Sheet Metal Design Jobs

Role OverviewWe are looking for a seasoned Die Tooling professional to lead both Production Tooling and New Product Development (NPD) functions. This role demands strong technical depth, a process-driven mindset, and leadership capability to ensure robust tooling systems, high productivity, and seamless new product launches.The incumbent will be responsible for end-to-end tooling lifecycle management including design validation, preventive maintenance, troubleshooting, repair, documentation, process standardization, and continuous improvement.Core Technical Competencies (Common for Both Roles) Extensive expertise in:o Plastic Moulding Toolso Sheet Metal Toolingso Precision Dies & Tooling Controlso Forging Dies Strong understanding of tool materials, heat treatment, GD&T, and tolerances Hands-on experience in tool trials, debugging, and process stabilization Knowledge of manufacturing processes, quality systems, and cost optimization Strong focus on process-driven tooling management and standardizationA. Die Tooling - ProductionKey Responsibilities Lead overall management of production dies, moulds, and fixtures Implement and drive preventive maintenance (PM) systems for all tooling to minimize breakdowns Handle troubleshooting and root cause analysis of tooling issues Ensure timely repair, refurbishment, and modification of tools Maintain high uptime through effective breakdown management and quick response systems Monitor and improve tool life, efficiency, and productivity Ensure proper die maintenance documentation including maintenance logs, breakdown records, PM checklists, tool history cards, and modification recordsProcess & System Orientation Coordinate with vendors for tool repair, modification, and development Develop and strengthen in-house tool room capabilities Evaluate vendor performance based on quality, cost, and delivery Ensure optimal balance between outsourced and in-house tooling activitiesB. Die Tooling - New Product Development (NPD)Key Responsibilities Lead tooling development for all new product initiatives from concept to SOP (Start of Production) Conduct feasibility analysis in coordination with design and engineering teams Oversee design validation, tool manufacturing, trials, and final approval Ensure smooth tool trials, debugging, and process stabilization Drive adherence to project timelines, quality benchmarks, and cost targets Support seamless handover from NPD to production Maintain complete tool development and validation documentation including design changes, trial reports, approval records, and lessons learned.

Position: Design Engineer- Industry: Limited Company- Experience: 2-5 years- Salary: No bar for the right candidate (For Fresher Rs. 15000 -17000 as a Trainee Employee)Job Requirements- Education: Diploma/BE/B-Tech in Mechanical- Skills:- SolidWorks (mandatory)- AutoCAD- SPM design in automation- Pneumatic systems- Motor gearbox- Rotary and linear index table selection- Manufacturing knowledge in automation- Responsibilities:- Design and development- Documentation- Team handling- Industrial safetyInterview Process- Direct Face-to-Face Interview

Mechanical Design Engineers create, analyze, and document mechanical systems and components from concept to production, focusing on functionality, manufacturability, and safety. Key responsibilities include 3D CAD modeling (SolidWorks/NX), performing simulations (FEA/CFD), creating Bills of Materials (BOMs), and ensuring compliance with engineering standards. They often lead design reviews, manage vendor technical requirements, and support assembly, typically requiring proficiency in GD&T and DFMEA. Key Roles and ResponsibilitiesDesign & Development: Create 3D CAD models, assemblies, and detailed engineering drawings (GD&T) for parts and mechanisms.Analysis & Simulation: Perform FEA, CFD, tolerance stack-up, and kinematic studies to validate design performance and safety.Documentation & BOMs: Create, manage, and release Bills of Materials (BOMs), technical specifications, and manufacturing documents (ERPs).DFM/DFA: Apply Design for Manufacturing (DFM) and Design for Assembly (DFA) principles to reduce costs and improve production efficiency.Technical Support: Collaborate with vendors, support prototype builds, and provide technical guidance to production teams during assembly.Project Management: Adhere to project timelines, budgets, and technical specifications, often leading Design Failure Mode and Effect Analysis (DFMEA). Common QualificationsBachelors degree in Mechanical Engineering or related field.Proficiency in CAD software (SolidWorks, Creo, NX, AutoCAD).Knowledge of materials, manufacturing processes (machining, molding, casting), and industry standards (ASME, ISO). Typical Industry ApplicationsManufacturing & Industrial: Machinery, robotics, and automation equipment.

Job Title: Sr Design EngineerLocation: Sanand, AhmedabadDepartment: Design & EngineeringQualifications & Skills:Bachelors degree in Mechanical/Production/Industrial Engineering (preferred).5-8 years of experience in design engineering, preferably in automotive/engineering industry.Hands on experience in sheet metal and machined part design.Exposure to NPD processes and customer interactions.Roles and Responsibilities:1. Design & DevelopmentCreate and validate designs for sheet metal, fabrication, and machined components.Prepare 3D models, assemblies, and detailed drawings with GD&T.Ensure manufacturability and cost optimization in designs.2.Software ProficiencyWork with CAD tools such as SolidWorks, CATIA, Creo, AutoCAD, NX, or equivalent.Use simulation/analysis software for stress, thermal, and motion studies.Manage design data in PLM systems.3.NPD & InnovationSupport New Product Development projects from concept to production release.Collaborate with quality, production, and procurement teams during proto and pilot builds.Ensure APQP/PPAP documentation readiness.4. Customer & Supplier InteractionWork with customers to understand requirements and provide design solutions.Coordinate with suppliers for feasibility and manufacturability inputs.5. Team CollaborationMentor junior engineers and draftsmen.Promote design best practices and continuous improvement.If interested please share your updated resume on mahimaconsultancy05@gmail.com or Whatsaap on 9096446948.HR RecruiterMahima Consultancy.Contact : 9096446948www.mahimaconsultancy.com

We are looking for a skilled Design Engineer to join our team in Nashik. The ideal candidate should have 2 to 8 years of experience and a strong passion for design engineering.**Key Responsibilities:**- **Product Design:** Create innovative designs for new products using CAD software. You will be responsible for translating concepts and ideas into detailed drawings and models.- **Research and Development:** Conduct tests and simulations to validate designs. This involves analyzing data to ensure that products meet both functional and aesthetic requirements.- **Collaboration:** Work closely with other team members including engineers and project managers. Effective communication is essential to align designs with project goals and timelines.- **Documentation and Reporting:** Prepare technical documentation including specifications, design reports, and presentations. This helps maintain clarity and compliance throughout the development process.- **Quality Assurance:** Ensure that designs comply with industry standards and regulations. You will also be involved in identifying and resolving any design-related issues that arise during product development.**Required Skills and Expectations:**Candidates must possess strong proficiency in CAD software and have a solid understanding of engineering principles. Excellent problem-solving skills are essential for overcoming design challenges. A good level of communication and teamwork is expected, as you will frequently collaborate with different departments. A degree in Mechanical Engineering or a related field is preferred, along with a proactive approach to learning and adapting in a fast-paced work environment.

We are seeking a motivated and skilled Design Engineer with 1 to 5 years of experience for our office in Chakan, Pune. The ideal candidate will work on designing innovative solutions for our projects, collaborating with teams, and ensuring high-quality outputs. Key Responsibilities:1. Product Design: Create detailed design specifications and drawings using CAD software to meet project requirements. 2. Prototyping: Develop and test prototypes to evaluate design concepts, ensuring they function correctly and meet client needs.3. Collaboration: Work closely with other engineers, designers, and stakeholders to effectively communicate design ideas and modifications.4. Documentation: Maintain accurate documentation for design processes, including design calculations, specifications, and reports.5. Quality Assurance: Ensure that all designs comply with industry standards and customer requirements, performing necessary revisions based on feedback.Required Skills and Expectations:Candidates should hold a graduate degree in engineering or a related field. Proficiency in CAD software (such as AutoCAD or SolidWorks) is essential. Strong analytical skills and attention to detail are critical for identifying design flaws and developing solutions. Effective communication skills are necessary to collaborate with team members and present ideas clearly. The candidate should be able to adapt to changing project requirements and demonstrate a proactive approach to problem-solving. A commitment to producing high-quality work and the ability to work well under pressure are also important for success in this role.

Job Title: Quality Head - Sheet Metal, Metal Fabrication Department: Quality AssuranceLocation: Manufacturing PlantReporting To: Plant Head / Operations HeadJob PurposeTo lead and manage the Quality function for sheet metal manufacturing operations, ensuring compliance with customer requirements, industry standards, and continuous improvement in product quality and processes.Key ResponsibilitiesQuality Management & SystemsDevelop, implement, and maintain Quality Management Systems (ISO 9001 / IATF 16949 as applicable).Establish quality standards, procedures, and SOPs for sheet metal fabrication processes.Ensure compliance with customer quality requirements and statutory regulations.Manufacturing Quality ControlOversee incoming, in-process, and final inspection of sheet metal components.Monitor quality at all stages: cutting, bending, punching, welding, surface treatment, and assembly.Ensure use and calibration of measuring instruments (Vernier, Micrometer, Height Gauge, CMM, etc.).Handle customer complaints, root cause analysis, and corrective/preventive actions (CAPA).Lead customer audits and ensure timely closure of audit observations.Manage supplier quality, including vendor audits and incoming material quality control.Problem Solving & Continuous ImprovementLead problem-solving methodologies: 8D, 5 Why, Fishbone, Pareto Analysis.Drive defect reduction, scrap control, and rework minimization initiatives.Support Lean, Kaizen, and Six Sigma initiatives for quality improvement.Team LeadershipLead and mentor quality engineers, inspectors, and supervisors.Conduct training on quality tools, inspection methods, and process control.Review team performance and ensure skill development.Documentation & ReportingMaintain quality records, inspection reports, control plans, PPAP/APQP documentation.Prepare MIS reports on quality performance, rejections, customer complaints, and KPIs.Required Skills & CompetenciesStrong knowledge of sheet metal processes and fabrication techniques.Expertise in QMS standards (ISO 9001 / IATF preferred).Proficiency in GD&T, drawing interpretation, and inspection methods.Excellent leadership, analytical, and communication skills.Ability to coordinate with production, design, and supply chain teams.Qualification & ExperienceEducation: BE / BTech / Diploma in Mechanical or Production Engineering.Experience: 2-4 years in Quality roles within sheet metal, CMC,VMC,Metal Fabrication .

Position: Design Engineer- Industry: Limited Company- Experience: 2-5 years- Salary: No bar for the right candidate (For Fresher Rs. 15000 -17000 as a Trainee Employee)Job Requirements- Education: Diploma/BE/B-Tech in Mechanical- Skills:- SolidWorks (mandatory)- AutoCAD- SPM design in automation- Pneumatic systems- Motor gearbox- Rotary and linear index table selection- Manufacturing knowledge in automation- Responsibilities:- Design and development- Documentation- Team handling- Industrial safetyInterview Process- Direct Face-to-Face InterviewSolar Engineer in Project and Design available in Thane Area

Position: Design Engineer- Industry: Limited Company- Experience: 2-5 years- Salary: No bar for the right candidate (For Fresher Rs. 15000 -17000 as a Trainee Employee)Job Requirements- Education: Diploma/BE/B-Tech in Mechanical- Skills:- SolidWorks (mandatory)- AutoCAD- SPM design in automation- Pneumatic systems- Motor gearbox- Rotary and linear index table selection- Manufacturing knowledge in automation- Responsibilities:- Design and development- Documentation- Team handling- Industrial safetyInterview Process- Direct Face-to-Face Interview

In 2026, the Design Engineer role has moved beyond simple 2D or 3D modeling into the realm of Generative Design and Digital Twins. Working in an industrial hub like Nashik, a Design Engineer is responsible for taking a concept from a napkin sketch to a fully functional, manufacturable, and cost-effective product.Job SummaryThe Design Engineer is responsible for the research, design, and development of new products or systems. You will create detailed technical specifications and digital models while ensuring that designs are optimized for performance, safety, and ease of manufacturing (DFM/DFA). You will work at the intersection of creativity and mathematics, solving complex engineering problems through iterative testing and simulation.Key Responsibilities1. Product Design & Development3D Modeling & Drafting: Create high-fidelity 3D models and detailed 2D technical drawings using CAD software (SolidWorks, CATIA, or NX).Generative Design: Use AI-driven design tools to input constraints (weight, material, stress) and allow the software to generate optimized organic shapes that reduce material waste.Prototyping: Oversee the creation of physical prototypes using 3D printing (Additive Manufacturing) or CNC machining for functional testing.2. Analysis & SimulationFEA & CFD: Conduct Finite Element Analysis (FEA) to test structural integrity and Computational Fluid Dynamics (CFD) to analyze heat or fluid flow.Tolerance Stack-up: Perform rigorous tolerance analysis to ensure that multiple parts fit together perfectly during mass assembly.Material Selection: Research and select materials based on cost, environmental impact, durability, and thermal properties.3. Manufacturing CoordinationDFM/DFA: Apply Design for Manufacturing and Design for Assembly principles to ensure products can be built efficiently on the shop floor.Bill of Materials (BOM): Create and manage accurate Engineering BOMs, ensuring every nut, bolt, and component is accounted for in the ERP system.Design Reviews: Participate in cross-functional meetings with Production, QA, and Sales to refine designs based on feedback.