Course Projects

• Performance Comparison Among CSA Architectures

  A performance comparison among four different architectures (linear, exponential, sqrt, add-one) ofcarry select adder (CSA) is performed based on area, power, and timing. The adders are designedusing verilog RTL and synthesized using Design Compiler. Synopsys Primetime-PX has been used forpower calculation.

• Deep Learning Projects

  1. Created a Convolutional Neural Network (CNN) based image classifier for the CIFAR-10 dataset.
  2. Implemented GRU cell unit by deriving forward and backward propagation equations and comparethe results with Pytorch library cell.
  

• Predicting design sequence using LSTM model

  The main objective of this project is to predict the designer next action based on the previous actionsusing LSTM model.

• Non-Slicing Floorplan Area Optimization Using Simulated Annealing

  Sequence pair is used for non-slicing floorplan representation and the simulated annealing process isapplied for area optimization. Implemented the algorithms in C++ and demonstrated with PyQt GUI.

• Embedded System Projects

  1. Python-like interpreter: coded in C having basic functionalities like data type handling, list structure handling, addition, subtraction, multiplication, and division.
  2. Mastermind game: designed and demonstrated using RIBS simulator and coded in C.
  3. Arduino song composer: coded in Arduino platform, which can be used for loading, playing, manipulating song using serial monitor.
  4. RTOS: A basic real-time home security operating system, coded in c and demonstrated in Arduino.

• 64-bit Multiplier and 16-bit Adder Design using Cadence

  Designed a 64-bit Multiplier in semi-custom design flow and 16-bit full adder in full custom design flow using cadence.

• EMI Filter Design

  A physical EMI Fillter was designed for suppressing conducted EMI noise for buck converter.

• 4-bit Universal Shifter Design Using Cadence

  Designed a 4 bit universal shifter using cadence. Here, schematic, layout, DRC, LVS, RTL, behavioral simulation was performed.

• Heart Rate Measurement Using PPG

  Using PPG sensor after data processing with the help of ARDUINO heart rate was displayed in LCD display.

• NOR Gate Design Using Cadence

  A 3 input NOR gate was designed optimizing delay and area in Cadence. Here, schematic and layout was done.

• Wireless Path Follower Car

  Using bluetooth module, arduino a car was designed which can follow a drawn path in PC using MATLAB interface.

• 2D Ball Collision

  For control system theory course using MATLAB interface and GUI a 2D ball collision project was performed.

• Alarm Clock

  Using non programmable IC a 12 hours Alarm Clock was made in Digital Electronics Lab course.

• Electrical Service Design of a 2-Storeyed Building

  Using Auto CAD and Visio complete electrical drawing of a 2 storeyed building was done.

• Fault Analysis of Power system

  Development of a program in MATLAB for symmetrical and unsymmetrical fault calculation for n-bus power system. (Power System Laboratory)