. Experience with material selection, welding techniques, and fabrication processes for pressure vessels and thermal systems. Strong analytical and problem-solving skills. Excellent communication and teamwork abilities. Willingness to travel to the United States for training and professional development. Preferred Qualifications: Prior experience in designing pressure vessels and thermal fabrication components. Familiarity with additive manufacturing and rapid prototyping techniques. Experience in failure analysis and troubleshooting of pressure vessel designs. Knowledge of heat exchanger and cryogenic systems design. Benefits: Competitive salary based on experience. Fully sponsored training program in the United States. Health, dental, and vision insurance. Opportunities for career growth and international exposure. Support for professional certification and continuing education. How to Apply: Interested candidates should submit their resume and a cover letter detailing relevant experience and software proficiency to [hr@stamod.com].

Job Details: Minimum Degree in Mechanical/ Production Engineering Minimum 5 Years Experience as a Welding Engineer in the Field Fabrication & Welding Experience in U-stamp audit Complying with the requirements of Quality control Manual, ASME codes and Customer specifications Good Knowledge of ASME-IX Knowledge required in International codes such as ASME, API, TEMA etc Preparation and Approval of welding procedure specification (WPS), Procedure Qualification record (PQR), and Welder & Welding operator performance qualification record (WPQ). Supervision and Qualifying the Welding procedures Preparation of Weld plan as per approved Drawing, Applicable codes and specification. Preparation of TPS for welding consumables. Preparation and maintain Welder Continuity log Preparation and issue Qualified Welders List based on Welders Continuity Log Provide resolution to Non-conformities arising in welding, in consultation with MQC Overall Supervision of welding activities at Shop floor Additional qualifications required ASNT Level II in RT, UT, PT & MT. Good knowledge of MS Office (Excel, Word, PPT)

Perform Pipe wall thickness calculation in accordance with ASME B31.3 codes. Prepare/Review piping material specification, Valve material specifications, Specialty item Datasheets, Piping Bulk MTO, and Manual valve MTO. Required Candidate profile Prepare Material Requisitions for Piping Bulks, Manual Valves, and SP Items. In-depth knowledge of international codes and standards like ASME B 31.3, ASTM, API, MSS SP etc.

Preferred candidate profile: Knowledge & experience in 2D/3D design tools like AutoCAD and plant 3D / E3D Familiarity with various piping components such as pipes , flanges , valves , fittings , gaskets , and supports . Experience in designing optimal piping layouts with considerations for safety , space optimization , maintenance access , and cost-effectiveness . Expertise in using tools like Navisworks for detecting and resolving clashes between piping and other systems (e.g., electrical, HVAC). Understanding of the inputs like P&ID, PFD, Equipment Drawing, PMS, Hookup Drawing, Vendor Drawing, and ability to route the Piping according to inputs. Basic Knowledge of Piping Stress & supports. Ability to create and interpret piping isometrics , which are critical for installation and fabrication. Comprehensive understanding of industry code & standards and codes (e.g., ASME, API, ANSI, DIN, IS) to ensure compliance in design and material selection. Role & responsibilities: Preparation & review of PMS, Valve data sheet, special item data sheet, etc. Preparation of equipment layout of various process plant, utilities & tank farms with respect to process & statutory guidelines. Preparation of overall plot plan with respect to input & statuary guidelines. Review of process document for input & further engineering point of view. Review & comments of equipment drawing vendor package drawing. Review & comments of civil & structural drawing with respect to requirement. Review & comments of electrical & instrumentation cable routing drawing with respect to clash & piping routing & civil structural point of view. Co-ordinate with client for project progress, clarification & input requirement Inter department co-ordination for input & timely delivery of deliverables. Formatting & consolidating bulk item & MTO in excel sheet. Review of nozzle orientation & review mechanical drawing with respect to nozzle orientation. Conducting model review with internal department & client. Ensure Inter departmental checks of Piping deliverable. Ensure delivery of quality documents by proper review & checking of documents.

Design, Develop & Optimize Rotating Process Equipment including but not limited to Agitated Thin Film Evaporators, Dryers, Liquid Extraction & Agitators Ensure equipment designs meet industry standards, client specs & operational efficiency Required Candidate profile Degree (Mechanical Engg), 10+ yrs in design of rotating equipment for process Industry. Strong knowledge of mechanical design principles, material selection, manufacturing processes for rotating eqpt

Role & responsibilities P&ID, HFD, Layout, and Equipment Outline Design: Lead the creation of detailed P&IDs, HFDs, layouts, and equipment outlines for complex industrial processes. Ensure that these engineering documents are precise, comprehensive, and compliant with industry codes and standards. Extensive experience in the design and development of P&IDs, HFDs, layouts, and equipment outlines, especially for complex industrial processes. Professional Engineer (PE) license preferred. Proficiency in P&ID software, computer-aided design (CAD) tools, and process simulation software. Strong knowledge of industry codes and standards (e.g., ASME, API, ISA). Preferred candidate profile Should have exp. Of making P&IDs, HFD, Layout & Equipment outline drawings ITI / Diploma

Role Description Flexibility and Stress Analysis on Caesar II for Metallic and Nonmetallic piping systems, Flange Leak Check, report preparation, Expansion Joints D/s. Knowledge of standards like ASME, API, IBR Etc. Roles and Responsibility - CAESAR ii modelling for piping systems. - Evaluate pipe flexibility and stress analysis. - Measure the effects of support settlement, safety relief valves, seismic loads, thermal cycle loads and wind. - Select proper springs for necessary support. - Analysis capabilities for Piping system, FRP/ Non mettalic Piping system, Expansion joints piping system etc. - Analysis capabilities the considering the effects of the modular design and transit phase, static & differential structural deflections associated with fabrication, lift, transit and site installation. - Evaluate Stress, Displacement, Forces and moments on restraints for support design and Evaluate piping loads with in allowable nozzle loads. - Nozzle Flexibilities (WRC) and Stresses. - Flange Leak Check. - Dynamic analysis capabilities including modal, harmonic and response spectrum analysis. - Data sheet preparation for Expansion joints, spring hanger data sheet and updating the Pipe support standards - Stress analysis report preparation. - Knowledge of piping codes and standards like ASME, API, IBR etc.

Knowledge of Layout, Piping GA, Isometrics, Piping Materials, Pipe supports, Standards (like ASME, API, IBR), 3D modelling, stress critical lines. Software knowledge will be added advantage.Piping Layout Design Develop and design piping layouts using software like AutoCAD, PDMS, or SmartPlant, ensuring efficient routing and system functionality. 3D Modeling: Create and review 3D models of piping systems, including isometric drawings and piping schematics, to ensure accuracy. Compliance & Standards: Ensure designs meet industry codes (e.g., ASME, ANSI) and client-specific standards, focusing on safety, reliability, and efficiency. Collaboration: Work closely with other engineering disciplines (e.g., mechanical, structural) to integrate piping designs with overall plant systems. Material & Support Selection: Choose appropriate materials, piping components, and support structures based on pressure, temperature, and operational conditions.

Cryogenic equipment company—tanks, vacuum-insulated pipes & heat exchangers—for industries like industrial gases, steel & petroleum. Executes cryogenic projects for ISRO, IPR, & nuclear power plants. 1. Knowledge of cryogenics preferred Required Candidate profile 2. Strong in thermodynamics, heat transfer, pressure vessel & piping design, ASME/PED codes, Excel, AutoCAD, PVElite 3. Mechanical/Chemical Engineering background; Master's in Cryogenics preferred

Design of Pressure Vessels, Agitated Nutsche Filter, Heat exchanger & Rotating machineries Costing, weight calculations Reverse engineering & New product development Strength calculations/simulation in solidworks/ Autocad dwg CNC cutting programing Perks and benefits Flexible schedule, overtime, bonus, work from home

Piping Material Specification. Datasheets for Valves & special Parts. Preparation & Handling Material Requisitions Technical bid evaluation of Valves & Special Parts. Vendor Document Review. Pipe Wall Thickness calculation for Hydrogen service as per