Open to opportunities

Mohima Chowdhury Anushi

@mohimachowdhuryanush

Electrical and robotics engineer focused on building reliable hardware systems through embedded control, validation, and data analysis.

United States

Message

What I'm looking for

I’m looking for an entry-level electrical/robotics role where I can own system integration, do rigorous hardware validation, and use Python-based analysis to deliver reliable, high-performance devices.

I’m an electrical and robotics engineer with hands-on research experience in nuclear instrumentation, where I designed and validated a closed-loop cryogenic thermal test system for silicon strip detector characterization. I engineered custom mounting hardware, integrated thermal sensors and stabilization circuitry, and built a finite-difference thermal model to reduce temperature instability by ~30%. Using a Mesytec MMR/VMMR DAQ pipeline and ROOT-based analysis in Python, I helped validate repeatability across cryogenic cycles and improve detector performance to ~80% energy resolution.

In capstone and team leadership roles, I’ve led full electrical and mechanical integration for a high-performance combat robot—designing power distribution, tuning PWM motor control for torque delivery, and fabricating schematics and PCBs to integrate embedded components into the system architecture. I also lead Arduino/C++-based robotics programs and support neurodiverse learners through practical STEM projects, so I’m used to turning complex requirements into dependable, tested hardware that performs under real constraints.

Experience

Work history, roles, and key accomplishments

REU Nuclear Physics Research

Triangle Universities Nuclear Laboratory

May 2025 - Sep 2025 (4 months)

Designed and validated a closed-loop cryogenic test system for silicon strip detector characterization, reducing temperature instability by ~30% and achieving ~80% energy resolution. Built a DAQ pipeline with Mesytec MMR/VMMR and performed calibration and performance analysis using ROOT-based workflows in Python.

Silicon Strip Detectors Python Calibration Radiation Measurements

Lead Teacher

NORY, Inc.

Jun 2024 - Aug 2024 (2 months)

Led Arduino-based robotics programs across 10 NYC sites, mentoring 12+ students per class and supervising 450+ engineering projects. Supported neurodiverse learners with hands-on STEM instruction, managed 200+ progress reports, and earned CPR & DASA certification.

Arduino Robotics Mentoring Progress Reports Classroom Management

Lead Instructor & RA

Explo & Harvard Wyss Institute

Mar 2023 - Jul 2023 (4 months)

Taught AI/ML and served as a residential advisor for 25 pre-college students, advising 2 clubs and organizing 5+ events impacting 100+ children. Partnered with the Harvard Wyss Institute to build 4 prosthetic robotic hands and led 20+ students across 4 STEM expeditions with safety and logistics management.

Robotics Embedded Systems Student Advisement Event Coordination Program Management

Education

Degrees, certifications, and relevant coursework

Sweet Briar College

Bachelor of Science in Engineering, Engineering

Grade: 3.36/4.00

Activities and societies: Selected courses: Data Science & Machine Learning, Mechatronics, Theory of Structure, Systems Modeling & Controls, Dynamics & Kinematics, Electrical Circuits, Statistics, Linear Algebra, Statics/Strength of Materials, Material Science, Micro/Nano Engineering, MATLAB, Python, Thermal & Fluid Systems, ODEs, Capstone Design.

Pursuing a Bachelor of Science in Engineering (ABET accredited) with coursework including Data Science & Machine Learning, Mechatronics, Systems Modeling & Controls, and Capstone Design. Maintaining a GPA of 3.36/4.00.

Sweet Briar College

B.A. Mathematics, Mathematics

Grade: 3.36/4.00

Activities and societies: Relevant coursework includes Statistics, Linear Algebra, Algebraic Structure, Fundamental Proofs of Math, and Ordinary Differential Equations.

Completing a B.A. in Mathematics alongside the engineering degree. Coursework emphasizes core math foundations such as linear algebra and proofs.