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Penn introduces Aristotle’s categories, natural philosophy and ethics before comparing Epicurean and Stoic approaches to philosophical life.

Penn traces early Greek philosophy into Plato’s discussions of virtue, justice, reality and goodness through a reading-intensive course.

Penn examines scientific methods, objectivity and values, asking how experiments, observations and models can support scientific knowledge.

Rice develops one- and two-dimensional motion and Newton’s laws through quantitative physics problems, with algebra and trigonometry…

Rice examines mechanical energy, momentum, collisions, statics and elasticity as the second course in its quantitative mechanics sequence.

Rice extends mechanics to rotational motion, angular momentum and universal gravitation, building on earlier force, energy and momentum…

Rice introduces electric charge, electric fields and Gauss’s law through mathematical problems in the first course of its electricity…

Rice connects electric potential and capacitors with direct-current circuits, following its introduction to electric charge and fields.

Study magnetic fields, their sources and electromagnetic induction in Rice’s intermediate electricity-and-magnetism course on Coursera.

Rice concludes its electricity sequence with alternating-current circuits, impedance and Maxwell’s equations, using quantitative physics…

Virginia introduces physics through skating, falling balls, ramps, seesaws, wheels and bumper cars, connecting everyday objects with…

Geneva introduces nuclei, particles, accelerators and detectors, then examines fundamental interactions and evidence for new physical…

Colorado introduces C# variables, classes and objects through Unity 2D examples, with a programming-first route into game development.

Develop conditional logic, input handling, loops and collections in the second course of Colorado’s C# and Unity programming sequence.

Colorado develops exceptions, file handling, inheritance, polymorphism and event-driven menus through intermediate C# and Unity exercises.

Michigan State introduces Unity through a 2D shooter, connecting editor concepts, gameplay scripts and the process of finishing a small…

Build on Michigan State’s first Unity course with a 2D platformer and lessons on game worlds, storytelling, gameplay and user experience.

Michigan State’s third Unity course introduces 3D shooter development with game assets, level design, balancing, prototyping and…

Develop a 3D platformer while studying game ideas, design documentation and business and social questions in Michigan State’s Unity…

Create an original game concept, prototype and first playable build in Michigan State’s assessed Unity game-development capstone course.

Michigan compares XR development approaches and guides VR and AR scenes with WebXR and Unity, including accessibility, ethics and privacy.

Anthropic covers longer Claude Code sessions, permissions, hooks and repeatable automation, with a final quiz and guidance on checking…

SkillsBooster explains Claude Code setup, interface controls, coding tasks, project memory and reusable skills through a beginner-oriented…

Scrimba introduces Claude Code through JavaScript projects, including calendar-app work, hooks, commands, agents and MCP-based tool…