- Wrote Verilog code to simulate a tug-of-war game played on an FPGA
- Developed a MATLAB-based algorithm for the design and analysis of microstrip filters
- Performed surveys on the modern-day market of antenna downconverters implemented in the medical field
- Published a paper on IEEE Explore towards the end of the internship
- Wrote VHDL code to simulate a CDR algorithm, utilized a 7-segment display and ran simulations (including eye diagrams) of a CDR Simulink model to analyze the model's behaviour
- Worked with a team on a project involving the wireless transfers of power via solar energy
- Implemented different microcontrollers and related products for wireless power and data transmission - Arduino UNO, Mega ADK, current sensors and compatible antennas
- Obtained hands-on experience with physically delicate tasks like a soldering for different components and setting up and using different types of antennas to gain optimal results
- Worked with a team of 5 colleagues on a device used to control simple home appliances via tweets from a twitter account
- Gained hands-on experience of using microcontrollers (Arduino UNO in this case), independently set up circuitry and hardware between the Arduino UNO and appliances, and programmed the microcontroller for proper functioning
- Worked with a colleague on a project involving the development of a MATLAB-based algorithm (along with a GUI for testing) used to automatically correct a circuit's orientation and/or components to remove the effects of high-operating frequencies