ProfileSystemsArchive
Available for internships // Fall 2026 - Spring 2030
Electrical engineering // Embedded systems // Robotics
MINH KHOANGUYEN
I build physical systems that sense, decide, and move.
Electrical engineering student at the University of Texas at Dallas.
- Base
- Dallas-Fort Worth
- Focus
- Hardware + code
- Mode
- On-site preferred
FIELD PROFILE // VERIFIEDMINH KHOA NGUYENElectrical engineering // UTD
SYS: EMBEDDEDLOC: DFW_TXGRAD: 2030
01PROFILEMKCORE ID30CLASS
01SCROLL TO ACCESS PROJECT ARCHIVE Electrical engineering◆Embedded systems◆Robotics + controls◆Rapid prototyping◆
01 // Technical matrix
Working across the physical-digital boundary.
AEmbedded systems
Arduino, C/C++, analog sensing, PWM outputs, state and timing logic.
BRobotics + mechanics
Mechanical design, CAD, assembly, iterative repair, competition execution.
CEngineering computation
MATLAB, Python, linear algebra, data analysis, AI-assisted workflows.
Bars visualize current portfolio emphasis, not self-rated proficiency.
01.1 // Programming depth
Languages and computing tools, ranked by current experience.
Ordered from highest to developing hands-on depth. Rank is relative, not a proficiency score.
Rank01
Primary workflowPython + NumPy
Scientific scripting, data transformation, numerical analysis, and rapid engineering experiments.
Rank02
Analytical computingMATLAB
Matrix-based modeling, visualization, algorithm development, and engineering computation.
Rank03
Embedded foundationC / C++
Microcontroller behavior, state logic, sensor input, timing, and hardware-facing control.
Rank04
Interactive systemsLuau
Roblox gameplay logic, event-driven scripting, reusable modules, and interactive prototypes.
02 // Selected work
Systems built under real constraints.
Mechanical execution, embedded behavior, and iterative testing presented as engineering evidence, not a software inventory.
VEX VRC Team 77245B // Sep 2025 - Mar 2026
Competitive robotics from first build to regional qualification.
Co-founded a VEX Robotics team and drove mechanical design, CAD modeling, physical assembly, and rapid match-floor troubleshooting across a full competition season.
- 01Tournament Finalist at Katy Love of the Bots V5RC Push Back
- 02Qualified for the Texas V5RC High School Region 3 Championship
- 03Repaired and optimized physical systems during high-stakes alliance matches
Electrical system designMechanical designCADAssembly
02AEmbedded prototype
RC control interface // Steering input
Potentiometer LED tracker
Maps analog steering position across a five-LED light bar. Each LED receives PWM brightness based on its distance from the sensed position, producing a smooth visual indicator instead of five abrupt states.
diff = abs(position - middle)
brightness = (1 - diff / half) * maxScale
analogWrite(pin, brightness)
02BEmbedded prototype
RC control interface // Pedal input
Accelerating LED dimmer
Distinguishes quick taps from sustained presses. Taps provide controlled increments, while a held input reduces its delay and increases the output ramp to simulate progressive pedal acceleration.
if (held >= threshold) {
delayTime -= 2
brightness += 2 + delayTime / 10
analogWrite(LED, clamp(brightness))
}
03 // Trajectory
Building depth throughout the degree.
2030
The University of Texas at Dallas
B.S. Electrical Engineering
July 2026 - May 2030 // Dallas-Fort Worth
Current position // Synchronizing // auto-synchronized
Seeking electrical engineering, embedded systems, and robotics internships throughout undergraduate study. On-site preferred; remote considered.
Verified learning log05 records
- 01
Mastering Programming with MATLABVanderbilt University // Jul 2026
↗ - 02
AI-assisted MATLAB Programming with ChatGPTVanderbilt University // Jun 2026
↗ - 03
Introduction to Programming with MATLABVanderbilt University // Jun 2026
↗ - 04
Python for Data Science, AI & DevelopmentIBM // May 2026
↗ - 05
Generative AI: Enhance Your Data Analytics CareerIBM // May 2026
↗
01Competition system