Master EM & quantum fields

This learning plan provides a comprehensive journey through the foundations of modern physics, from classical electromagnetism to the frontiers of theoretical research. It's ideal for physics students, engineers seeking deeper theoretical understanding, or anyone passionate about understanding the fundamental laws governing our universe at both macroscopic and quantum scales.

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.

Study physics, bio & chem

Understanding the natural sciences provides crucial insight into how our universe functions at every scale, from subatomic particles to complex ecosystems. This learning plan benefits students, professionals in STEM fields, and curious minds seeking to comprehend the interconnected principles that govern our physical reality.

Physics and chemistry

This integrated physics and chemistry learning path provides the essential foundation for anyone pursuing STEM careers, from engineering and medicine to materials science and research. By combining these traditionally separate disciplines, learners gain a powerful, unified understanding of how the natural world works at every scale. Perfect for students, professionals seeking to strengthen their scientific foundation, or curious minds wanting to understand the fundamental principles governing our universe.

Neutron stars

Neutron stars represent some of the most extreme physics in our universe, where matter is compressed to densities impossible to recreate on Earth. This learning plan is ideal for astronomy enthusiasts, physics students, and anyone fascinated by the most exotic objects in space who wants to understand these cosmic laboratories of extreme physics.

Electronics

Electronics skills are essential in our increasingly connected world, from consumer devices to industrial automation and smart home technology. This learning plan is ideal for aspiring engineers, makers, product developers, and anyone looking to understand and create the electronic systems that power modern technology. Whether you're starting from scratch or looking to advance your hardware skills into IoT and embedded systems, this progression takes you from foundational concepts to building production-ready connected devices.

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.

Linux kernel for sys engs

This learning plan bridges the gap between traditional systems engineering and kernel-level expertise, equipping infrastructure professionals with the deep technical knowledge needed to optimize, debug, and customize Linux systems at scale. It's ideal for systems engineers, SREs, and infrastructure architects who need to go beyond surface-level Linux administration to solve complex performance issues, implement custom kernel modifications, or manage large-scale production environments where kernel behavior directly impacts reliability and efficiency.