• Developing a mechatronic regenerative braking system integrating mechanical design, electric motor braking, energy storage, and Autodesk Fusion simulations. Showcased an end-to-end Fusion workflow for a real-world e-bike application, targeting up to 16% energy recovery.
• Analyzing regenerative braking performance across 4 key parameters-vehicle speed, mass, terrain and system efficiency, and iterated designs in Autodesk Fusion. Produced a quantified design framework enabling Autodesk to evaluate Fusion workflows across 20+ simulated operating conditions.
• Created a predictive maintenance system for electric shavers using 6-axis IMU sensing and a Python time-series pipeline, combining FFT, K-Means, TDA, and Decision Tree classification. Achieved 90% fault classification accuracy, validating a new consumer-appliance use case for Nobsolete.
• Assessed vibration-based failure detection using a sub-€2 embedded sensor architecture. Outlined an integration approach for Nobsolete to monitor 90% of tested failure signatures at ~€2 per unit, resulting in 20%+ longer product lifetime through earlier fault detection.
• Established and ran an independent tutoring business, leading 2-hour to full-day sessions for groups of up to 4 students aged 12-18 and switching across STEM subjects every ~10 minutes. Tutored 120+ students across multiple academic levels.
• Customized exercises, pacing, and teaching methods to individual learning needs while maintaining rigorous scientific instruction. Helped students improve academic performance by 17-20%, with 100%+ returning for additional sessions.
• Cut and assembled 1,000+ leather components using industrial cutting presses and completed finishing operations on 50 limited-edition luxury handbags. Added production capacity toward delivering the full 50-unit series while meeting 100% of luxury-quality requirements.
• Configured industrial presses for task-specific operations while supporting inventory management and installing ~80 m of factory safety markings. Increased workshop flexibility across 3 production-support functions, freeing 10+ hours of skilled operator time for higher-value manufacturing work.
• Provided 10 hours of weekly one-to-one tutoring to 5 high-school students aged 14-18, creating individualized exercises and learning materials around each student's academic needs. Maintained 95%+ session continuity throughout the academic period.
• Personalized explanations and problem-solving methods to each student's learning style through 1.5-2-hour weekly sessions. Helped students progress from 50/100 academic averages to scores as high as 90/100 in Mathematics, Physics, and Chemistry on national highschool exam.
• Processed delivery pallets weighing up to 2 tons, coordinated daily shelf replenishment, and prioritized inventory during understaffed periods. Completed replenishment of 3+ full shelving sections per shift, maintaining ~95%+ product availability across assigned aisles.
• Tracked stock levels, removed expired products, and managed promotional inventory throughout daily operations. Helped reduce shelf stockouts by 14% and protected €10,000+ in weekly sales by keeping high-demand and promotional products available to customers.
• Worked across 3 operational functions—waiter, room attendant, and bartender-serving 110+ guests per shift and supporting 50+ rooms daily. Provided flexible staffing coverage across departments during peak periods while maintaining 5-star hospitality standards.
• Responded to simultaneous guest requests, room turnover, and food & beverage service in a high-volume international environment. Helped sustain service for 160+ daily guest and room interactions while reducing workload pressure across 3 hotel teams by 10-13%.
• Cataloged and arranged over 1,000 books and managed 3 weekly deliveries to optimize customer experience
• Served an average of 60 customers daily, strengthening communication skills.
• Contributed to the construction of a site welcoming children from disadvantaged backgrounds.
• Led and supervised activities, creating meaningful connections and supporting children's development.
• Coordinated with an international volunteer team, communicating in English, German, Spanish, French, and Romanian.
Doing this volunteering strengthened my adaptability, cross-cultural teamwork, and communication skills while deepening my awareness of social and environmental challenges in education and sustainability.
• Diagnosed and repaired multiple PCs, laptops, and tablets through component-level troubleshooting and functional testing, extending device service life and reducing replacement expenses and electronic waste.
• Trained incoming volunteers in device disassembly, fault isolation, and repair procedures, increasing workshop repair capacity and reducing the time required to onboard new team members.
• Assisted in 40+ German language lessons with 7 to 14 participants per session.
• Participated in 5 cultural exchange events, fostering Franco-German relations
This experience strengthened my communication and teaching skills by assisting in German language lessons. Participating in cultural exchange events deepened my understanding of Franco-German relations and improved my adaptability in international settings. It also enhanced my ability to engage with diverse groups, fostering teamwork and cross-cultural connections.
• Took part in environmental actions such as forest clean-ups and biodiversity workshops with other international volunteers.
• Together, we also built small habitats to protect local wildlife and learned about sustainable forest management.
This experience deepened my commitment to environmental protection and strengthened my teamwork and intercultural communication skills.
• Selected to join Cal Lightweight Rowing, representing UC Berkeley in competitive collegiate rowing.
• Train 5 days per week, averaging 2 hours per session, while completing a full-time M.Eng. in Mechanical Engineering.
• Compete in a highly coordinated team environment where synchronization, discipline, endurance, and individual accountability directly impact collective performance.
• Maintain consistent performance through intensive physical preparation, early training sessions, and a demanding academic schedule.
This commitment has strengthened my discipline, resilience, time management, and ability to perform as part of a highly coordinated team under pressure.
• Elected Affinity Group Leader within UC Berkeley's Master of Engineering program, leading community-building and professional networking initiatives for graduate engineering students.
• Manage an allocated budget and take ownership of planning, coordinating, and delivering professional and community events.
• Build relationships with companies, recruiters, professionals, students, and university stakeholders to create career and networking opportunities in a highly competitive U.S. job market.
• Currently coordinating a potential Samsung site visit in Silicon Valley, connecting Berkeley engineering students directly with industry professionals.
• Developing a startup-focused career fair designed to connect Berkeley students with growing companies and create mutually beneficial recruiting opportunities.
• Coordinate multiple stakeholders simultaneously, from initial company outreach and event proposals to scheduling, logistics, student engagement, and execution.
This leadership role has strengthened my ability to take ownership of complex initiatives, communicate with industry professionals, manage multiple stakeholders, and turn ideas into concrete opportunities for a broader student community.
• Playing in an official club for 2 years; 6 hours of training per week
• +10 competitive matches played across France and abroad
• Current season objective: end-of-year match against a South African team
This commitment built strong teamwork habits, mental toughness, and consistent high-pressure performance.
• Training and competing for 4 years in sprint events (200m specialty)
• Personal record: 23.89 seconds
• Latest competition: ENSAM GUAI - Bordeaux, finished 9th
This experience strengthened my discipline, goal-focus, and ability to perform under competitive pressure.
• Managed 3D printer inventory, maintenance, and funding while manufacturing 20+ custom components for student projects, eliminating external fabrication expenses for those parts and shortening prototyping lead times.
• Troubleshot and restored 2 computers and 4 lighting systems through electronic diagnostics and soldering, returning 6 systems to service. Avoiding ~€5000 in replacement costs.
• Fabricated custom steel protective components for a robotic arm and 50 x 40 cm window guards using forging and metalworking techniques, obtaining ~€225 in avoided outsourcing costs through in-house manufacturing.
• Supported 15+ blacksmithing sessions, introducing newcomers to metal fabrication and enforcing workshop safety protocols. Resulting in a 25% reduction in instructor supervision time through hands-on training and standardized safety practices.
• Represented a class of 28 to 40 students, liaising between students and faculty.
• Managed the financing, ordering, and distribution of approximately 510 school sweatshirts over three years.
• Oversaw an annual budget of C1,600, requiring strong planning and financial management.
Supported fellow students through three intensive years of study, fostering a positive learning environment. Acted as a key liaison between students and teachers, ensuring clear communication. Strengthened class cohesion by organizing initiatives like sweatshirt distribution.
• Contributed to the creation of 2 fully functional platform video games over a 4-week period, incorporating user input, physics simulation, and basic graphics.
• Spent approximately 8 hours debugging, enhancing problem-solving skills.
The challenge of debugging for hours sharpened my problem-solving abilities and taught me the value of persistence. This hands-on experience ignited my passion for technology and coding, setting the stage for my future career in innovation.
Professional Experience
Volunteer Experience
Extracurricular & Leadership Experience