All projects
Hardware & EmbeddedNational Science Foundation · UofL · Summers 2024 & 2025
Chip Camp (NSF)
Taught 30 high-schoolers to build a 4-bit adder three ways: ICs, FPGA, and microcontroller.
Role: Instructor (paid)

Overview
A National Science Foundation–funded summer program for Louisville high-schoolers interested in hardware. Working with the CSE department chair, I taught and guided ~30 students to build a 4-bit adder three different ways (with discrete IC components, on an FPGA, and on a microcontroller), including hands-on soldering and bring-up. Paid, two summers running (2024 & 2025).
Try it yourself: a real 4-bit adder
This is the real logic, not a picture. Toggle bits for A and B and watch the carry ripple through the gates (or drop in the IC). It's the same 4-bit adder I taught three ways here: with primitive gates, on an FPGA, and on a microcontroller.
A13
81
41
20
11
+
B11
81
40
21
11
result13 + 11 = 24
1C4
1S3
0S2
0S1
0S0
ripple-carry
full adder · bit 1
Highlights
- Designed and led hands-on labs building a 4-bit adder with ICs, FPGAs, and microcontrollers.
- Taught soldering, digital-logic fundamentals, and hardware bring-up to high-school students.
- Collaborated directly with the department chair under NSF funding.