A self created Mechanical and Electrical Engineering Curriculum with courses from MIT Opencourseware, Edx and Coursera.
Creating a combined curriculum focusing on Mechanical and Electrical Engineering to cover the essential aspects of designing complex systems such as a rocket ship or a Formula 1 car, or even robotics based inventions akin to an Iron Man suit is an ambitious yet exciting endeavor. This curriculum blends fundamental and advanced topics from both fields, providing a comprehensive understanding necessary for such projects. Below, I've outlined a curriculum that includes courses available from MIT OpenCourseWare, Coursera, and edX, which are among the top platforms offering free and paid courses from reputable universities worldwide.
Incorporating CAD (Computer-Aided Design) courses into the curriculum adds an essential skill set for designing prototypes. CAD skills are fundamental for mechanical and electrical engineers, especially when working on complex projects like designing parts of a rocket ship, a Formula 1 car, or an Iron Man suit. I'll integrate appropriate CAD courses at strategic points in the curriculum to ensure that you develop these skills alongside your theoretical and practical engineering knowledge. The courses will be sourced from MIT OpenCourseWare, Coursera, edX, and other similar platforms to provide a comprehensive learning path.
- Introduction to Engineering & Design (Course retired)
- Introduction to Engineering & Design (Coursera)
- Introduction to Engineering (Youtube)
- Calculus I (MIT OCW)
- Physics I: Classical Mechanics (MIT OCW)
- Calculus II (Coursera/edX)
- Physics II: Electricity and Magnetism (MIT OCW)
- Introduction to Computer Science and Programming (MIT OCW/edX)
- Engineering Dynamics (Coursera/edX)
- Differential Equations (MIT OCW/Coursera)
- Materials Science and Engineering (MIT OCW)
- Circuits and Electronics (MIT OCW/edX)
- Statics and Mechanics of Materials (Coursera/edX)
- Thermodynamics (Coursera/edX)
- Fluid Mechanics (Coursera/edX)
- Signals and Systems (MIT OCW/edX)
- Design and Manufacturing I (MIT OCW)
- Introduction to CAD and 3D Modeling (Coursera/edX): Learn the basics of CAD software for designing parts and assemblies.
- Control Systems Engineering (Coursera/edX)
- Mechatronics (Coursera/edX)
- Embedded Systems (Coursera/edX)
- Machine Design (MIT OCW)
- Advanced CAD for Engineering Applications (Coursera/edX): Further develop your CAD skills with advanced techniques and applications in engineering projects.
- Robotics (Coursera/edX)
- Power Electronics (Coursera/edX)
- Advanced Fluid Mechanics (Coursera/edX)
- Capstone Project: Choose a project that integrates mechanical and electrical engineering skills, such as building a prototype or conducting a detailed design project. Use CAD skills to design and present your project.
- Finite Element Methods (Coursera/edX)
- Advanced Dynamics (MIT OCW)
- Renewable Energy Systems (Coursera/edX)
- Engineering Entrepreneurship (Coursera/edX)
- Final Year Project: A comprehensive project showcasing design, analysis, and implementation skills. Design components using CAD software.
- Electives: Choose based on interests, such as aerospace engineering, automotive engineering, or wearable technology courses. Consider taking additional CAD-related electives if available, focusing on specialized software or industry-specific applications.
- Practice CAD regularly: Beyond coursework, practice designing your projects or replicate existing complex mechanisms to enhance your CAD skills.
- Participate in CAD workshops and challenges: Many online platforms and communities host challenges that can provide real-world experience and feedback on your designs.
- Work on personal projects related to your interests. These projects can be a great way to apply what you've learned and to build a portfolio.
- Participate in online forums and communities, such as Reddit’s r/engineering, to discuss ideas and get feedback.
- Internships: If possible, seek internships or real-world experiences in related industries.
This curriculum is ambitious and would require significant dedication and time. It's designed to be flexible, allowing for adjustments based on your pace of learning and specific interests within mechanical and electrical engineering. The suggested courses provide a strong foundation and pathway towards specialized knowledge, essential for tackling complex engineering challenges.