Habib University

Practical implication of Hardware in Loop (HIL) rapid prototyping technique for PI controller design and optimization of a Non-Isolated Bidirectional DC-DC Converter employed in Electric Vehicles

Techniques from Analog and Digital communication systems were used to design a simulation based theoretical Automation system for remote control of lights and AC in classroom and labs

A pressure measurement system was designed and use in Bubbler setup using techniques of instrumentation

A integrated dashboard and mobile solution was designed for bike riders to minimize RTAs

A theoretical central heating system was designed using pump, condenser and boiler using thermodynamic tools and techniques

Volt Ohm Meter designed to measure electrical parameters with USB Interfacing

A case study of Inverted Pendulum System was done with help of a self-balancing robot design alongside with Mathematical Modelling, Controller Design and Response Study of the system

A line-following robot was designed capable of picking and dropping object by aid Micro-controller and various other sensors and modules programmed in C++

Created a game of similar theme to “Street Fighter” with custom settings, players, arenas, moves and sounds. Used C++ and SDL 2.0, an open-source platform for 2D games

Designed a Digital Logic Trainer Board to implement concepts digital circuity and devices using an application of motion sensor therapy. A digital board with logical gates, I/O ports, segment displays, LCD, flip flops, switches and FPGA was designed to detect slight movements using MPU 6050