Using inheritance and class hierarchies

Using Polymorphic functions and dynamic binding

Using smart pointers

Using stream I/O

An introduction to the C++ STL

Using Python for Numerical Solutions

Using Functions

Using Logic and Conditionals

Using various Python modules

Create parts and organize them into Mechanical Systems

Perform static, transient, and linear simulation

Performing design studies

Applying sensors to the system

Introduction to Mechanical Dynamical Systems

Introduction to various templates for Walking and Running Robots

Discussion on Materials, Structures, and Actuators for Mobile Robots

Discussion of Robot designs inspired by Animals

Programming Mobile Robots

A brief introduction to Robotics and Control Theory

Various strategies for control of Mobile Robots

Important concepts for designing Linear Systems

Introduction and Design of Hybrid Systems

Various strategies for the Navigation Problem

Introduction and explanation of 5 important stages of Project Management: Initiation, Planning, Monitoring & Control, Execution, Closing

In-depth explanation of key Project Management concepts such as Scheduling, Budgeting, Resource Management, Monthly Heartbeat

Introduction to Algorithmic Thinking and Flowcharts for programming

Code structure and Syntax for C & C++

Implementation of concepts such as Loops, Functions, Inheritance, and Polymorphism

Introduction to Object Oriented Programming