Mechanical Engineer
Week 1-2: Introduction to Mechanical Engineering in Robotics
- Overview of mechanical engineering principles and their application in robotics.
- Understanding the role of mechanical engineers in the development of AI products and robots.
- Introduction to industry safety standards and corporate requirements in mechanical design.
Week 3-4: Learning CAD Software and Mechanical Design Techniques
- Learning CAD software and design techniques for mechanical systems.
- Analysing mechanical systems for optimal functionality and durability.
- Understanding dynamics, motion control, and kinematics in robotics.
Week 5-6: Integration with AI and Software Engineering
- Collaborating with AI and software engineering teams to integrate mechanical systems with AI components.
- Identifying design considerations for seamless integration and performance optimization.
- Participating in design reviews and recommending improvements based on cross-functional feedback.
Week 7-8: Design for Manufacturing and Material Science
- Understanding the principles of design for manufacturing (DFM) and its impact on production efficiency.
- Exploring material science and its influence on mechanical design and performance.
- Analysing manufacturing processes and recommending improvements for cost-effective production.
Week 9-10: Hands-on Project and Reflection
- Working on a hands-on project to apply mechanical engineering concepts and develop a robotic system or component.
- Documenting the project development process and presenting the outcomes.
- Reflecting on the internship experience and discussing future career paths in mechanical engineering and robotics.