Aviation Electronics Technician Chief, leads, manages, coordinates teams of personnel in the maintenance, calibration, repair, and troubleshooting of avionic equipment to include software maintenance. Avionic equipment encompasses RADAR, SONAR, LASER, ICs, microminiature repair, as well as Communication, Navigation, and Identification avionics. Managed avionic and aircraft support equipment inventories. Efficient team leader, manager, and motivator.
Currently enrolled in a dual-major program, studying Computer and Electrical Engineering with a minor in Computer Science. My concentration area is Computer Hardware Systems.
Graduation Date: May 2025
Studied the basis of computer and electrical engineering. Graduated Cum Laude with a GPA of 3.219.
Member of the National Society of Black Engineers
Computer Architecture
Embedded Systems
Advanced Digital Design and FPGAs
Data Structures and Algorithms
Operating Systems
Digital System Design
Microcontrollers
Microelectronics Materials and Fabrication
Arithmetic Logic Unit
Designed individual components comrpising an Arithmetic Logic Unit (ALU), including a half-adder, OR gate, 16-bit full-adder, 16-bit multiplier, 16-bit multiplexer, and the ALU itself.
Built-In Self Test (BIST) Controller
Designed a Built-In Seft Test Controller for a computer processor.
Hexadecimal to Seven Segment Display Decoder
Designed a hexadecimal to seven segment display decoder implemented with a phase locked loop via Quartus and Aldec environments. Also incorporated this design in a 27-bit counter with clocck multiplexing.
Simple Digital Calculator
Created a simple digital calculatorthat takes as input two 8-bit signed two's complement operands and outputs a 16-bit signed two'scomplement result for addition, subtraction, and multiplication. For division, the calculator outputs an8-bit quotient and 8-bit remainder, both signed two's complement numbers. The calculator also operates using a 50MHz clock which is used to store values in registers for calculationand also for the result
MIPS Processor
Implemented a simple processor that supported 7 different instructions, two instruction formats, supported 256 half words of RAM (256 addresses by 16 bits), with 8 registers. The basic design was a single cycle processor which implemented the Instruction Decode/Execute, ALU, Register File and Data Memory sections. Each instruction was 16 bits wide, with two formats, R-Type (register) and I-Type (immediate).