Embedded and software systems that behave reliably in the real world.
I build across hardware, firmware, data pipelines, and web interfaces with an emphasis on maintainability and clarity.
Professional Portfolio
Computer Engineer, Cofounder, and Educator
I am CTO and cofounder of Stride with experience spanning embedded systems, research tooling, and technical instruction. I am currently pursuing an M.S. in Computer Engineering at Georgia Tech after earning a B.S. in Computer Engineering with a minor in Computer Science from BYU.
- Location
- Alpharetta, GA
- Phone
- 404-626-0025
Current focus
M.S. Computer Engineering
Georgia Institute of Technology, Atlanta, GA
Primary strengths
- Embedded systems & microcontroller programming
- Sensor integration (I2C, BLE, industrial telemetry)
- Signal processing & data analysis
- Technical instruction & curriculum design
Tooling and workflows that make technical work easier to repeat.
My research work focuses on signal processing, analysis pipelines, and simulation tooling that support dependable results.
Instruction that makes complex subjects practical and approachable.
I teach programming, STEM, and Spanish with a structured, project-based approach tailored to each learner.
Selected Experience
Recent roles
Juni LearningMay 2021 – Present
Private Instructor & Instructor Success Trainer
Remote
- Teach individualized programming, STEM, and Spanish lessons for students ages 7–18.
- Coach new instructors, evaluate curriculum delivery, and maintain quality standards.
- Develop and expand curriculum.
Brigham Young UniversitySep 2022 – Oct 2024
Undergraduate Researcher
Provo, UT
- Integrated sensing hardware for a non-invasive glucose monitoring device with Dr. Chiang and Dr. Davis.
- Built MATLAB/Python pipelines for signal processing, calibration, and data analysis.
- Collaborated across electrical, computer, and biomedical disciplines to refine device performance.
Purdue SCALE x Brigham Young UniversitySummer 2024
IMMERSE Summer Researcher
Provo, UT
- Led development of the Open-Source Circuit Radiation Effects (OSCRE) simulation framework.
- Created installer scripts and tooling workflows for Xschem and Ngspice to streamline SEE analysis.
- Co-authored the initial technical paper describing OSCRE and its applications.
Selected Projects
Recent work
Project2024
OSCRE Radiation-Effect Simulation Framework
Open-source workflow for modeling single-event effects in analog circuits.
- Directed architecture decisions and documentation for cross-institution collaboration.
- Packaged installer scripts that reduce setup time for researchers and students.
Project2024
Industrial Drill Monitoring Platform
Capstone system delivering live industrial drill telemetry to Epiroc engineers.
- Created responsive operator dashboards and BLE data pipelines for environmental sensing.
Technical Foundation
Broad engineering coverage with a bias toward practical execution.
I work comfortably across embedded systems, web applications, data analysis, and instruction, which makes it easier to move projects from concept to delivery without losing context.
Languages and frameworks