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Nundun Patel

@nundunpatel

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I evaluate AI models for accuracy and safety while building EEG-based neural engineering research.

United States

Message

What I'm looking for

I’m looking for roles where I can evaluate and improve AI systems while applying neural engineering skills—especially EEG-based analysis. I want a team that values accuracy, safety, and rigorous experimentation with meaningful real-world impact.

I’m a Biomedical Engineering student with a concentration in Neural Engineering and hands-on experience spanning AI evaluation and clinical neurophysiology. I bring a detail-obsessed, research-minded approach to turning complex signals and model outputs into reliable, actionable results.

As a Handshake AI Remote Fellow, I evaluated AI responses for accuracy, clarity, and instruction-following to improve training quality and overall model reliability. I identified subtle artifacts and hallucinations, applied annotation guidelines consistently, and ranked/scored outputs using relevance, detail, and safety criteria to strengthen supervised learning datasets.

In neurofeedback and integrated therapy, I recorded and processed EEG data to support clinical protocols and cognitive assessments. I used artifacting and EEG brain mapping, analyzed frequency bands and power with FFT ratios, and conducted HRV assessments—while also guiding patients through neurofeedback training sessions to ensure protocol adherence.

I’ve also supported healthcare operations as a Pharmacy Technician and hospital volunteer, which sharpened my communication, organization, and speed under real-world constraints. Through projects like MATLAB-based EEG filtering and connectivity tools, I continue building practical signal-processing capability tied directly to neurological questions.

Experience

Work history, roles, and key accomplishments

Current

AI Evaluation Fellow

Current

Handshake AI

Dec 2025 - Present (6 months)

Evaluated AI responses for accuracy, clarity, and instruction-following to improve training quality and overall model reliability. Identified hallucination/content artifacts, applied annotation guidelines, and ranked outputs using relevance, detail, and safety criteria to strengthen supervised learning datasets.

AI model evaluation Annotations Safety Criteria Instruction Following Assessment Output Ranking Scoring Quality Assurance

Neurofeedback Intern

Neurofeedback & Integrated Therapy Institute

May 2025 - Aug 2025 (3 months)

Recorded and processed EEG data to support clinical neurofeedback protocols and cognitive assessments. Used artifacting, EEG brain mapping, frequency band analysis/FFT ratios, and HRV measurements to help identify biomarkers and support patient training sessions.

EEG Data Processing Artifact Rejection Frequency Band Analysis FFT Ratios HRV Assessment Neurofeedback Support Patient Coaching

Pharmacy Technician

CVS Health

May 2023 - Aug 2023 (3 months)

Processed medication pick-ups, verified stock accuracy, and maintained inventory reports, improving efficiency by 50%. Filled 200+ prescriptions per day with pharmacists, communicated medication and vaccination information to customers, and handled insurance updates and billing corrections.

Medication Verification Inventory Control Insurance Billing Customer Service Team Collaboration

Hospital Volunteer

AdventHealth Hospital

May 2022 - Aug 2022 (3 months)

Provided reception support and helped reduce overcrowding by assisting patients, visitors, and first responders with directions and general information. Escorted and safely transported patients between departments and supported hospital security by monitoring cameras and coordinating with law enforcement when needed.

Patient Safety Security Monitoring Healthcare Communication

Education

Degrees, certifications, and relevant coursework

University of Illinois Chicago

Bachelor of Science in Biomedical Engineering, Biomedical Engineering

Grade: GPA: 3.8

Activities and societies: Concentration: Neural Engineering. Relevant coursework: Medical Imaging; Fluid Mechanics; Circuit Analysis; Wearable Technology; Bioinstrumentation; Medical Affairs.

Bachelor of Science in Biomedical Engineering through the College of Engineering with accelerated M.S. coursework and a concentration in Neural Engineering. Relevant coursework includes medical imaging, fluid mechanics, circuit analysis, wearable technology, bioinstrumentation, and medical affairs.