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.

Ai for engineers

This learning plan is designed for engineers who want to transition into AI and machine learning roles or enhance their existing software engineering skills with practical AI capabilities. It bridges the gap between theoretical AI concepts and real-world implementation, making it ideal for software developers, data engineers, and technical professionals who need to build production-grade AI systems rather than just understanding AI at a surface level.

Astronomy

Astronomy connects us to the vastness beyond Earth, offering profound insights about our place in the cosmos. This learning plan benefits curious minds seeking to understand celestial mechanics, cosmic evolution, and the frontiers of space exploration without requiring advanced physics or mathematics.

I want to be more fluent in science topics and the thought process of engineers, I want to know about astronomy and physics.

Scientific literacy is increasingly valuable in our technology-driven world, providing a framework for understanding everything from daily phenomena to the cosmos. This learning plan is ideal for curious minds seeking to understand how scientists and engineers approach problems, while gaining specific knowledge in astronomy and physics that reveals the fascinating mechanics of our universe.

Physics & chemistry

This comprehensive learning plan bridges the gap between everyday observations and the profound laws governing our universe, making complex physics and chemistry accessible to curious minds. It's ideal for students, professionals seeking scientific literacy, or anyone fascinated by understanding how the world works at every scale—from subatomic particles to cosmic phenomena. The structured progression from fundamentals to modern theories ensures learners build a solid foundation before tackling mind-expanding concepts that revolutionized our understanding of reality.

Master fluid dynamics & food science basics

This learning path bridges theoretical science with practical applications, making complex concepts accessible through familiar contexts like cooking and everyday physics. It's ideal for curious learners, aspiring engineers, culinary professionals, or anyone wanting to understand the invisible forces and reactions shaping our physical world. By combining fluid dynamics and food science, learners gain transferable analytical skills applicable across multiple disciplines.

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.

Physics

This comprehensive physics curriculum takes learners from foundational concepts to cutting-edge theories, making even the most challenging ideas accessible. It's ideal for curious minds seeking to understand how the universe works—from students building scientific literacy to professionals wanting to grasp the physics shaping modern technology and our cosmic perspective.