Course Content
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Introduction to Engineering Overview
02:10
Engineering Fundamentals Overview
02:10
Defining Engineering: An Introductory Crash Course
02:10
Exploring Civil Engineering
02:10
Understanding Mechanical Engineering
02:10
A Historical Perspective on Electrical Engineering
02:10
The Evolution of Chemical Engineering
02:10
Biomedical and Industrial Engineering Insights
02:10
The Law of Conservation in Engineering
02:10
Reversibility and Irreversibility in Engineering
02:10
The First and Zeroth Laws of Thermodynamics
02:10
The Challenge of Creating a Perfect Engine
02:10
Heat Engines and Refrigeration Cycles
02:10
Understanding Stress and Strain
02:10
Fluid Flow and Engineering Equipment
02:10
Principles of Heat Transfer
02:10
Avoiding Kitchen Disasters: Heat Management
02:10
Mass Transfer in Engineering Applications
02:10
Techniques for Mass Separation
02:10
Material Stresses and Toughness
02:10
Exploring Metals and Ceramics
02:10
The Polymer Revolution
02:10
Electrical Power and Home Conductors
02:10
Silicon, Semiconductors, and Solar Technology
02:10
The Power of Nanomaterials
02:10
Innovations in Biomaterials
02:10
Food Engineering: Managing Cheese Catastrophes
02:10
Statics and Dynamics in Skyscraper Design
02:10
Ethics in Engineering Practice
02:10
Safety in Engineering: Flirting with Disaster
02:10
Environmental Engineering: Lessons from Flint
02:10
Engineering Solutions for Renewable Energy
02:10
The Future of Sustainable Energy
02:10
The Quest for Better Batteries
02:10
The Mechanics of Robotics Engineering
02:10
Aerospace Engineering: Missions to the Moon and Mars
02:10
The Future of Computer Engineering Beyond Moore’s Law
02:10
Engineering Health: Drug Discovery and Delivery
02:10
Innovations in Smart Tattoos and Tiny Robotics
02:10
Genetic Engineering: Redefining Life’s Blueprints
02:10
Food Engineering: Mass Producing Ice Cream
02:10
Engineering Marvels: Saving the Leaning Tower of Pisa
02:10
The Complexities of Transportation Engineering
02:10
The Role of Signal Processing in Communication
02:10
Engineering Solutions for Ship Sabotage by Seawater
02:10
Building a Desalination Plant: A Step-by-Step Guide
02:10
Pathway to Becoming an Engineer
02:10
Addressing Today’s Engineering Challenges
02:10
Final Exam - Comprehensive Engineering Certificate Program
Comprehensive Engineering Certificate Program

Examine the implications of reaching the limits of Moore's Law in computer engineering.

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