Sheet Metal Design Jobs

Key ResponsibilitiesProduct Design & Development: Conceptualize, design, and detail mechanical parts, mechanisms, and assemblies using 3D CAD software (e.g., SolidWorks, Creo, CATIA, or AutoCAD).Prototyping & Testing: Build functional prototypes, define test plans, and conduct rigorous validation and durability testing to ensure designs meet performance, safety, and reliability standards.Engineering Analysis: Perform structural, thermal, and kinematic analyses (using hand calculations or FEA/CFD simulation tools) to optimize designs for weight, strength, and cost.Design for Manufacturing (DFM/DFA): Collaborate with manufacturing partners and suppliers to ensure designs are optimized for mass production, assembly efficiency, and cost reduction.Documentation: Create and maintain comprehensive engineering documentation, including 2D manufacturing drawings, Bill of Materials (BOMs), assembly instructions, and Engineering Change Orders (ECOs).Cross-Functional Collaboration: Work alongside electrical, firmware, quality assurance, and project management teams to resolve technical challenges throughout the product lifecycle.

The Plant Manager / Plant Head holds total operational, technical, and team accountability for our Light Engineering Factory (safety, quality, production hours, manpower, and dispatch). This role leads all shop-floor operations from raw material receipt through CNC processing, press working, roll forming, welding, surface finishing, and dispatch- ensuring on-time, in-full delivery of components consiting of round/ square tube structures, sheet metal components, and greenhouse structures, cold room, panels etc.Primary Mandate & Leadership Profile: We require a proven technical leader and system-builder who combines strong organizational leadership with a solid shop-floor engineering foundation. The role does not require daily manual machine operation, but demands past hands-on experience and deep mechanical grounding to inspect setups, troubleshoot complex tool/die/feed issues, and practically demonstrate correct machine practices to junior engineers, supervisors, and operators when required.In addition to day-to-day operations, the Plant Manager is responsible for establishing operational systems from the ground up: drafting Standard Operating Procedures (SOPs), designing shop-floor log sheets, setting up Daily Production Report (DPR) formats, and driving a culture of continuous improvement.Key Responsibilities1. Production Machinery Governance & Operations Machinery Performance & OEE: Govern shop-floor machinery performance-driving maximum throughput, availability, and precision across CNC press bending, power press, iron worker, CNC plasma cutting, laser cutting, shearing machines, CNC auto drill, CNC auto bending, and roll forming lines (C/Z purlins & sheeting profiles). Setup, Tooling & Cycle-Time Optimization: Oversee tooling and die selection, press brake bend deductions, clearance settings, feed rates, and cycle-time optimization. Guide teams through quick changeover methodologies (SMED) and preventive maintenance to eliminate unplanned downtime. Practical Floor Mentorship: Act as the technical authority on the shop floor; step in during critical changeovers or complex jobs to guide and demonstrate proper setup, alignment, and troubleshooting techniques to shift supervisors and machine operators. Production Planning & Hour-Based Execution: Set, schedule, and drive daily, weekly, and monthly production targets measured in Production Hours and Machine Utilization; track shift-wise (Shift A/B/C) planned hours vs. achieved hours and course-correct bottlenecks in real time. Nesting & Material Yield: Enforce plate, sheet, and coil nesting optimization to maximize raw material yield, minimize drop-off scrap, and balance machine run times. Tooling & Calibration Compliance: Enforce a documented calibration and preventive maintenance schedule for all CNC tooling, press dies, shear blades, measuring instruments, and gauges.2. Operational System Building & SOP Development SOP Architecture: Author, formalize, and implement Standard Operating Procedures (SOPs) for all manufacturing processes, machine startups, tool changeovers, and safety interlocks. Shop-Floor Documentation: Design, standardize, and roll out shift-wise operator logbooks, machine breakdown logs, first-piece inspection sheets, and tool wear registers. Process Standardization: Establish standard cycle times and Standard Allowed Hours (SAH) for recurring fabricated parts and assemblies to enable precise capacity planning.3. Quality Assurance & Compliance (QA/QC & EHS) Dimensional Precision: Enforce strict tolerance checks, cut squareness, edge quality, bevel angles, bend angles/springback control, and hole/slot geometry against approved fabrication drawings; mandate first-piece inspection on every job setup or sheet/coil change. Roll Forming & Tube Quality: Verify hole pitch, profile geometry, web/flange depth, camber, and sweep on roll-formed sections (C/Z purlins, roof/wall sheets, decking profiles) and tubular structures. Welding Standards: Enforce welder qualification (WPS/WPQ) per IS/AWS standards, joint fit-up inspection, and NDT hold points (Visual, DPT, UT as applicable) with joint-to-welder traceability. Surface Preparation & Finishing: Oversee surface cleanliness (shot blasting or mechanical cleaning), primer/paint application, dry film thickness (DFT) compliance, and adhesion testing. (Hot-dip galvanizing oversight is managed via dedicated supervisory protocols where applicable). EHS & Safety Enforcement: Champion Environment, Health & Safety (EHS) at every workstation-safe handling of fumes, laser/plasma eye safety, crane and rigging protocols, and machine guarding on presses and shearing equipment; conduct daily safety toolbox talks and near-miss reporting. Statutory & ISO Compliance: Maintain ISO 9001 compliance (and ISO 14001/45001 standards), lead internal audits, and ensure compliance with the Factories Act, labor regulations (PF/ESI, contract labor licenses), and safety norms.4. Cross-Functional Coordination & Design Review Engineering Drawing Alignment: Review fabrication and shop drawings using AutoCAD (2D/3D) and Autodesk detailing/mechanical software (such as Autodesk Advance Steel or Autodesk Inventor); coordinate with design and detailing teams to resolve drawing queries (RFIs) and verify CNC cut-data/unfolded blank sizes before release to the shop floor. Supply Chain & Stores Alignment: Coordinate with procurement and stores for timely raw material (coils, plates, tubes, hardware) staging to prevent machine starvation.5. Cost & Commercial Management Operational Budget Ownership: Own plant operating costs-labor, consumables (gas, nozzles, tooling, blades, paint), maintenance, utilities, and overtime. Continuous Improvement: Spearhead Lean, 5S, Kaizen, and waste-reduction initiatives to systematically decrease cost per production hour. Management Reporting: Report plant performance, budget vs. actual variance, scrap recovery, and CAPEX proposals to senior management.Reporting Architecture & GovernanceThe Plant Manager builds the reporting framework, reviews operational logs with department leads, and authors executive summaries for senior leadership: Shop-Floor Logs (Designed by Plant Manager, Maintained by Supervisors): Shift-wise production output logs, planned vs. actual production hours, machine downtime and OEE logs, scrap and material consumption sheets, and daily quality inspection logs. Operational Reviews (Daily / Weekly): Daily cross-functional morning meetings (Production, Quality, Maintenance, Stores, Dispatch) to review yesterdays hours vs. target, resolve shift bottlenecks, and review NCR/CAPA logs. Management & Executive Dashboard (Authored by Plant Manager): Monthly plant performance deck (production hours achieved, machine utilization, rework percentage, scrap yield, EHS score), plant budget-vs-actual variance, and Quarterly Business Review (QBR) presentations. Client & Dispatch Reports (Approved by Plant Manager): Inspection call notices, Third-Party Inspection (TPI) coordination, Material Test Certificates (MTC), and On-Time In-Full (OTIF) dispatch reports.Key Deliverables / KPIs Production Hours Achievement: Shift-wise and monthly target hours achievement vs. planned schedule (>= 95% adherence). Machine Utilization & OEE: Availability, Performance, and Quality across CNC cutting, press bending, and roll forming lines (OEE >= 80% on bottleneck machines). SOP & Documentation Rollout: Timely establishment and active adoption of SOPs, shift logs, and quality check-sheets across all production bays. First-Time-Right (FTR) Quality: Rejection and rework rate = 95% on-time dispatch against project order schedules. Safety & Compliance: Zero Lost Time Injury Frequency Rate (LTIFR) and 100% statutory compliance under the Factories Act and labor laws.Required Qualifications Education: B.E. / B.Tech in Mechanical, Production, or Industrial Engineering (or Diploma in Engineering with extensive relevant experience and proven shop-floor leadership). Experience: Minimum 15 years in manufacturing operations, with substantial experience in light engineering, sheet metal manufacturing, structural steel / secondary PEB fabrication, round/square tube structures, or greenhouse structure manufacturing. Leadership Experience: Minimum 5 years in a plant leadership role (Plant Manager, Plant Head, Factory Manager, or Operations Head) with operational budget, safety, quality, and multi-shift team ownership. Technical Grounding & Demonstration Ability: Strong mechanical foundation across CNC press bending, power presses, iron workers, CNC plasma/laser cutting, shearing, CNC auto drilling, and roll forming lines-with the proven ability to evaluate setups, troubleshoot tool/die issues, and demonstrate correct operating practices to junior staff when necessary. System-Building Track Record: Demonstrated experience authoring Standard Operating Procedures (SOPs), designing shop-floor formats, and implementing 5S, Kaizen, or Lean workflows in a growing manufacturing environment. Drawing & Software Proficiency: Proficient in AutoCAD (2D/3D) for fabrication drawing review and part dimensioning; familiarity with Autodesk mechanical/detailing environments (e.g., Autodesk Advance Steel, Autodesk Inventor, or similar) and nesting software (e.g., CypCut, ProNest, SigmaNEST). ERP Proficiency: Hands-on experience working with ERP/SAP systems for work order tracking, inventory management, and shift-wise production confirmation. People Leadership: Strong interpersonal, team-building, and conflict-resolution skills with experience managing a multi-shift workforce of engineers, supervisors, and technicians.Preferred Experience managing multi-shift, multi-line fabrication operations in light structural steel, racking, greenhouse, or industrial enclosures. Familiarity with paint shop operations (liquid painting / powder coating) and surface preparation standards. Exposure to Hot-Dip Galvanizing (HDG) processes or coordination with dedicated galvanizing units is an added advantage. Formal certifications in Lean Manufacturing, Six Sigma (Green Belt), or ISO Internal Auditor.

We are looking for a skilled and detail-oriented Design Engineer to develop and prepare designs, shop drawings, fabrication drawings, and technical documentation for modular panels, cleanroom panels, partitions, ceilings, doors, and allied engineering products. The candidate will work closely with the Project, Production, Quality, Purchase, and Installation teams to ensure that designs are technically accurate, manufacturable, cost-effective, and meet customer/project requirements. Candidates with experience in modular panel design, sheet-metal fabrication, cleanroom systems, doors, or similar engineering products will be preferred. Key Responsibilities Design & Engineering Prepare detailed 2D and 3D designs for modular panels, partitions, ceilings, doors, and related components. Develop fabrication and shop drawings based on customer requirements, architectural drawings, BOQs, and project specifications. Prepare panel layouts, assembly drawings, sections, elevations, details, and installation drawings. Design panel joints, profiles, trims, flashings, frames, hardware, and other associated components. Ensure designs are suitable for manufacturing, installation, and maintenance. Review designs for functionality, dimensional accuracy, material optimization, and ease of fabrication. Cleanroom & Modular Panel Design Develop designs for different types of modular cleanroom panels and systems. Prepare layouts for walls, ceilings, partitions, doors, windows, covings, and accessories. Understand requirements related to panel thickness, core materials, skins, profiles, joints, and finishes. Coordinate design requirements for cleanroom doors, vision panels, pass boxes, and other allied products where applicable. Ensure designs meet project specifications and customer requirements. Engineering Drawings & Documentation Prepare detailed GA drawings, fabrication drawings, assembly drawings, and installation drawings. Prepare Bill of Materials (BOM), cutting lists, material specifications, and quantity take-offs. Maintain proper revision control and ensure updated drawings are issued to relevant departments. Incorporate customer comments and engineering changes into drawings. Prepare technical documentation required for production and project execution. Coordination Coordinate with Project, Production, Purchase, Quality, and Installation teams for smooth execution. Discuss design requirements and technical issues with customers, consultants, and project teams when required. Work with production teams to resolve fabrication-related design issues. Visit manufacturing facilities or project sites when required to understand and resolve technical issues. Provide technical support during manufacturing and installation. Design Optimization Identify opportunities for material optimization, cost reduction, standardization, and design improvement. Develop standardized designs and components for repetitive products. Reduce fabrication complexity, material wastage, and installation time. Ensure designs are practical and economical without compromising quality. Quality & Compliance Ensure drawings comply with approved specifications, tolerances, and applicable standards. Verify critical dimensions, interfaces, and installation requirements before releasing drawings. Support Quality and Production teams in resolving drawing-related nonconformities. Maintain accurate engineering records and revision history. Required Qualifications Diploma / Bachelor's degree in Mechanical Engineering, Production Engineering, Civil Engineering, or a related discipline. 2-6 years of relevant design experience, preferably in modular panels, cleanrooms, sheet-metal fabrication, doors, partitions, or allied engineering products. Strong ability to read and interpret engineering and architectural drawings. Software Skills Proficiency in one or more of the following: AutoCAD - mandatory SolidWorks / Inventor / Creo - preferred MS Excel ERP / BOM management systems - advantageous Preferred Technical Knowledge Sheet-metal design and fabrication Modular panel construction Cleanroom panel systems Door and frame design Press brake bending and fabrication Laser cutting / CNC punching Welding and assembly Material selection and thickness Hardware and fastening systems GD&T and engineering tolerances BOM and quantity estimation Key Skills 2D & 3D Design AutoCAD Modular Panel Design Sheet Metal Design Engineering Drawing Shop/Fabrication Drawings BOM Preparation Design Calculations Material Optimization Problem Solving Attention to Detail Cross-functional Coordination Key Performance Indicators (KPIs) Accuracy of engineering drawings On-time completion of design deliverables Design-related production errors Drawing revision frequency Material optimization / wastage reduction Timely resolution of technical issues Compliance with customer/project specifications Standardization and design improvement initiatives Candidate Profile The ideal candidate should be a hands-on Design Engineer with strong practical knowledge of modular panel and/or sheet-metal product design. The candidate should be able to independently convert project requirements into accurate, manufacturing-friendly designs and detailed fabrication drawings, while effectively coordinating with production and project teams. Experience in modular cleanroom panels, cleanroom doors, partitions, ceilings, sheet-metal products, or allied engineering products will be preferred.

Tetra Engineers Pvt. Ltd. is hiring experienced BIW CATIA Design Engineers with 3-8 years of experience and strong hands-on experience in CATIA V5. Candidates should have practical experience in automotive BIW design, sheet metal components, assemblies, 3D modelling, 2D drafting, GD&T and OEM design standards.Experience in BIW closures, GSM components, automotive body systems and OEM/Tier-1 projects will be preferred. Knowledge of GSD, Part Design, Assembly Design, DMU/DFM and design feasibility is required.

WE'RE HIRING Mechanical Design EngineerWe are looking for a skilled and motivated Mechanical Design Engineer to join our engineering team in the Equipment Mfg industry. Location: Pune Experience: 2 Yr

PRODUCTION MANAGERJob description:We are seeking an experienced and result-oriented Production Manager to lead and manage production operations at BLW Engine Valve Pvt. Ltd. The candidate will be responsible for ensuring smooth and efficient manufacturing operations while achieving production targets, quality standards, productivity, cost, delivery and safety objectives.The role requires strong technical knowledge of forging, conventional machines, CNC turning, grinding and machine shop operations, along with proven leadership and manpower management skills.The Production Manager will drive operational excellence through effective resource planning, OEE improvement, breakdown and rejection reduction, Kaizen, 5S, cost optimization and continuous improvement initiatives.Key Responsibilities: Maintain and implement IATF 16949 requirements. Oversee daily production activities as per production schedules and quality standards. Manage and guide the production team to achieve operational targets. Develop production strategies to improve efficiency and reduce waste. Monitor production KPIs and performance metrics and take corrective actions. Ensure compliance with safety regulations and promote a strong safety culture. Coordinate with Design and Engineering teams to improve processes and product quality. Prepare and manage the production budget for effective resource utilization and cost control Oversee and manage the entire production process efficiently. Ensure production meets quality, delivery, and productivity targets. Prepare production schedules and optimize manpower, machines, and resources. Coordinate with Quality, Maintenance, Stores, Purchase, and HR departments. Monitor production performance and take corrective actions for delays or issues. Implement continuous improvement and cost-reduction initiatives. Ensure compliance with safety, quality, and company standards. Lead, motivate, and develop the production team. Resolve production problems through effective root-cause analysis and problem-solving. Drive operational efficiency and production excellence in a fast-paced automotive manufacturing environment. Qualifications & Requirements: Education: Bachelor's degree in Engineering, Manufacturing, or related field is required. Experience: 7+ years, preferably in the automobile industry. Soft Skills: Leadership, problem-solving, teamwork, and communication skills. Technical skills: Must have knowledge of forging, conventional, CNC, Turning& Grinding.Salary & Benefits: Competitive salary based on experience. Performance-based incentives. Health insurance and other benefits as per company policy.Education: Diploma / B.E. / B.Tech. in Mechanical Engineering or equivalent qualification from a recognized institution.Experience: AUTOMOBILE: 10+ years (Required)

1. BE/BTech Mech with 1-3 years exp2. Mechanical engg design concepts/calculations3. Sheet metal design and calculations4. Shaft design concepts and designs5. GD&T Concepts6. Excellent 2D dwgs/detailing capabilities7. CAD (Preferably Autodesk Inventor)8. Good communications/inter-personal skills

We are looking for a motivated Design Engineer to join our team in Khambha, Rajkot. This entry-level position is ideal for recent graduates who are eager to apply their engineering skills in a practical setting.Key Responsibilities:- Product Design: Create innovative and functional designs for new products by using computer-aided design (Solidworks) software. You will be involved in developing blueprints and models that meet project specifications.- Prototype Development: Assist in building and testing prototypes to ensure designs fulfill requirements and specifications. You will collaborate with the production team to refine concepts based on test results.- Collaboration: Work closely with other engineers and team members to discuss design ideas and gather feedback. This collaborative effort will help improve design accuracy and efficiency.- Documentation: Maintain accurate records of design processes, changes, and final specifications. Good documentation will facilitate efficient project management and communication within the team.Required Skills and Expectations:Candidates should have a degree in engineering, preferably in design or mechanical engineering. A basic understanding of CAD software is essential. Strong problem-solving skills, attention to detail, and the ability to work collaboratively are crucial. We expect you to be eager to learn, adaptable, and proactive in supporting team goals. Effective communication skills are necessary to share ideas and receive feedback constructively.

We are looking for an Auto CAD Designer to join our team in Greater Noida. The ideal candidate should have 2 to 3 years of experience and a diploma in a relevant field. This full-time position requires working from the office.Key Responsibilities:- Create Detailed Drawings: Prepare accurate and detailed designs and drawings using AutoCAD software based on project specifications.- Collaborate with Teams: Work closely with architects, engineers, and other team members to ensure designs meet project requirements and deadlines.- Revise Designs: Make necessary changes and updates to existing drawings as per feedback from project reviews or changes in project scope.- Maintain Documentation: Organize and maintain project documentation, ensuring all drawings are up-to-date and stored correctly for future reference.- Quality Control: Review drawings for accuracy and conformance to industry standards, ensuring all work meets the required quality before submission.Required Skills and Expectations:Candidates must have a strong proficiency in AutoCAD and a solid understanding of design principles and engineering concepts. Attention to detail is crucial, as you will work on precise specifications. The ability to communicate effectively with team members is essential for successful collaboration. Candidates should be organized, with strong time management skills to meet tight deadlines. A demonstrated ability to handle multiple projects simultaneously is also important. Being proactive in solving design issues and a willingness to learn and adapt is highly valued.

This role is particularly suited to companies designing and manufacturing BIW trolleys, pallets, racks, fixtures, structural steel fabrications, and industrial automation systems, where the engineer is responsible for taking projects from concept through manufacturing support.

Key ResponsibilitiesDesign, develop, and install mechanical components based on project requirements.Analyze engineering problems and develop effective design solutions.Create detailed 2D & 3D CAD models for parts and sheet metal components.Prepare engineering drawings and documentation.Perform design calculations and design verification.Conduct testing and evaluations to improve product performance.Support product development and manufacturing activities.Work on live engineering projects under senior engineers.Required SkillsGood communication and presentation skills.Strong analytical and problem-solving abilities.Good engineering drawing knowledge.Basic understanding of Mechanical Design concepts.Knowledge of SolidWorks / Creo / AutoCAD / Autodesk Inventor is preferred.Basic knowledge of sheet metal and part modeling.

Job Openings for 1 Mechanical Design Engineer Job with minimum 4 Years Experience in Bhuj, having Educational qualification of : Professional Degree, B.Tech with Good knowledge in autocad,mechanical design etc.

We are looking for a skilled Mechanical Design Engineer with 4-6 years of experience in mechanical design and development for aerospace and defence applications. The ideal candidate should have strong expertise in AutoCAD and SolidWorks, engineering drawings, sheet metal and structural design, and manufacturing processes. The role involves creating 2D/3D models.

We are seeking a Mechanical Design Engineer with 2 to 5 years of experience to join our team in Bhiwandi Thane. This role involves designing and developing mechanical systems and components, ensuring they meet performance and safety standards.Key Responsibilities:1. Design Creation: Develop detailed mechanical designs using CAD software to create functional and efficient components and systems.2. Prototype Development: Collaborate with the production team to build prototypes, test them, and refine designs based on performance feedback.3. Technical Documentation: Prepare and maintain technical documentation, including diagrams, specifications, and reports, to support the design process and ensure compliance with industry standards.4. Collaboration: Work closely with cross-functional teams, including manufacturing and quality assurance, to ensure designs are practical and meet project requirements.5. Problem-Solving: Identify and troubleshoot design issues, suggesting improvements and optimizations to enhance product performance and reduce costs.Required Skills and Expectations:Candidates must hold a degree in Mechanical Engineering and possess proficiency in CAD software. Strong analytical skills and the ability to think critically are essential. Effective communication skills are necessary to work well in a team and present ideas clearly. A commitment to quality and attention to detail will be vital for ensuring that designs meet safety and functionality standards. The ideal candidate should be motivated, eager to learn, and capable of handling multiple projects simultaneously in a fast-paced environment.

Mechanical design,Part modelling,Assembly,Drafting,Prepare 2D/3D manufacturing drawings,Development & manufacturing,Prepare product reports & documentation,Vendor interaction, GD&T & drawing standards

Knowledge of Solid work, Mechanical Design, Auto CAD , Solid work, Sheet Metal Design, Surfacing, 3D

Key ResponsibilitiesDesign and develop mechanical, electrical, or industrial products/components as per project requirements.Prepare detailed engineering drawings, layouts, and 3D models using CAD software.Conduct design calculations, simulations, and feasibility studies.Review technical specifications and ensure compliance with industry standards and customer requirements.Collaborate with production, quality, procurement, and project teams to ensure design feasibility and manufacturability.Modify existing designs to improve performance, quality, cost efficiency, and reliability.Support prototype development, testing, and validation activities.Prepare bills of materials (BOM), technical documentation, and product specifications.Participate in design reviews and resolve engineering issues during product development.Ensure adherence to safety, quality, and regulatory requirements.

We are seeking a dedicated NPD Engineer to join our team in Arasur, Coimbatore. This role is ideal for candidates with 2 to 6 years of experience and a diploma in engineering, focusing on developing new products.Key Responsibilities:1. Product Development: Collaborate with cross-functional teams to design and develop new products, ensuring they meet customer specifications and quality standards.2. Prototype Testing: Conduct testing and validation of prototypes, analyzing performance data to refine designs and ensure functionality.3. Project Management: Manage timelines and deliverables for new product development projects, ensuring they are completed on schedule and within budget.4. Documentation: Prepare and maintain detailed documentation throughout the product development process, including design specifications, test results, and revision history.5. Continuous Improvement: Identify areas for improvement in design and production processes to enhance product quality and efficiency.Required Skills and Expectations:Candidates must have strong problem-solving skills and the ability to work collaboratively in a team environment. Proficiency in engineering software and tools is essential for designing and testing. Effective communication skills are necessary for presenting ideas and findings clearly to team members and stakeholders. Attention to detail and a strong commitment to quality are critical for success in this role. The candidate should be able to work independently and manage multiple projects simultaneously, adapting to changes and challenges as they arise.

Mechanical Design Engineer JDRole: Mechanical Design EngineerLocation: [Mumbai]Experience: 2-5 yearsQualification: BE/B.Tech in Mechanical EngineeringKey Responsibilities:- Design and develop riveting machines, rotary indexing tables, and assembly automation solutions- Create 2D and 3D models using SolidWorks/AutoCAD- Collaborate with teams to ensure design feasibility and manufacturability- Conduct design reviews and testing- Prepare design documentation and BOMsRequired Skills:- Strong knowledge of mechanical design principles- Proficiency in SolidWorks/AutoCAD- Experience with machinery design and automation- Good problem-solving and communication skillsPreferred:- Experience in manufacturing or automation industry- Knowledge of industry standards (e.g., ISO, ASME)Salary: 3-6 LPA