Embedded and software systems that stay dependable outside the lab.
I work across firmware, telemetry, analysis workflows, and user-facing interfaces with an emphasis on maintainability and disciplined execution.
Professional Portfolio
ComputerEngineer,Cofounder,and Educator
I build dependable systems across embedded engineering, research tooling, and technical instruction. I serve as CTO and cofounder of Stride and 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
Tooling and technical workflows that make complex work easier to repeat.
From signal processing pipelines to simulation environments, I focus on building systems that are clear, testable, and practical for teams to use.
Teaching that stays structured, practical, and measurable.
I teach programming, STEM, and Spanish through project-based instruction that emphasizes understanding, execution, and clear progress.
Engineering & Research
Selected technical work
Brigham Young UniversitySep 2022 – Oct 2024
Undergraduate Researcher
Research support for non-invasive glucose monitoring, with emphasis on sensing hardware and analysis tooling.
- Integrated sensing hardware for a non-invasive glucose monitoring prototype in a multidisciplinary lab setting.
- Built MATLAB and Python pipelines for signal processing, calibration, and data analysis.
Purdue SCALE x Brigham Young UniversitySummer 2024
IMMERSE Summer Researcher
Research tooling and simulation workflow development for radiation effects in analog circuits.
- 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.
Epiroc Senior ProjectJan 2024 – Apr 2024
Capstone Engineer – Industrial Drill Sensor Integration
Industrial telemetry capstone focused on operator visibility, BLE transport, and sensor integration.
- Designed an operator-facing drill monitoring interface with BLE updates to a supervisory server.
- Implemented I2C sensor communication for temperature and pressure telemetry.
Selected Projects
Flagship builds and proof points
Project2024 – 2025
OSCRE Radiation-Effect Simulation Framework
Open-source simulation workflow for modeling single-event effects in analog circuits.
Role: Architecture, tooling workflow design, documentation, and publication support.
- Structured the framework for cross-institution collaboration and reproducible research use.
- Reduced setup friction for Xschem and Ngspice-based radiation-effects analysis.
Project2024
Industrial Drill Monitoring Platform
Capstone platform delivering live industrial drill telemetry to Epiroc engineers through an operator-facing interface.
Role: BLE telemetry integration, sensor communication, and monitoring interface implementation.
- Delivered temperature and pressure telemetry to a supervisory workflow.
- Connected live sensor data to a readable engineering interface for field monitoring.
Instruction & Curriculum
Teaching remains part of the work, but it sits on its own clearly defined track.
I teach private lessons and support instructor quality with the same structured, systems-minded approach I bring to engineering work.
Juni Learning
Private Instructor & Instructor Success Trainer
One-on-one instruction and instructor quality support across programming, STEM, and Spanish.
View teaching detailsTechnical Foundation
Broad coverage, practical scope, and communication that stays clear as projects grow.
I work comfortably across embedded systems, modern web stacks, data analysis, and instruction, which helps reduce handoff friction and keeps technical decisions aligned with delivery.