Christopher Lepore

Experienced embedded engineer with a proven track record in designing and developing embedded software systems tailored for precision electronic measurement equipment. Proficient in meticulously documenting work through comprehensive design reports and software verification reports, ensuring high-quality and reliable outcomes. Adept at self-teaching and quickly mastering new technologies, leveraging this ability to tackle complex problems and deliver innovative solutions.

Embedded Systems Essentials with Arm | edX - April 2023

• Traffic Controller: Designed a traffic light controller using a Nucleo-64 microcontroller with C and C++ programming which included an urban, rural setting with the features of sensors and crosswalks, flashing yellow/red, and red/red mode. An LCD was programmed as a menu to change the mode, time delay of the yellow lights and red/green lights and set a mode change at a certain time of day.
• DC motor speed controller: Maintains the RPM of a DC motor despite friction using a Nucleo-64 microcontroller in combination with a potentiometer (that sets the speed).
• ARM LEGv8 processor: Designed an ARM LEGv8 processor capable of R-type, LDUR/STUR/ CBZ/CBNZ, and B type instructions. This design also includes schematic for Register file, ALU, Full data path and pipelined data path.
• 4-bit ALU: Designed the transistor schematic and layout for a 4-bit ALU using Electric VLSI which included XOR, XNOR, AND, NAND, OR, NOR, ADD, SUB, and SLT operations.
• Game combo: Designed a combination game using Verilog that involved flipping 6 switches in order according to the numbers on 6 7-segment displays. The game also included a timer, high scores, and varying difficulties.
• Drone: Worked as the computer engineer in a team of 4 to design a fully operational drone that is capable of controlled flight using Brushless Motors. Drone included added capabilities and innovations.