Nahum Yonas
Wylie,TX
Summary
Passionate freshman Electrical Engineering student at the University of Texas at Dallas, aspiring to advance technology to the next frontier. Driven to become an experimental test pilot in the United States Air Force and pioneer the next generation of transformative technologies. Committed to shaping the future of aerospace and engineering through innovation and a relentless pursuit of excellence.
Overview
2
2
years of professional experience
Work History
Air Force ROTC
University of North Texas
01.2025 - Current
- Commit 5 hours weekly as a GMC cadet: 1-hour academic class, 2-hour leadership laboratory, and 2-hour physical training sessions.
- Learn foundational military skills, including marching, customs, courtesies, and professional uniform wear during leadership laboratory sessions.
- Meet fitness benchmarks: 1-minute push-ups (39 reps), sit-ups (39 reps), and a 1.5-mile run (13:36 or faster) for male cadets.
- Maintain academic performance with a minimum 2.0 GPA for active status and 2.5 GPA for scholarship eligibility while completing 12+ credit hours each semester.
- Participate in physical training at 6 AM weekly, developing discipline, endurance, and teamwork under a structured program.
- Prepare for Field Training: a 2-week leadership evaluation and testing program at Maxwell AFB, critical for progression to advanced officer courses.
Advisor
Best Buy
11.2024 - Current
- Assisted customers in identifying the best devices to meet their needs, streamlining purchases, returns, and online orders to ensure a seamless shopping experience.
- Packaged and shipped over 300+ customer orders with speed and accuracy.
- Collaborated effectively with team members during high-demand periods, including Black Friday and the Christmas rush, maintaining exceptional customer service and operational efficiency.
Undergraduate Research
UT Dallas
08.2024 - Current
- Designed a compact, portable GNSS sensing platform for low-cost ionospheric scintillation studies; reduced system size to 17.5" x 26" x 20" and weight to 20.8 lbs.
- Developed a standalone solar-powered platform using a 30W solar panel and a 12V, 20Ah SLA battery with a 2.5-day reserve capacity.
- Implemented hardware including a Mosaic-X5 GNSS receiver, Raspberry Pi 4, and cellular modem for real-time data transmission.
- Conducted a 24-hour experiment to evaluate signal interference caused by mounting on poles, observing multipathing effects.
- Gained hands-on experience in metalwork, circuit assembly, and wiring management for rugged and safe designs.
- Achieved a total project cost of $507 for reproducible and weather-resistant deployment.
Summer Intern
NanoExplorer
06.2024 - 08.2024
- Company Overview: Summer research at the TxACE (Texas Analog Center of Excellence) lab at UT Dallas
- Worked under the mentorship of Dr. Kenneth O to design a 25-bit Shift Register for thermal imaging
- Designed and implemented a simulation for a data-shifting system which verified correct data output.
- Reduces noise by using only the best-performing pixels
- Improve quality in thermal imager in the 20-40 THz range
- Gained proficiency in Integrated Circuit Design and simulation
VEX Robotics Club
Captain
08.2022 - 05.2024
- Designed and built a robot for the "Over Under" VEX Robotics Competition, incorporating a drivetrain optimized with a 2:3 torque gear ratio, enabling traversal of center bars while maintaining a speed of 400 RPM.
- Implemented a Power Take-Off (PTO) system to dynamically reallocate two drivetrain motors to power a catapult, improving versatility and strategic gameplay.
- Developed a catapult mechanism with a 36:60 torque-geared ratio and a slip gear system, enabling efficient launching of scoring objects with automatic resetting for rapid reloads.
- Enhanced the robot's speed by upgrading motors from 200 RPM to 600 RPM and redesigned the drivetrain using a combination of omni and traction wheels for improved agility and climbing capabilities.
- Engineered wings powered by pneumatics to extend and redirect scoring objects, incorporating a lockout mechanism to ensure stability and functionality during matches.
- Integrated a temperature-monitoring system with visual feedback on the robot's brain interface, reducing motor overheating risks during competition.
- Conducted iterative testing and redesigns, including the addition of ramps, gear guards, and reinforced chassis components, to improve performance and durability under competitive conditions.
Education
B.S - Electrical Engineering
University of Texas At Dallas
Richardson, TX01.2028
Skills
- Python
- Integrated Circuit Design
- Electronic wiring
- Leadership
- Adaptability
- Teamwork
Accomplishments
SACA(Smart Automation Certification Alliance)
- 2023
- Skills in advanced manufacturing and smart automation technologies, including Industry 4.0 systems.
Networking Information Technology Specialist(Certiport)
- 2022
- Foundational skills in network infrastructure, troubleshooting, and IT security.
Timeline
Air Force ROTC
University of North Texas
01.2025 - Current
Advisor
Best Buy
11.2024 - Current
Undergraduate Research
UT Dallas
08.2024 - Current
Summer Intern
NanoExplorer
06.2024 - 08.2024
VEX Robotics Club
Captain
08.2022 - 05.2024
B.S - Electrical Engineering
University of Texas At Dallas
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