JOB DESCRIPTION – DESIGN ENGINEER

Job Summary (Detailed Explanation)

The Design Engineer is responsible for conceptualizing, designing, and improving mechanical components, jigs & fixtures, and tool & die systems using SolidWorks and AutoCAD. This role acts as a technical bridge between design, manufacturing, quality, and production teams to ensure products and tools are accurate, manufacturable, cost-effective, and high in quality. The Design Engineer also supports new product development, process improvement, and manufacturing problem-solving.

Roles & Responsibilities (Detailed Explanation)

1. Design & Drafting

What this means:

This is the core responsibility of the Design Engineer.

Explanation:

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Create 3D models of parts, assemblies, and tools using SolidWorks to visualize how components fit and function.

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Prepare 2D drawings in SolidWorks and AutoCAD for manufacturing and inspection.

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Develop detailed manufacturing drawings that include dimensions, tolerances, surface finish, materials, and heat treatment details.

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Prepare assembly drawings showing how multiple components fit together.

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Create and maintain accurate Bill of Materials (BOM).

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Apply GD&T; (Geometric Dimensioning & Tolerancing) to ensure functional fit and interchangeability.

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Ensure drawings are error-free, clear, and production-ready.

2. Jigs & Fixtures

What this means:

Designing tools that hold, locate, and support parts during manufacturing and inspection.

Explanation:

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Design jigs and fixtures for machining, welding, inspection, and assembly operations.

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Ensure fixtures provide accurate positioning and repeatability to maintain product quality.

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Improve production efficiency by reducing setup time and operator dependency.

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Focus on operator safety, ergonomics, and ease of use.





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Participate in fixture trials on the shop floor and make modifications based on feedback.

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Standardize fixture designs to reduce cost and improve maintainability.

3. Tool & Die

What this means:

Designing tools used in press operations and mass production.

Explanation:

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Design press tools, dies, punches, and related tooling according to part geometry and production volume.

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Prepare strip layouts showing material flow, stations, and scrap utilization.

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Develop tool layouts and detailed drawings for manufacturing and assembly.

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Support tool manufacturing, tool assembly, and trial runs.

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Analyse tool performance and implement improvements for tool life and productivity.

4. Manufacturing Support

What this means:

Supporting production teams to ensure designs work well in real manufacturing conditions.

Explanation:

- Work closely with production, quality, and maintenance teams during new product

introduction (NPI).

- Address manufacturing issues such as fitment problems, dimensional variations, or

tooling failures.

- Provide quick design corrections and updates to minimize downtime.

- Support cost reduction initiatives by optimizing designs, materials, and processes.

- Participate in process improvement activities to enhance productivity and quality.

5. Documentation & Quality

What this means:

Maintaining proper design records and ensuring quality compliance.





Explanation:

- Maintain design documentation, revision history, and engineering change records.

- Ensure designs comply with customer specifications, internal standards, and industry

norms.

- Assist in preparing documentation for PPAP (Production Part Approval Process) and

APQP (Advanced Product Quality Planning).

- Support inspection and quality teams with control plans, inspection drawings, and

technical clarifications.

- Ensure all design changes are properly approved and documented.

6. Vendor & Team Coordination

What this means:

Working with internal teams and external vendors.

Explanation:

- Coordinate with tool vendors and suppliers for tool manufacturing, modifications, and

timelines.

- Review vendor drawings and ensure compliance with design intent.

- Participate in design reviews and technical discussions with customers and internal

stakeholders.

- Provide technical guidance to shop floor operators and inspection teams.

- Act as a technical point of contact for tooling and design-related issues.

Skills & Competencies (Detailed Explanation)

Technical Skills

- Strong proficiency in SolidWorks (Part, Assembly, Drawing, Sheet Metal).

- Good working knowledge of AutoCAD (2D drafting).

- Hands-on experience in jigs & fixtures design.

- Solid understanding of tool & die design principles.

- Knowledge of manufacturing processes such as machining, fabrication, welding, and

press operations.

Pay: ₹15,000.20 - ₹20,000.61 per month

Benefits:

- Cell phone reimbursement
- Commuter assistance
- Versatile schedule
- Food provided
- Health insurance
- Internet reimbursement
- Leave encashment
- Life insurance
- Paid time off
- Provident Fund

Work Location: In person

📌 Design Engineer (India)
🏢 hydro dna
📍 India