On launch day, I'll also be unveiling the course's official trailer, which is some of the best production work we've done to-date; you guys are going to absolutely love it :)! This course has seriously been a huge labor of love for me, and I can't wait to share it with all of you soon. It's taken me about 10 months in total to develop the course's full vision and bring it to life.
As a token of my appreciation for your support, we'll also be offering a LIMITED 20% OFF DISCOUNT at the launch. The amount of support we've received during the course's development means the world to me, and I want this course to benefit my followers the most. So, if you plan on enrolling, make sure you take advantage of this offer before it's discontinued!
Through 79 lectures and 18.5 hours worth of HD-quality content, you're going to journey through some of the deepest depths of the universe - experiencing all the beauty it has to offer. By the end of this journey, you'll be able to confidently apply classical physics concepts to analyze ANY system or phenomenon throughout the universe - whether that be the orbital motion of our planets or the dynamics of automotive components. Each step of this immersive journey also concludes with a comprehensive quiz; so, you'll have a chance to practice these concepts first-hand, receive immediate feedback, and quickly become a master of the universe! Here's a brief overview of some features you'll explore as you journey through the course:
-Learn to fluently speak the language of Lagrangian Mechanics / Classical Physics: Calculus of Variations (Apply the Euler-Lagrange equation, find stationary points to functionals, and extend your Calculus knowledge)
-Master the basic tenets of Lagrangian Mechanics (The Principle of Least Action, the Lagrangian, and Lagrange's Equations of Motion)
-Apply physics principles to solve an assortment of classic examples (The Brachistochrone Problem, Simple Harmonic Motion, Chaotic Motion with Double Pendulums, etc)
-Develop easy-to-understand techniques for linearizing and solving differential equations
-Learn how to develop computational algorithms (the Finite Difference Approximation, Runge-Kutta Method, ODE45, etc) for solving complex equations of motion
-Establish foundational MATLAB programming skills which are essential in most STEM industries (Physics, Engineering, Research and Development, Computer Science, etc)
-Develop real-world simulations similar to those powering your favorite video games and animated movies (Super cool stuff!)
-Experience the beauty of physics in a fun, exciting atmosphere you'll never find in a classroom; I'll make you love and enjoy physics, while enhancing your skill sets
So, I hope to see you on May 24th and can't wait to explore the universe together inside the course :). In the meantime, keep charging ahead in becoming the best version of yourself possible!