Our Workshops

In IEEE CUSB, we provide technical workshops prepared and conducted by our branch’s members and volunteers. These technical workshops are more like technical courses as they include multiple sessions held on a weekly basis (paused during final exams, midyear and summer break), in addition to the labs, simulations, and hardware practicing as well in order to offer high quality courses to the enrolled students and totally free of charges.

Technical Workshops

AI

  • Statistics
  • Python
  • Data importing
  • Data joining
  • Data Cleaning
  • Data visulaization
  • Exploratory data analysis
  • Supervised ML
  • Unsupervised ML
  • Tree based model
  • Basics of pre-processing
  • Supervised ML
  • Unsupervised ML
  • Tree based models
  • SVM
  • Pre-processing
  • SKLearn data
  • Accuracy matrices
  • Neural networks
  • Prod casting Vectorization
  • Neural networks improvement
  • Intro to CNN
  • Intro to RNN
  • Descriptive statistics
  • Intro to python
  •  Manipulate and analyze data
  • Data wrangling
  • Probability theories
  •  Data visualization
  •  SQL
  • Intro to freelancing
  • Introduction to Biomedical fields of work
  • Theory of X-RAY and CT
  • Theory of MRI and Ultrasound
  •  ICU “Ventilator and Monitor”
  •  OR “Diathermy, Anesthesia, Surgical Light and Surgical Table”
  •  Hemodialysis

Biomedical

computer

  • searching and sorting algorithms
  • stl
  •  number theory
  • binary search
  •  graph
  •  dijkstra
  •  dp
  • introduction to C++ syntax
  • C++ operations
  •  Conditional flow and loops
  •  OOP (classes, constructors, inheritance)
  •  OOP cont. (polymorphism, overloading operator, exceptions)
  •  linked lists, stacks
  •  queue, tree, graphs
  • HTML
  • CSS
  • JavaScript
  • DOM
  • Ajax
  • Tailwind
  •  React
  • JS
  • SQL
  • Express.JS(node)
  • Hosting
  • Introduction to embedded C
  • Embedded C
  • GPIO + interrupts
  • Timers + Motors
  • LCD + Keypad
  • ADC
  • URT
  • Intro
  • 1st software
  • 2nd software
  • Sensors
  • DC Motors
  • Servo
  • Intro (variables, identifiers, datatypes/overflow, math & logic operations, casting)
  • Input/output (debugging, if/else, switch/break, loops and nested loops)
  • Functions (arrays, pointers)
  • Recursion
  • Data structure

Embedded Systems

Electronics

  • ASIC Flow and Verilog Introduction
  • Combinational and Sequential Logic
  • Ensuring RTL Intent and Timing Analysis
  • FSM and FSMD
  • MIPS Processor Architecture and Microarchitecture
  • Final Project (Single Cycle MIPS Processor)
  • CMOS Amplifiers (common source – common gate – source follower)
  • Cadence Tool
  • Differential Amplifiers
  • Frequency Response
  • Current Mirrors
  • Op Amp
  • Final Project
  • Circuits Basics
  • What’s control and automation?
  • Symbols (push button NC/NO, C.B., lamp) “Draw a circuit”
  • Types of switches
  • Power circuit and control circuit difference “Draw a simple power and control circuit”
  • Three phase explanations
  • What’s a relay and contactor?
  • Delta and Star connection
  • Drawing a complete control and power circuits to operate a motor “draw a circuit to change direction of spinning”
  • Changing direction of spinning of a motor “Draw by yourself”
  • What’s an OFF Delay and ON Delay timer?
  • Examples on Complete Control and Power Circuits “Draw a circuit from examples by yourself”
  • All Taken before on EKTS
  • What’s a Limit switch?
  • Practical Project
  • Overview about automation, classic control components (contactors, relays, timers…).
  • Introduction about plc types, wiring types” sink, source, sink-source” and ladder diagram.
  • Latch-unlatch coils, markers.
  • Timers.
  • Counters and comparators.
  • Overview about automation, classic control components (contactors, relays, timers…).
  • Introduction about plc types, wiring types” sink, source, sink-source” and ladder diagram.
  • Latch-unlatch coils, markers.
  • Timers.
  • Counters and comparators.
  • Introduction
  • Matrices
  • Elementary mathematics
  • Graphics in MATLAB
  • Programming with MATLAB
  • Data import & analysis
  • Symbolic math toolbox
  • Applications on matrices
  • Intro into Simulink
  • DC circuit analysis using Simulink
  • AC circuit analysis using Simulink

Power