8+ GD&T Jobs in India

Responsibilities

• Perform detailed QC of 2D engineering drawings with a strong focus on accuracy, standards, and manufacturability.
• Validate dimensions, tolerances, GD&T symbols, views, callouts, and BOM elements.
• Cross-check drawings against 3D CAD models and identify mismatches.
• Flag design or annotation errors and guide drafters on corrective actions.
• Ensure compliance with ASME/ISO standards and internal guidelines.
• Develop and refine QC checklists, SOPs, and quality frameworks.
• Collaborate with design, drafting, and automation teams to improve quality.
• Maintain QC reports and drive continuous improvement.
• Mentor junior engineers.

Must-Have Skills

• Diploma/B.E./B.Tech in Mechanical or Production Engineering.
• 5–12 years of experience reviewing mechanical drawings in manufacturing, aerospace, automotive, tooling, or precision engineering.
• Strong command of GD&T (ASME Y14.5) and engineering drawing standards.
• Ability to interpret 3D CAD models in SolidWorks/Creo/NX or similar tools.
• Exceptional attention to detail with high accuracy.
• Strong communication and documentation skills.
• Worked with Plastic components and parts
• ASME Certified with strength in GD&T concepts.

Why Hanomi.ai?

Hanomi.ai is an AI-driven engineering automation platform that transforms how mechanical engineers move from design to production. Our technology generates production-ready 2D technical drawings directly from 3D CAD, cutting drafting time from hours to minutes. Hanomi supports native CAD output, GD&T automation, and seamless integration with existing PLM systems — helping teams ship tools faster while maintaining their engineering standards.

Backed by global investors and trusted by leading manufacturing innovators, our mission is simple: bridge the gap between design and manufacturing so engineers can focus on what truly matters — innovation.

Job Responsibilities:

1. Understand the requirements and work with different teams.

2. Create design concept and detail engineering

3. Design considering manufacturability, cost, performance and durability.

4. Conduct design review to improve product performance and resolve technical issues.

5. Knowledge in GD&T,

6. Good knowledge in Tooling, fixture and jigs would be a plus.

7. Knowledge of manufacturing / production / assembly processes would be a plus.

8. Hands on experience in various manufacturing processes would be a plus.

9. Good knowledge on any of the 3D modeling software (SolidWorks).

10. Good in engineering mechanics, strength of materials & theory of machines.

11. A good grasp of engineering and design principles

12. experience in sheet metal design, machine design, material handling equipment design etc.

13. Experience with prototype testing and evaluation is highly desirable.

14. Knowledge of manufacturing processes and assembly techniques.

15. Excellent problem-solving skills and the ability to think creatively to overcome design challenges.

16. Document and maintain comprehensive design specifications, technical reports, and project documentation

17. The Design Engineer is responsible for developing, modifying, and improving products, components, and systems based on technical requirements. This role involves concept development, 3D modeling, prototyping, testing, and ensuring product designs meet quality, cost, and performance standards.

For Research & Product Engineer roles, all of the below experience is mandatory:

* Design for plastic products

* Design for sheet metal products

* Design for manufacturing

* Product assembly and functional testing

* Drafting for machine shop vendors

The Design Engineer is responsible for planning, developing, and improving product designs by converting concepts and requirements into detailed engineering drawings and specifications. The role involves collaboration with production, quality, and project teams to ensure designs are functional, cost-effective, and manufacturable.

Key Responsibilities:

• Create 2D and 3D designs using CAD software such as AutoCAD, SolidWorks, CATIA, or Creo
• Prepare detailed drawings, BOMs, and technical documentation
• Analyze design feasibility, materials, tolerances, and manufacturing methods
• Coordinate with production, quality, and vendors to resolve design-related issues
• Modify existing designs to improve performance, quality, or cost
• Ensure compliance with industry standards and customer specifications
• Support prototyping, testing, and validation activities
• Participate in design reviews and continuous improvement initiatives

MUST HAVE EXPERIENCE IN DEFENCE DOMAIN

a)   Design and Modelling:

§ Create detailed 2D and 3D CAD designs of components and systems using tools such as SolidWorks- preferred or NX CAD, AutoCAD, or CATIA.

§ Develop and refine engineering drawings for manufacturing and assembly.

§ Ensure designs meet technical specifications, functional requirements, and industry standards.

b)   Prototyping and Testing

§ Collaborate with the R&D team to develop and test prototypes.

§ Perform feasibility studies and stress analyses using simulation tools or manual methods.

§ Identify and address design issues during testing and validation phases.

c)   Process Optimization

§ Work closely with manufacturing teams to ensure designs are optimized for production

§ Implement Design for Manufacturing (DFM) and Design for Assembly (DFA) principles in projects.

§ Continuously improve existing designs to enhance performance and cost efficiency.

d)   Collaboration and Documentation

§ Collaborate with multidisciplinary teams, including mechanical, electrical, and software engineers.

§ Prepare technical documentation, including engineering reports, specifications, and design records.

§ Support project planning and provide inputs for timelines and resource requirements

What You Will Do

•

Develop robust, low-latency pipelines integrating computational geometry methods, mechanical engineering heuristics, and graph-based reinforcement learning algorithms to address multi-objective optimization problems

•

Own the creation and refinement of computational geometry features utilizing low-level CAD kernels (Python/C++)

•

Work closely with engineers to directly observe and enhance their daily workflows using your algorithms

•

Collaborate with the founding team to translate customer insights into actionable product specifications, shaping the strategic product roadmap

•

Engage proactively with customers, deeply understanding their pain points to ensure our solutions meaningfully address their challenges

What We're Looking For

•

3-7+ years of hands-on experience with geometry kernels and low-level C++ operations

•

Experience building and deploying reinforcement learning algorithms and machine learning pipelines

•

Excellent communication skills, with a proven ability to clearly articulate technical ideas, trade-offs, and solutions

•

[Bonus] Solid knowledge of mechanical engineering fundamentals, including GD&T (Geometric Dimensioning and Tolerancing)

Our Client, is a leading manufacturer of high-quality stainless-steel kitchenware, sheet metal products, and industrial components. With a strong legacy of innovation and manufacturing excellence, we cater to both domestic and global markets.

We are looking for a competent and detail-driven Costing Engineer Mechanical Engineer with 3+ years of experience in the manufacturing industry preferably sheet metal. The role focuses on accurate costing of components and assemblies made from stainless steel and other materials, ensuring competitive pricing and cost control.

Key Responsibilities:

• Analyze engineering drawings and specifications to prepare detailed cost estimates for sheet metal parts and assemblies.
• Evaluate raw materials, laser cutting, bending, welding, powder coating, and assembly, punching, deep drawing, TIG welding, buffing/polishing costs.
• Collaborate closely with production, procurement/purchase and design teams for costing inputs and feasibility analysis.
• Analyse cost variances and suggest cost optimization strategies.
• Coordinate with suppliers and vendors for material pricing and rate negotiations.
• Support the sales team by providing costing details for RFQs and pricing decisions. Maintain and update costing records using ERP tools.
• Assist in budgeting and pricing strategies for new and existing products.

Qualifications and Skills:

• B.E./B.Tech in Mechanical Engineering or equivalent.
• Minimum 3 years of experience in costing within the sheet metal/stainless steel manufacturing domain.
• Strong understanding of manufacturing processes and shop floor operations.
• Experience with costing software and MS Excel
• Ability to interpret engineering drawings and BOMs.
• Strong analytical, documentation, and coordination skills.
• Positive attitude and commitment to continuous improvement.
• Proficient in reading and interpreting technical drawings (AutoCAD/SolidWorks).
• Knowledge of fabrication processes shearing, punching, bending, welding, powder coating.
• Good negotiation and vendor management skills.

Key Responsibilities:

• Identify, contact, and manage vendors to ensure timely procurement of materials.
• Generate and process Requests for Quotations (RFQs); coordinate vendor confirmations and responses.
• Create and manage Purchase Orders (POs) and Proforma Invoices (PIs) with accuracy.
• Monitor inventory levels and coordinate material availability to prevent shortages or excess.
• Maintain accurate documentation of procurement records—contracts, invoices, delivery notes, and orders.
• Conduct quality checks during incoming inspections to ensure material compliance and standards.
• Coordinate with vendors for quality certificates, compliance documents, and regulatory adherence.
• Collaborate closely with internal engineering, production, and finance teams to align procurement activities with project goals.

• Experience in 3DCS(preferred) Stack up tool or any other 3D Tolerance analysis tool
• Experience in performing Tolerance stack up calculations (1D & 2D) like Worst case, RSS etc
• Experience in using GD&T symbols in drawing (ASME or ISO)
• Knowledge in Parts & Assembly inspection technics (CMM, Inline Measurement etc.)
• Knowledge in Assembly technics (Basic understanding of jig and fixture concept)
• Knowledge in Press, Injection moulding & Casting tools.
• Exposure to Component / Overall vehicle development process
• Fair communication and interpersonal skills.