I'm a mechanical engineering student with a problem solver's mindset and a pull toward aerospace, designing next-generation defense, aerospace, and medical device systems. From RF geo-locators to cardiac pumps, I bring precision engineering and inventive thinking to complex challenges.
The PDF portfolio is an older snapshot. For my current work, scroll down to the Projects section below.
I'm a Mechanical Engineering student at Northeastern University with a passion for aerospace systems, robotics, and medical device innovation. I've accepted a co-op offer to join Blue Origin in Cape Canaveral, FL starting Spring 2027, continuing to build toward a career in mechanical engineering within aerospace.
My engineering journey combines rigorous technical analysis with hands-on prototyping and real-world problem solving. From designing CubeSAT components and RF geo-locator systems to developing surgical implant hardware at Johnson & Johnson MedTech, I thrive on projects that push the boundaries of what's possible.
With experience spanning aerospace, defense, materials research, avionics, and medical devices, I bring a multidisciplinary approach to engineering challenges. I'm constantly learning, building, and seeking opportunities to create meaningful impact through technology.
CubeSat Development: Designed critical components for a 1U satellite, ensuring modularity and structural feasibility while adhering to mission constraints.
Flight Avionics: Acquired expertise in initiating serial communication between sensors and microcontrollers, enhancing system integration and data acquisition.
TAMID: Member of Consulting Track. Conducted research and analysis to provide reputable advice to CEOs.
InterVarsity Christian Fellowship: South Asian InterVarsity (SAIV).
University Nanosatellite Program: Member of the Guidance, Navigation, and Control Subsystem for the POLAR Satellite Mission, supported by the AFRL. Developed Interface Control and Design Documentation and performed satellite pointing simulations using MATLAB.
Solar Splash Electric Racing: Electrical Lead responsible for designing and implementing the power system configuration. Optimized solar panel setup to ensure maximum efficiency and performance.
Completed freshman year of undergraduate mechanical engineering program.
Accepted a co-op offer to join Blue Origin in Cape Canaveral, FL, continuing to build toward a career in mechanical engineering within aerospace.
Collaborating cross-functionally with electrical, mechanical, and software engineers to resolve subsystem integration challenges within classified laboratory environments.
Designed and iterated custom product components for Instron testing, supporting product verification efforts across the development lifecycle.
Educated 24 students on iterative design process and Six Sigma quality concepts. Fostered collaborative classroom environment through conflict resolution coaching and led student teams through structured design projects.
Designed optical component casings for 1U CubeSAT using FEA analysis and DFMA principles. Generated GD&T-compliant engineering drawings and fabricated prototypes using FDM and SLA 3D printing.
Developed flight computer software and designed PCBs optimized for EMI compliance. Implemented signal processing for reliable sensor data acquisition.
Operated volumetric DIW 3D printers with micron-level precision. Designed and fabricated 30+ experimental samples for adhesive properties research.
Led 7 engineers in designing electric boat power system. Achieved full NESC safety compliance and reduced costs by $7,000 through design optimization.
This is my up-to-date, interactive portfolio, kept current as new projects wrap up.
Led hardware design for a direction-finding system, from component selection to a field-tested prototype, as Hardware Lead on an intern training project at BAE Systems built to practice the engineering design process on an accelerated timeline.
Led fatigue analysis and co-designed a dual-power-screw compaction mechanism for a six-person mechanical design course, verifying every component and connection by hand and by FEA.
A wearable that automatically regulates body heat using embedded sensors and heating zones, inspired by how emperor penguins survive the Antarctic cold.
Engineered a flight-ready camera bracket for a 1U CubeSAT constellation, validated through FEA and vibration testing to survive launch and orbit.
Built a custom flight computer PCB with real-time telemetry, flight-proven aboard a test rocket launch from circuit design to touchdown.
Designed and validated spacecraft attitude control algorithms in MATLAB, stress-tested across 40+ Monte Carlo simulations for mission-ready reliability.
Engineered a wearable IoT tracker that streams live motion data from a moving subject, from embedded sensor fusion to a custom analytics dashboard.
Built and flew a high-altitude research payload selected for NASA's national TechRise challenge, capturing atmospheric composition data across multiple layers.
Investigated how microscopic structural patterns affect adhesion, using precision 3D-printed test structures to advance soft-materials research.
Interested in collaborating on engineering projects or discussing opportunities? I'd love to hear from you.