This class is designed for engineering students and pre-university students who want to build a solid foundation in the most essential math topics used in engineering and technical fields.
→ Calculus
→ Linear Algebra
→ Ordinary Differential Equations (ODEs)
→ Numerical Analysis
Whether you're currently struggling with these subjects or preparing to study engineering soon, this course will help you understand the core concepts in a clear, step-by-step, and application-focused way — with examples that actually make sense in real life and engineering scenarios.
→ Calculus
→ Linear Algebra
→ Ordinary Differential Equations (ODEs)
→ Numerical Analysis
Whether you're currently struggling with these subjects or preparing to study engineering soon, this course will help you understand the core concepts in a clear, step-by-step, and application-focused way — with examples that actually make sense in real life and engineering scenarios.
This course explains how air interacts with bodies, from airfoils to aircraft.
Topics Covered:
Aerodynamic forces and moments
Airfoil theory and lift generation
Drag and pressure distribution
Subsonic and compressible aerodynamics
Boundary layers and flow separation
Applications:
Aircraft and drones
Automotive aerodynamics
Wind and performance analysis
Topics Covered:
Aerodynamic forces and moments
Airfoil theory and lift generation
Drag and pressure distribution
Subsonic and compressible aerodynamics
Boundary layers and flow separation
Applications:
Aircraft and drones
Automotive aerodynamics
Wind and performance analysis
This course is designed for students who are curious about how aircraft and spacecraft work, or who are planning to study Aerospace / Aviation Engineering and want a strong, clear introduction before university.
The lessons break down complex engineering concepts into simple, intuitive ideas, with real-world examples from aviation and space — no prior engineering background required.
Who This Course Is For
-High school students interested in aviation or space
-First-year engineering students feeling overwhelmed
-Students considering Aerospace or Aviation Engineering
-Curious learners who love planes, rockets, and technology
The lessons break down complex engineering concepts into simple, intuitive ideas, with real-world examples from aviation and space — no prior engineering background required.
Who This Course Is For
-High school students interested in aviation or space
-First-year engineering students feeling overwhelmed
-Students considering Aerospace or Aviation Engineering
-Curious learners who love planes, rockets, and technology
This course is designed to guide students through all levels of thermodynamics and heat transfer, from foundational concepts to advanced engineering applications. Whether you’re just starting university, struggling with basics, or preparing for advanced courses, this course will simplify complex topics step by step, using the same strategies I used as a student.
You can select the lesson option that fits your level and needs:
1) Thermodynamics (Introductory)
-Focus on fundamental thermodynamic concepts
-Learn about energy, work, heat, and the laws of thermodynamics
-Ideal for first-year engineering students or high school students preparing for university
-Build a strong foundation for advanced courses
2) Advanced Thermodynamics & Energy Systems
-Dive into entropy, cycles, and real-world applications
-Explore Carnot, Rankine, and refrigeration cycles
-Suitable for students with basic thermodynamics knowledge who want to tackle advanced problems
-Gain confidence for exams and engineering projects
3) Heat Transfer
-Understand how heat moves: conduction, convection, radiation
-Learn formulas and solve real-world heat transfer problems
-Perfect for students in mechanical, aerospace, or energy-focused courses
-Apply theory directly to engineering systems and projects
You can select the lesson option that fits your level and needs:
1) Thermodynamics (Introductory)
-Focus on fundamental thermodynamic concepts
-Learn about energy, work, heat, and the laws of thermodynamics
-Ideal for first-year engineering students or high school students preparing for university
-Build a strong foundation for advanced courses
2) Advanced Thermodynamics & Energy Systems
-Dive into entropy, cycles, and real-world applications
-Explore Carnot, Rankine, and refrigeration cycles
-Suitable for students with basic thermodynamics knowledge who want to tackle advanced problems
-Gain confidence for exams and engineering projects
3) Heat Transfer
-Understand how heat moves: conduction, convection, radiation
-Learn formulas and solve real-world heat transfer problems
-Perfect for students in mechanical, aerospace, or energy-focused courses
-Apply theory directly to engineering systems and projects
This course is designed to introduce students aged 7 to 16 to the world of programming through two of the most widely used and industry-relevant languages: C++ and Python.
The class provides a structured, age-appropriate pathway into programming, whether the student is a complete beginner or already exploring coding through platforms like Scratch or Code.org. Emphasis is placed on understanding logic, building problem-solving skills, and writing real code in a supportive, project-based environment.
Taught by an engineering student with hands-on experience in both C++ and Python, this course empowers students to explore the power of code and build a strong foundation in computational thinking — essential for future studies in engineering, robotics, AI, or game development.
The class provides a structured, age-appropriate pathway into programming, whether the student is a complete beginner or already exploring coding through platforms like Scratch or Code.org. Emphasis is placed on understanding logic, building problem-solving skills, and writing real code in a supportive, project-based environment.
Taught by an engineering student with hands-on experience in both C++ and Python, this course empowers students to explore the power of code and build a strong foundation in computational thinking — essential for future studies in engineering, robotics, AI, or game development.
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