Activities & Lectures

Lecture Series

Vehicle Dynamics Lecture recordings — Dr. Farbod Khoshnoud

Module 1 – Introduction
Module 2 – Quarter Car model - 1DOF
Module 3 – Quarter Car Model – 2DOF
Module 4 – Half Vehicle Model – Rotational DOF
Module 5 – Low Speed Steady State Turning
Module 6 – High Speed Cornering
Module 7 - Characteristic Speed and Critical Speed
Module 8 - Lateral Acceleration Gain
Module 9 - Yaw Velocity and Yaw Rate Gain
Module 10 - Side Slip Angle
Module 11 - Neutral Steer Point
Module 12 - Suspension Effects on Cornering

Electric Vehicle & Energy Storage

Module 1 – Basic Concepts of Electric Vehicles
Module 2 – Induction Motor as EV Drive
Module 3 – Fundamentals of Induction Motor Speed Control in EV
Module 4 – Basic Concepts of Permanent Magnet Synchronous Motors
Module 5 – Permanent Magnet Brushless AC Motor as EV Drive
Module 6 – Permanent Magnet Brushless DC Motor as EV Drive
Module 7 - EV Charging Standards and Equipment
Module 8 - Converters for EV Wired Charging
Module 9 - EV Bi-directional Charging
Module 10 - Regenerative Braking in EV
Module 11 - Fundamentals of Energy Storage Technologies
Module 12 - Li-ion Batteries in EV

Practical Application of Electric Motors — Dr. Sean Monemi

Module 1 – Power Measurement
Module 2 – Balanced and Unbalanced 3 Phase Measurement
Module 3 – Power factor
Module 4 – DC generator Characteristics
Module 5 – Synchronous Generator Characteristics
Module 6 – Synchronous Motor
Module 7 - Induction Motor
Module 8 - Analysis of a Power System with Electric Machines

Computer Vision and Image Processing — Dr. Zekeriya Aliyazicioglu

Module 1.1 – Introduction 1
Module 1.2 – Introduction 2
Module 1.3 – Introduction 3
Module 2.1 – Digital Image Fundamentals 1
Module 2.2 – Digital Image Fundamentals 2
Module 3.1 – Image Enhancement in a Spatial Domain 1
Module 3.2 – Image Enhancement in a Spatial Domain 2
Module 3.3 – Image Enhancement in a Spatial Domain 3
Module 3.4 – Image Enhancement in a Spatial Domain 4
Module 3.5 – Image Enhancement in a Spatial Domain 5
Module 3.6 – Image Enhancement in a Spatial Domain 6
Module 4.1 – Image Enhancement in a frequency Domain 1
Module 4.2 – Image Enhancement in a frequency Domain 2
Module 4.3 – Image Enhancement in a frequency Domain 3
Module 4.4 – Image Enhancement in a frequency Domain 4
Module 4.5 – Image Enhancement in a frequency Domain 5
Module 4.6 – Image Enhancement in a frequency Domain 6
Module 5.1 – Image Restoration 1
Module 5.2 – Image Restoration 2
Module 6.1 – Color Image Processing 1
Module 6.2 – Color Image Processing 2
Module 6.3 – Color Image Processing 3
Module 7.1 – Morphological Image Processing 1
Module 7.2 – Morphological Image Processing 2
Module 7.3 – Morphological Image Processing 3
Module 7.4 – Morphological Image Processing 4
Module 8.1 – Image Segmentation 1
Module 8.2 – Image Segmentation 2

Fundamentals of Cybersecurity — Dr. Tamer Omar
22 Modules – link to full playlist

Autonomous Vehicles Kinematics — Dr. Scott Boskovich
Module 1 – Spatial Descriptions
Module 2 – Transforms
Module 3 – Compound Rotations
Module 4 – Introduction to Quaternions
Module 5 – Quaternions
Module 6 – Differential Drive Robot Kinematics
Modulez 7 – Differential Drive and Control
Module 8 – Kingpin Kinematics

Thermal Management of Electronics and Electric Vehicles — Dr. Reza Baghaei Lakeh
Module 1.1 – Fundamentals of Conduction Heat Transfer
Module 1.2 – Implementation of Heat Generation
Module 1.3 – Fins for Cooling and Thermal Management
Module 2.1 – Temperature Regulation of a Heat Source
Module 2.2 – Temperature Regulation of Internal Flow with Variable Heat Generation at the Boundary
Module 2.3 – Thermal Management with Natural Convection
Module 2.4 – Example of Natural Convection Cooling
Module 3.1 – Fundamentals of Radiation
Module 3.2 – Spectral Distribution of Blackbody Radiation
Module 3.3 – Surface Properties for Thermal Management
Module 4.1 – Fundamentals of Heat Transfer in Enclosures
Module 4.2 – Radiation Shields and Reradiating Surfaces
Module 4.3 – Temperature Regulation of Oven

Modeling of the Vehicle Routing Problem (VRP) — Dr. Javad Seif
Module 1 – Introduction to Mathematical Optimization: Prescriptive Analytics
Module 2 – Simplex Method
Module 3 – Linear Programming: The Graphical Method for Solving Problems with Two Variables
Module 4 – Integer Programming and the Branch and Bound Algorithm
Module 5 – Transportation Problem: Mathematical Formulation and Heuristic Algorithms
Module 6 – Set Covering Problem: Mathematical Formulation
Module 7 – TSP (Traveling Salesman Problem): Mathematical Formulation
Module 8 – Mathematical Model Formulation Basic Examples