ANEKIN OCHOA
Avondale,AZ
Summary
Dynamic Electrical Engineering graduate with robust skills in circuit analysis, power systems, and embedded systems. Hands-on experience with MATLAB, C++, and various electrical testing tools, combined with a strong focus on renewable energy solutions. Aspiring to contribute technical expertise and innovative thinking in an entry-level engineering position.
Overview
2
2
years of professional experience
Work History
AI Response Evaluator
Data Annotation
02.2024 - 01.2026
- Evaluated AI-generated responses for factual accuracy, relevance, clarity, reasoning quality, and adherence to specified requirements.
- Developed prompts and test cases to uncover weaknesses and inconsistencies in AI-generated responses, enhancing evaluation accuracy.
- Conducted adversarial testing using challenging and edge-case prompts to expose reasoning errors and factual inaccuracies.
- Reviewed and annotated large volumes of responses against established evaluation criteria, ensuring adherence to quality standards.
- Documented errors and provided structured feedback, applying analytical reasoning and attention to detail to improve response evaluation.
Education
Bachelor of Science - Electrical Engineering
Arizona State University
Tempe, AZ05-2026
Skills
- Electrical Troubleshooting
- MPPT
- PWM Control
- Arduino
- Microcontrollers
- MATLAB
- C
- LTspice
- AutoCAD
- PCB Design
- Circuit Assembly
- Soldering
- Wiring
- Digital Multimeters
- Oscilloscopes
- Power Supplies
- Voltage/Current Measurement
- System Testing
- Data Analysis
- Component Selection
Engineering Projects
Portable Solar-Powered EV Battery Charging & Battery-Swapping System, Senior Design Project, Arizona State University, Spring 2026, Collaborated with a five-member engineering team to design, assemble, and validate a portable solar-powered charging system for a 24 V electric utility vehicle., Integrated a 120 W photovoltaic panel, MPPT charge controller, and 24 V, 9 Ah battery system to demonstrate renewable energy conversion, battery charging, energy storage, and vehicle operation., Performed voltage, current, charging, and thermal testing to evaluate system performance and verify stable electrical operation., Demonstrated approximately 2-hour charging under full sunlight and approximately 4-hour charging under cloudy conditions., Validated the complete energy-transfer cycle from solar generation to battery storage and vehicle operation using a removable battery-swapping system., Studied an ESP32-based DIY MPPT controller architecture involving PWM control, voltage/current sensing, power conversion, and thermal management., Designed and 3D-printed a protective enclosure for prototype power-electronics hardware.
Technical Skills
Circuit Analysis, Power Systems, Power Electronics, DC Power Systems, Renewable Energy Systems, Photovoltaic Systems, Battery Charging, Battery Energy Storage, MPPT, Charge-Controller Integration, Electrical Troubleshooting, ESP32, Arduino, Microcontrollers, PWM Control, MATLAB, C++, LTspice, AutoCAD, Digital Multimeters, Oscilloscopes, Power Supplies, Voltage/Current Measurement, System Testing, Data Analysis, Circuit Assembly, Wiring, Soldering, PCB Design, Component Selection
Timeline
AI Response Evaluator
Data Annotation
02.2024 - 01.2026
Bachelor of Science - Electrical Engineering
Arizona State University