Sk Hasibul Alam

Undergrad Projects

1st Year
  1. Electrical Circuit Simulation Lab [EEE 110]
    • Title: Band Stop Passive Filter
    • Stage: Software (→ OrCAD PSpice)
    • Goal:
      • Design a filter with ±20 dB/decade roll-off (fc-low = 10 kHz, fc-high = 100 kHz).
      • Repeat for ±40 dB/decade roll-off.
2nd Year
  1. Energy Conversion Lab [EEE 206]
    • Title: Universal Fan with Temperature Dependency
    • Stage: Hardware
    • Goal:
      • Make a cooling fan operate with both AC (priority) and DC source, and have smooth RPM control.
      • The fan should turn itself off when temperature drops below a user-specified threshold.
  2. Electronics Lab [EEE 208]
    • Title: Switch Code Lock System
    • Stage: Hardware
    • Goal: Restrict access to a load by a specific combination of switches.
  3. Electronic Circuit Simulation Lab [EEE 210]
    • Title: Fire Alarm Circuit
    • Stage: Software (→ OrCAD PSpice)
    • Goal: Trigger an alarm when ambient temperature reaches a fixed point.
  4. Numerical Technique Lab [EEE 212]
    • Title: Game Lab
    • Stage: Software (→ MATLAB)
    • Goal: Play the game using arrow keys –
      • Snake
      • Space Impact
3rd Year
  1. Digital Electronics Lab [EEE 304]
    • Title: Modernized Railway System
    • Stage: Hardware (→ 7400-series IC)
    • Goal: Control position of railroad switch centrally with the knowledge of a train’s destination and current location.
  2. Power System I Lab [EEE 306]
    • Title: Fault Detection of IEEE 9-Bus System using Neural Network
    • Stage: Software (→ PSAF, MATLAB)
    • Goal: Predict the probability of which fault has occurred using a trained ANN.
  3. Communication Lab [EEE 310]
    • Title: Walkie Talkie
    • Stage: Hardware (→ Arduino, nRF24L01)
    • Goal: Establish a voice communication channel.
  4. Digital Signal Processing I Lab [EEE 312]
    • Title: Image Compression & Encryption-Decryption
    • Stage: Software (→ MATLAB)
    • Goal:
      • Compress an image using FFT-based convolution.
      • Encrypt and decrypt an image using a simplified symmetric-key algorithm (256-bit key, 32-bit block).
  5. Microprocessor and Interfacing Lab [EEE 316]
    • Title: Automatic Track Changing & Central Monitoring System for Railway
    • Stage: Hardware (→ Arduino, IR sensor, etc.), Software (→ Unreal Engine 4)
    • Goal:
      • Control position of railroad switch centrally with the knowledge of a train’s destination and current location. [Hardware]
      • Visualize the real-time location of any number of trains. [Software]
4th Year
  1. Control System I Lab [EEE 402]
    • Title: Object-carrying Quadcopter
    • Stage: Hardware (→ Arduino, BLDC motors, etc.)
    • Goal: Design an RC quadcopter that can grab and carry an object (up to 1 kg) with its Bluetooth-controlled claw.
  2. Biomedical Instrumentation Lab [EEE 426]
    • Title: Cost-effective Drowsy Driver Detection System
    • Stage: Hardware (→ Arduino, PPG sensor, etc.)
    • Goal:
      • Monitor heart rate & eye-blink rate of the driver continuously.
      • Alert the driver if any of the aforementioned rates drops below a predefined threshold.
  3. VLSI I Lab [EEE 454]
    • Title: 8×8 Booth-encoded Multiplier
    • Stage: Software (→ Cadence Virtuoso ADE)
    • Goal: Multiply two 8-bit numbers using Booth’s algorithm (transistor-level implementation)
  4. VLSI II Lab [EEE 458]
    • Title: Design & Implementation of 32-bit Single Cycle MIPS Processor
    • Stage: Software (→ Cadence Genus, Cadence Innovus)
    • Goal: Construct the datapath and control unit for the single cycle implementation of the assigned subset of full MIPS instruction set.

Last updated: Jan 2026