Program Overview
This program is designed for aspiring Mechanical Design Engineers who want to gain real-time
industry experience through automation & robotics, and design projects following the exact
workflow used in top MNCs and product companies.
Students will work on live projects, handle design documentation, perform design analysis, and
gain hands-on expertise with professional CAD tools (CATIA / CREO / SolidWorks / Solid
Edge.) and industrial standards.

Focus: Professional grounding, project setup, DFMEA, and design fundamentals.

Weeks 1–4

• Introduction to industrial design workflow used in top MNCs.

• Resume building showcasing 1-year internship-style project experience.

• Technical knowledge assessment and skill-gap identification.

• Project 1 kickoff (Automation or Robotics):

  • Client requirement meetings.

  • Preparing BRD (Business Requirement Document) & DAP (Design Approval Process).

  • AutoCAD design layouts and client confirmation.

  • Concept finalization and freezing.

• DFMEA preparation, component selection, and design risk analysis.

• Bought-out components listing and costing review.

Focus: 3D design, materials, and client approvals.

Weeks 5–8

• 3D modeling, part development, and assembly creation in CATIA/CREO/SolidWorks/Solid Edge.

• Material selection based on stress, vibration, and load conditions.

• Analysis of Iron-Iron Carbide and Stress-Strain diagrams for validation.

• Heat and surface treatment process planning (Annealing, Hardening, Tempering, etc.).

• Bought-out component finalization and client approval.

• 2D drafting and detailing with GD&T and standard manufacturing symbols.

• Preparing Bill of Materials (BOM), Tolerance Stack-up Analysis, and releasing drawings using SAP/Windchill.

Focus: Production coordination, prototype validation, and documentation control.

Weeks 9–12

• Coordinate with manufacturing teams during production.

• Prototype assembly and validation testing with feedback analysis.

• Finalize Project 1, including closure documentation (RFQ, DFMEA, BOM, MOM, etc.).

• Begin Project 2 following full industrial workflow:

  • Requirement collection → Concept Design → 3D Modeling → DFMEA → Documentation → Manufacturing → Testing.

• Independent handling of project execution and technical documentation.

Focus: Complex design management and collaboration.

Weeks 13–16

• Execute Project 3 independently to improve design depth and speed.

• Manage complex assemblies, tolerances, and advanced documentation.

• Conduct design reviews and collaborate on large-scale projects.

• Intensive interview and technical preparation covering:

  • BRD, DFMEA, GD&T, DAP, Layouts, SAP/Windchill workflow.

  • Design calculations, material, and surface treatment reasoning.

  • Communication and presentation of technical projects for interviews.

Focus: Career readiness and final project presentation.

Weeks 17–20

• Continuous mock technical interviews and project presentations.

• Resume shortlisting and job interview scheduling with partner companies.

• HR and final interviews preparation for MNCs and product-based firms.

• Post-program onboarding support and job placement guidance.

By the program’s end, participants:

• Handle independent mechanical design projects (from requirement to manufacturing).

• Prepare professional documents like BRD, DFMEA, DAP, BOM, and ECN.

• Collaborate effectively across client and production teams.

• Achieve technical readiness for placement in global MNCs.