Demarice Rice-Williams

Engineering Physics graduate with hands-on laboratory, prototyping, and process optimization experience. Six Sigma White Belt certified, with working knowledge of Lean manufacturing principles, standardized documentation, and root cause problem-solving. Experienced in supporting technical systems, validating process accuracy, and collaborating cross-functionally in fast-paced environments. Seeking to contribute to production technology sustainment, equipment readiness, and continuous improvement initiatives as an Assembly Manufacturing Technician.

• Six Sigma White Belt, 05/25
• Leadership & Negotiation Workshop, Fordham University, 05/24
• Data Analytics & Business Intelligence, Ongoing

• Optimized Energy Efficiency in Fluid Models: Supported university-level research by simulating and analyzing fluid mechanics systems, improving flow dynamics.
• Built Solar Tracking System: Designed a dual-axis solar tracker using SolidWorks and Arduino, enhancing solar panel efficiency through active light tracking.
• Automated Experimental Data Processing: Developed Arduino-based scripts for real-time data collection and visualization in physics labs.
• Drove 2,000% Increase in Athlete Engagement: As NIL Ambassador, led targeted outreach and social media campaigns, resulting in exponential participation growth at Fordham.
• Expanded Diversity Recruitment: Helped launch the NYC Men Teach HBCU Road Show, fostering new pipelines between schools and underrepresented educator candidates.
• Presented Strategic Fan Engagement Proposal: Co-created a fan experience campaign and pitched it to the New York Giants, showcasing cross-disciplinary thinking.
• Mentored High School Athletes: Contributed to recruiting camps, supporting young athletes in their development and exposure to college-level athletics.
• Bachelor of Science in Engineering Physics, Fordham University, New York, NY, 05/25

• Dual-Axis Solar Tracker - Prototype Development, Designed and assembled a fully functional solar tracking system using SolidWorks and Arduino., Integrated sensors and actuators to enable real-time automated positioning., Improved energy capture efficiency by 20% through dynamic angle adjustment., Conducted wiring verification, calibration checks, and troubleshooting to stabilize performance., Documented build process and operating procedures for repeatability.
• Experimental Physics Systems Optimization, Simulated and analyzed fluid mechanics systems to improve flow dynamics., Applied statistical analysis and optimization methods to validate system improvements., Maintained detailed procedural documentation to support experimental reproducibility.
• 2D Campus Navigator Game (C++), Designed modular program architecture using structured logic., Performed debugging and system validation testing to improve functionality., Applied systematic troubleshooting methods to resolve performance errors.

• Classical Mechanics
• Fluid Mechanics
• Statistical Thermodynamics
• Experimental Physics Labs
• Computer Science I
• Multivariable Calculus

• Crawlspace Technician, Crawlspace Medic, Greenville, SC, 09/25, 02/26
• Research Assistant, Fordham University, Bronx, NY, 12/23, 05/25
• Graphic Designer, NYC Department of Education, New York City, NY, 05/22, 09/23
• Community Service Volunteer, Part of the Solution 501(P.O.T.S), Bronx, NY, 03/22, 05/25
• Event Promotions Specialist, Metlife Stadium, E. Rutherford, NJ, 08/21, 01/22
• NCAA Division I Student-Athlete, Fordham University, Bronx, NY, 07/21, 12/24
• Campus Ambassador, Influxer NIL Platform, New York, NY, 07/24, 12/24

Dual-Axis Solar Tracker: Designed a Dual-Axis Solar Tracker using Arduino and SolidWorks, applying theoretical concepts to build a functioning renewable energy prototype. 2D Campus Navigator Game: Developed a 2D Campus Navigator Game in C++, applying computer science principles and logical design to simulate real-life student challenges in a text-based environment.

Research Assistant, Fordham University, Bronx, NY, 12/23, 05/25| Led laboratory investigations in materials science, polymer physics, laser optics, and renewable energy systems. Performed equipment setup, calibration, and validation checks to ensure experimental reliability. Documented procedures and findings in structured technical reports aligned with standardized lab protocols. Automated experimental data collection using Arduino-based scripts to improve data accuracy and efficiency. Supported troubleshooting of instrumentation and measurement inconsistencies.

• Jackie Robinson Foundation Scholar, Recognized for academic excellence, leadership, and community service.
• National Honor Society & Beta Club Member, Awarded during high school for academic achievement and character.