‣ Founded and led a career readiness program, providing 45+ minority students with professional development seminars, networking opportunities, and alumni mock interviews, resulting in 20 students securing internships in tech and engineering.‣ Raised $120,000+ from Berkeley Engineering and sponsors to support student professional development events, recruiting sessions, socials, scholarships, and fund four free trips to the National Society of Black Engineers and AfroTech conventions.‣ Initiated a contact database of 150+ alumni and a 50-pair mentorship program, boosting club alumni engagement by 60%.

‣ Organized and led 20+ student workshops focused on resume building, LinkedIn, networking, career fair preparation, and interview skills, resulting in 40+ Black STEM students securing valuable internship and research opportunities.‣ Coordinated data entry and logistics for 50+ UC Berkeley attendees at the National Society of Black Engineers' 50th Convention, ensuring seamless registration and event experience.‣ Facilitated community bonding among Black STEM students at UC Berkeley and nearby colleges through 15+ social events.

‣ Consulted for a multi-billion-dollar adult beverage company to launch a machine learning algorithm optimizing water usage and environmental impact during beverage creation and the associated cleaning processes.

‣ Completed 15+ business case studies and assignments to grow leadership and technical management skills.‣ Accepted into a selective 18-month professional development program for high-achieving, diverse talent.‣ Attended conferences hosted by industry leaders such as Deloitte, LinkedIn, and Target.

‣ Managed 50+ communications for 100+ mentorship pairs, boosting student engagement and event attendance by 20%.‣ Advanced academic support for 150+ minority engineers through collaborative development of faculty-led initiatives.‣ Planned and operated 10+ social events to promote mental wellness and community bonding among UC Berkeley College of Engineering students.

‣ Crafted a PRD with four engineers for advanced air mobility vehicles' piloting software to guide product creation timeline.‣ Simulated air traffic management models to optimize scheduling and separation for urban air mobility vehicle departures.‣ Developed and tested Python system architecture models to integrate UAM subsystems for refined simulation performance.‣ Conducted comprehensive user research to identify customer needs, leading to the customization of piloting software features and resulting in a predicted 20% increase in customer acquisition and a 25% improvement in UI/UX satisfaction.‣ Organized and presented six technical research briefings to the NASA Ames Research Center Director, Deputy Center Director, and head NASA engineers and researchers, resulting in a 5% increase in funding for the Air Mobility Pathfinders Project.

‣ Developed an ML model using the Held-Karp algorithm, cutting water use and production time in the beverage line by 20%.‣ Designed a linear regression model to predict water usage, environmental impact, and net profit margins for new beverages.‣ Collaborated with stakeholders and engineers to define system requirements, boosting environmental sustainability by 15%.‣ Coded data visualizations for 600+ beverage production processes to identify flaws and optimize water usage by 10%.‣ Identified enhancements in water conservation and production line efficiency, projecting a 5% increase in profit margins.

‣ Represented UC Berkeley College of Engineering in a week-long professional exchange in Taiwan, meeting with executives from 10 leading companies and faculty from 5 top universities to discuss market entry strategies, product innovations, and academic-industry partnerships.‣ Networked with local STEM organizations to foster cross-border collaborations, identifying opportunities for joint ventures in technology and UC Berkeley student global internship programs.‣ Analyzed 15 Taiwanese business case studies to understand corporate and cultural differences and similarities between United States and Taiwanese industry practices.

‣ Created a U.S. market entry strategy for Taiwanese startup O'Prueba, facilitating a successful high-speed IoT software launch.‣ Analyzed competitor and network software trends, achieving a 10% sales increase by effectively targeting U.S. consumers.‣ Shaped product roadmap and marketing strategy via user and data analysis, driving a 20% increase in UX rating in 4 months.‣ Executed interviews with 10 edge computing industry leaders and university professors to gather critical insights, directly informing the development of a strategic market entry plan.‣ Identified O'Prueba's unique high-speed IoT product value proposition, resulting in a 15% increase in brand awareness and securing 2 strategic partnerships within 6 months.

‣ Crafted a searchable database of 135,000 parts from 45 sources for NASA's GOES Satellite, boosting data accuracy by 30%.‣ Led development and implementation of a Python-based tool for automated parts searches, enhancing data access and operational efficiency by 20% for design revisions and failure analysis; now utilized in 8+ missions across 6+ facilities.‣ Verified 15,000+ NASA and Lockheed Martin spacecraft requirements, aiding in successful NASA GOES-U Satellite launch.‣ Presented technical briefings, sharing integrated database findings and test results with NASA and Aerospace engineers.‣ Managed an intern team that created a yearbook that included 50+ Aerospace employees, improving workplace camaraderie.‣ Studied NASA systems engineering documents, focusing on ground systems, satellite operations, and spacecraft configuration, gaining in-depth knowledge of these areas.‣ Engaged in daily NASA GOES-U status updates, actively participated in technology discussions, conducted parts reviews, and attended professional development workshops to enhance contributions to mission success.

‣ Designed and integrated 15+ chambers, gaskets, and parts in Fusion 360, facilitating accurate manufacturing and assembly.‣ Optimized rocket trajectory and dynamics in Simulink, ensuring precise performance while streamlining the design process.

‣ Pitched Smart Drain project to industry leaders in a Shark Tank-style presentation at the UC Berkeley Maker Design Expo.‣ Prepared for UC Berkeley College of Engineering coursework and culture through three-week primer courses.