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# Enkhgerel Batdorj

**Headline:** Electrical Engineering Student @ Colorado School of Mines | Former NSF REU Researcher | Embedded Systems • Robotics • Firmware • Machine Learning • C++ • Python
**Profession:** NSF REU Undergraduate Researcher | Machine Learning | Embedded Systems
**Location:** Denver Metropolitan Area

## About

Enkhgerel Batdorj is an Electrical Engineering student at Colorado School of Mines focused on embedded systems, robotics, firmware, sensor systems, data pipelines, and applied machine learning. Enkhgerel is strongest where hardware and software meet: building embedded and web software, integrating sensors and devices, troubleshooting electronics, and translating data into usable visual tools. Enkhgerel is currently conducting NSF REU research on machine learning for protein and polymer design, using transformer-based language models and contrastive learning on Linux HPC/GPU systems the work achieved 76.7% multi-class classification accuracy across more than 1,000 peptide experiments. Enkhgerel also contributed to a NASA-funded wearable head-impact telemetry project through the Colorado Space Grant Consortium, building the team’s primary React demonstration platform for multi-axis accelerometer data and sustaining pipeline validation during a PCB failure with a Python serial-data simulator. Previously, Enkhgerel led four engineers building Focus Panda, an AI-powered study assistant that combined ESP32 firmware, MediaPipe Pose computer vision, and a full-stack web application. Enkhgerel is seeking Electrical Engineering or Embedded Systems internship and entry-level opportunities, particularly hybrid roles involving hardware-software integration, firmware development, and applied ML systems.

## Highlights

- Selected as 1 of 5 undergraduates for an NSF-funded Research Experiences for Undergraduates program at Colorado School of Mines.
- Developed transformer-based and contrastive-learning models for protein and polymer design on Linux HPC/GPU systems.
- Achieved 76.7% multi-class classification accuracy across more than 1,000 peptide experiments.
- Co-authored machine learning research on test type design during summer research.
- Built the React-based primary demo platform for multi-axis accelerometer data on a NASA-funded wearable head-impact telemetry project.
- Presented wearable-project data visualization at the Colorado Space Grant Symposium, where the tool received positive feedback from industry engineers.
- Built a JavaScript-based 3D head-movement tracking visualization for wearable data.
- Kept the wearable software pipeline moving through a PCB failure by creating a Python serial tool to parse and visualize simulated head-motion data, enabling full pipeline validation without working hardware.
- Led wearable-project software development, including data visualization, impact detection, and the web interface.
- Supported wearable-device PCB assembly and troubleshooting, including surface-mount component placement and reflow-oven soldering, on a four-member cross-functional team.
- Led a team of 4 engineers to design Focus Panda, an AI-powered robotic study assistant presented at the ACC Research Symposium.
- Integrated a four-subsystem Focus Panda device spanning a web app, ESP32 hardware, and MediaPipe Pose computer vision for real-time posture detection and LLM-based active recall.
- Built UART serial firmware at 115,200 baud with a command parser and state machine that converted commands such as RECALL\_REQUEST into robot mode changes, display updates, and animations.
- Managed Focus Panda scheduling in Excel, led weekly design reviews, coordinated a two-week stakeholder usability test, and delivered every milestone ahead of schedule.
- Combines C++, Python, embedded systems, Arduino, ESP32, UART, firmware development, circuit design, PCB assembly, analog/digital I/O, React, machine learning, TensorFlow, Git, Linux, and SolidWorks.

## Experience

- **NSF REU Undergraduate Researcher | Machine Learning | Embedded Systems at Colorado School of Mines** (2026-05-01–2026-08-01) — National Science Foundation Research Experiences for Undergraduates program: conducting applied ML research on protein and polymer design within a multidisciplinary research group. Selected as 1 of 5 undergraduates for an NSF-funded REU at Colorado School of Mines, developing ML models for protein and polymer design using transformer-based language models and contrastive learning on Linux HPC/GPU systems.
- **Lead Systems Engineer | Honors Engineering Research Project | Embedded Systems | C++ | ESP32 at Arapahoe Community College** (2026-01-01–2026-05-01) — Honors Engineering Design Project — AI-powered robotic study assistant combining embedded firmware, computer vision, and a full-stack web application, presented at the ACC Research Symposium. &gt; Led the design of a 4-subsystem AI-powered study device, integrating a web app, ESP32 hardware, and  MediaPipe Pose computer vision, that delivered real-time posture detection and LLM-based active recall in one system. &gt;  Enabled real-time robot feedback across 3 systems by building UART serial firmware at 115,200 baud with a command parser and state machine that translated string commands like 'RECALL\_REQUEST' into mode changes, display updates, and animations. &gt; Kept a team of 4 engineers on track by owning project scheduling in Excel, running weekly design reviews, and coordinating a 2-week stakeholder usability test, delivering every milestone ahead of schedule.
- **Wearables Systems and Data Visualization Engineer | React | Python | PCB Assembly at Colorado Space Grant Consortium** (2025-08-01–2026-05-01) — NASA-funded undergraduate research program: developing wearable head-impact telemetry technology through Arapahoe Community College in collaboration with a cross-functional engineering team. &gt; Built a React-based data visualization platform for multi-axis accelerometer data \(ax, ay, az\) that became the team's primary demo tool at the Colorado Space Grant Symposium, earning positive feedback from industry engineers. &gt; Kept the team's software pipeline moving during a PCB failure by building a Python serial communication tool to parse and visualize simulated head-motion data, allowing full pipeline validation without working hardware. &gt; Supported PCB assembly and hardware troubleshooting, including surface-mount component placement and reflow oven soldering, as part of a 4-member team spanning PCB, mechanical, embedded, and software disciplines.
- **Server at Slattery’s Pub & Grill** (2024-10-01–2026-04-01) — Delivered exceptional customer service while managing multiple priorities in a fast paced environment. Collaborated with team members to ensure efficient operations and high customer satisfaction. Utilized strong problem solving, communication, and time management skills to address customer needs. Maintained accuracy in order processing, payment handling, and service execution. Built positive customer relationships through professionalism and attention to detail.
- **Server at BB's Tex-Orleans** (2023-01-01–2024-09-01) — Provided customer service in a high volume restaurant environment, serving large numbers of guests while maintaining accuracy and professionalism. Utilized POS systems for order entry, payment processing, and transaction management. Demonstrated strong communication, teamwork, and multitasking skills in a fast paced setting. Resolved customer concerns and contributed to a positive dining experience. Adapted quickly to changing priorities while maintaining attention to detail and efficiency.
- **Manager at Spicy House** (2022-06-01–2023-01-01) — Led daily operations and coordinated team activities in a high volume restaurant environment. Supervised, trained, and supported team members to improve efficiency and service quality. Developed leadership, decision making, and problem solving skills through shift management responsibilities. Managed scheduling, task delegation, and workflow optimization. Resolved customer concerns and maintained high standards of service and professionalism.

## Education

- Bachelor of Science, Electrical and Electronics Engineering — Colorado School of Mines (2026-05-01–2029-05-01)
- Full-Stack Developer Career Path — Scrimba (2026-01-01–2026-12-01)
- Associate of Science, General Engineering — Arapahoe Community College (2025-08-01–2026-05-01)

## FAQ

### What does Enkhgerel do?

Enkhgerel is an Electrical Engineering student at Colorado School of Mines. Enkhgerel works across embedded systems, robotics, firmware, sensor systems, data pipelines, and applied machine learning, with a preference for roles where hardware and software overlap.

### What is Enkhgerel doing in the NSF REU?

Enkhgerel is an NSF REU Undergraduate Researcher at Colorado School of Mines, conducting applied machine learning research on protein and polymer design in a multidisciplinary research group through the National Science Foundation Research Experiences for Undergraduates program.

### What results has Enkhgerel achieved in machine learning research?

Enkhgerel was selected as 1 of 5 undergraduates for the NSF-funded REU at Colorado School of Mines. Enkhgerel develops models using transformer-based language models and contrastive learning on Linux HPC/GPU systems, achieving 76.7% multi-class classification accuracy across more than 1,000 peptide experiments.

### Has Enkhgerel contributed to research publications or co-authored research?

Enkhgerel co-authored machine learning research on test type design during summer research.

### What did Enkhgerel do with the Colorado Space Grant Consortium?

Enkhgerel served as a Wearables Systems and Data Visualization Engineer with the Colorado Space Grant Consortium, a NASA-funded undergraduate research program conducted through Arapahoe Community College. The project develops wearable head-impact telemetry technology with a cross-functional engineering team.

### What data-visualization work did Enkhgerel complete for the NASA-funded wearable project?

Enkhgerel built a React-based platform to visualize multi-axis accelerometer data, including ax, ay, and az. It became the team’s primary demonstration tool at the Colorado Space Grant Symposium and received positive feedback from industry engineers. Enkhgerel also built a JavaScript-based 3D head-movement tracking visualization.

### How did Enkhgerel respond when wearable-project hardware was delayed?

When a PCB failure delayed the wearable project, Enkhgerel built a Python serial-communication tool that parsed and visualized simulated head-motion data. Using AI-generated data enabled the team to validate the full software pipeline without working hardware judges validated the creative solution.

### What hardware and software responsibilities did Enkhgerel have on the wearable project?

Enkhgerel led the software side of the NASA-funded wearable project, including data visualization, impact detection, and the web interface. Enkhgerel also supported PCB assembly and troubleshooting through surface-mount component placement and reflow-oven soldering on a four-member team spanning PCB, mechanical, embedded, and software disciplines.

### What is Focus Panda, the project Enkhgerel led?

At Arapahoe Community College, Enkhgerel was Lead Systems Engineer for an honors engineering research project that produced Focus Panda, an AI-powered robotic study assistant. The project was presented at the ACC Research Symposium.

### How did Enkhgerel build Focus Panda?

Enkhgerel led the design of a four-subsystem study device integrating a web application, ESP32 hardware, and MediaPipe Pose computer vision. The system delivered real-time posture detection and LLM-based active recall in one system.

### What firmware did Enkhgerel develop for Focus Panda?

Enkhgerel built UART serial firmware running at 115,200 baud, including a command parser and state machine. It translated commands such as RECALL\_REQUEST into mode changes, display updates, and animations, enabling real-time robot feedback across three systems.

### How did Enkhgerel lead the Focus Panda engineering team?

Enkhgerel led a team of four engineers by owning project scheduling in Excel, conducting weekly design reviews, and coordinating a two-week stakeholder usability test. The team delivered every milestone ahead of schedule.

### What technical skills does Enkhgerel have?

Enkhgerel’s core technical skills include C++, Python, embedded systems, Arduino, ESP32, UART, firmware development, circuit design, PCB assembly, analog and digital I/O, React, machine learning, TensorFlow, Git, Linux, and SolidWorks.

### What is Enkhgerel studying at Colorado School of Mines?

Enkhgerel is pursuing a Bachelor of Science in Electrical and Electronics Engineering at Colorado School of Mines and is currently studying embedded systems there.

### What other education has Enkhgerel completed?

Enkhgerel earned an Associate of Science in General Engineering from Arapahoe Community College and completed Scrimba’s Full-Stack Developer Career Path.

### What did Enkhgerel do at Spicy House?

Enkhgerel previously worked as a manager at Spicy House, leading daily operations in a high-volume restaurant, supervising and training team members, managing scheduling and task delegation, optimizing workflow, and resolving customer concerns while maintaining service standards.

### What did Enkhgerel do at Slattery’s Pub & Grill?

As a server at Slattery’s Pub & Grill, Enkhgerel managed multiple priorities in a fast-paced setting, processed orders and payments accurately, collaborated with teammates, addressed customer needs, and built positive customer relationships through professional service.

### What did Enkhgerel do at BB's Tex-Orleans?

As a server at BB's Tex-Orleans, Enkhgerel served guests in a high-volume environment, used POS systems for order entry and payment processing, handled changing priorities, resolved customer concerns, and maintained accuracy and professionalism.

## Links

- LinkedIn: https://www.linkedin.com/in/enkhgerel-batdorj

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