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Projects

Developing Secure Protocols: Research on Bluetooth and NFC 

The objective of this group is to design digital hardware which is highly resistant to reverse engineering, and attack by malicious hardware insertions. It is team-based research.                                                               

Three pages of the Final Report along with the presentation are provided should you wish to peruse. Please click on the buttons to your left. 

Includes three pages of Final Report

Taken from:

Google Images

Taken from:

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Autonomous and Semi-Autonomous Parking of a DE2 AmigoBot: Assembly Language on an FPGA

This team-based project goal was to implement three autonomous parking maneuvers in a DE2 AmigoBot using the SCOMP assembly language. 

                                                                          

  • Collaboratively designed an algorithm that parked a robot, debugged its sub-routines, and tested its movement, which resulted in a successful project.

  • Contributed mainly to debugging the algorithm and writing the proposal.

  • The significance of this project was its exposure to the complexities of programming autonomous movement.

The proposal is provided should you wish to peruse. Please click on the button to your left.

A comparison of the Operational Specifications of and Human Interface within the Volkswagen Passat and Toyota Prius Park Assist Systems.

Examined parking assist systems as individual research.                                                                         

  • Wrote a technical comparison paper which scored over 90%.

  • The significance of the research is that it is in response to the issue of constricted parking spaces in major cities worldwide.

Three pages of the analysis are provided should you wish to peruse. Please click on the button to your left.

Includes three pages of the Analysis

Audio Digitizer converting digital audio to a file.

5 layer PCB solution in the Summer of 2020 during the coronavirus pandemic which was slightly altered in design, procured, and then implemented by me in London and controlled remotely by a student in California.                                                                      

  • Displays the testing and final process.

  • Includes use of I2S and SPI communication, PulseView

  • Design based upon 2014 cohort as a continuation yet altered slightly.

Audio Digitizer.JPG
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