1. About the Program

The Internship Program on Innovation & Product Design by ENGGECT Innovation is an industry-oriented, project-based learning program designed for engineering students and fresh graduates who want practical exposure to innovation, design thinking, engineering design, product development and prototyping.

Unlike a conventional classroom program, the internship takes participants through a complete product-development journey. Interns identify a real-world problem, understand user needs, generate innovative concepts, develop engineering solutions, create CAD models and prototypes, test their ideas, and finally present their solution.

The program follows a structured learning journey:

Explore & Empathize → Define → Ideate → Design → Prototype → Validate → Present

The emphasis is on learning by doing, with mentoring from experienced industry professionals and exposure to practical engineering methods and tools.

ModuleKey Learning & Activities

1. Innovation & Product Development FundamentalsInnovation mindset, product development lifecycle, industry examples and identifying opportunities

2. Design Thinking & Human-Centered DesignEmpathy, user research, observation, customer needs and design-thinking methodology

3. Problem Identification & DefinitionProblem framing, root-cause analysis, Voice of Customer, requirements and “How Might We?” statements

4. Ideation & Concept DevelopmentBrainstorming, SCAMPER, concept sketching, functional thinking and alternative solution generation

5. Concept Evaluation & SelectionScreening concepts using desirability, feasibility and viability; decision matrices and concept selection

6. Engineering & Product DesignProduct architecture, mechanisms, materials, design considerations and translating concepts into engineering solutions

7. CAD & Digital Product DevelopmentIntroduction to 3D modelling, assemblies, engineering drawings and digital product definition

8. Design for Manufacturing & AssemblyDFM/DFA fundamentals, manufacturing processes, tolerances, materials and cost considerations

9. Prototyping & Model DevelopmentRapid prototyping, 3D printing, mock-ups, proof-of-concept models and prototype planning

10. Testing & ValidationTest planning, functional testing, user feedback, design verification, failure identification and iterative improvement

11. AI & Emerging Technologies in Product DesignAI-assisted ideation, research, design support, generative tools, simulation and emerging digital engineering technologies

12. Product Innovation ProjectTeams develop a complete product concept from problem identification through prototype and final presentation

Each participant/team works on a practical project:

Real Problem → User Research → Problem Statement → Ideas → Concept Selection → Engineering Design → CAD → Prototype → Test → Improve → Final Presentation

The project becomes an important component of the participant's engineering portfolio.

By completing the internship, participants should be able to:

• Understand the end-to-end innovation and product development process.
• Apply Design Thinking to real-world engineering problems.
• Identify customer/user needs and convert them into meaningful product requirements.
• Define problems using structured engineering and innovation methods.
• Generate, evaluate and select innovative product concepts.
• Translate creative ideas into practical engineering solutions.
• Understand the application of 3D CAD, engineering drawings and digital design tools.
• Apply basic material, manufacturing, DFM/DFA and tolerance considerations.
• Build and evaluate prototypes and proof-of-concept models.
• Develop basic testing and validation plans.
• Use AI and emerging technologies to support innovation and product-development activities.
• Work effectively in multidisciplinary project teams.
• Develop technical documentation and communicate engineering decisions.
• Present and defend a product concept through a structured design review/final presentation.
• Build a tangible project portfolio that can support future academic, internship and employment opportunities.

Rather than completing the internship with only a certificate, participants should leave with tangible evidence of their work: a defined problem statement, user-needs analysis, concept sketches, concept-selection methodology, CAD/engineering design, prototype or proof of concept, test results, project report, and final presentation.

Less Teaching. More Doing.

A suitable ENGGECT learning model would be approximately 15% concept learning, 25% guided activities and case studies, 45% project/design/prototyping work, and 15% reviews, testing and presentations. This aligns particularly well with ENGGECT's practical-learning positioning.

4. Duration & Mode of Delivery 

- 6 Months (~24-250 hrs)

- Weekdays and Weekend options

- Online / in-person