Mechanical Engineering

Mechanical engineering is one of the broadest engineering disciplines, essential for designing everything from consumer products to industrial machinery and energy systems. This learning plan is ideal for aspiring engineers, technical professionals looking to transition into mechanical engineering, or anyone interested in understanding how physical systems and machines are designed and built. The curriculum provides both foundational knowledge and exposure to cutting-edge applications in modern technology.

Learn aerospace engineering fundamentals

Aerospace engineering combines physics, mathematics, and engineering principles to design aircraft and spacecraft that push the boundaries of human achievement. This learning plan provides essential knowledge for aspiring aerospace engineers, aviation enthusiasts, and anyone interested in understanding how humans conquer the skies and space.

Learn electronics basics

Electronics knowledge is essential for anyone looking to build smart devices, pursue careers in hardware engineering, or understand the technology powering our connected world. This learning path is ideal for makers, aspiring hardware engineers, IoT developers, and hobbyists who want to transform ideas into functional electronic products through a structured progression from fundamentals to advanced system design.

Vehicle crash biomechanic

Vehicle crash biomechanics is critical for professionals working in automotive safety, accident reconstruction, trauma medicine, and injury prevention. This interdisciplinary field combines physics, engineering, and medical science to understand how collisions cause injuries and how to prevent them. It's essential for automotive engineers, forensic specialists, emergency responders, safety researchers, and anyone involved in designing safer vehicles or investigating crash-related trauma.

Study Linux kernel subsystems

The Linux kernel powers billions of devices worldwide, from smartphones to supercomputers, making it one of the most critical software projects in existence. This learning path is designed for systems programmers, infrastructure engineers, and developers who want to understand how operating systems work at the deepest level or contribute to kernel development. Whether you're debugging performance issues, developing device drivers, or simply want to understand the foundation of modern computing, this structured progression builds the essential knowledge from fundamentals to advanced kernel internals.

Physics

Physics reveals the fundamental rules governing everything from falling apples to black holes, making it essential for anyone seeking to understand how reality actually works. This learning plan is perfect for curious minds, aspiring scientists, engineers, or anyone who wants to grasp both the elegant simplicity of classical physics and the mind-bending revelations of modern theory.

Build high-output eng team

High-output engineering teams don't happen by accident—they require intentional leadership, thoughtful structure, and systematic approaches to performance. This learning plan equips engineering leaders with practical frameworks to build, optimize, and scale teams that consistently deliver exceptional results while maintaining high morale and sustainable practices.

Study energy transition and history

This learning plan is essential for anyone seeking to understand one of the defining challenges of our era—transforming how humanity powers itself while addressing climate change. It's particularly valuable for professionals in policy, business, technology, and sustainability, as well as informed citizens who want to separate energy facts from fiction and understand the realistic pathways to a cleaner energy future.