- Planned, executed, and moderated weekly classroom discussions and lesson plans in conjunction with the professor- Spearhead interactive workshop activities for 20+ graduate students to deepen their understanding of product management - Adapted teaching methods and instructional materials to meet students’ needs and abilities

- Developed Collaborative Gym, a python open-source physics-based simulation framework for multi-robot interaction based on the OpenAI Gym interface, enabling reinforcement learning algorithms to teach robots collaborative behavior- Conducted extensive literature review on the concept of Trustworthy AI- Implemented reinforcement learning techniques to control a Sawyer robotic arm to grip and move objects while interacting with real people- Researched and developed a human-robot collaboration task for order picking with the use of AI and Computer Vision

- Conducted on-site user interviews, gathering insights for the validation of a B2B asset tracking solution- Performed product-market fit analysis, identifying 4 new product capabilities, influencing the product roadmap- Created UX mock-ups and prototypes based on 20+ user interviews, facilitating a user-centered design approach- Collaborated with a cross-functional team (sales, development, leadership) to align product features with market needs - Assessed business viability quantitatively through data analysis, identifying a $300 million market opportunity- Designed an electronic Kanban system for drone firm, aiming for ∼10% material savings, enhancing operational efficiency

Luce designs and develops IoT devices to enhance people's lives and create awareness of the environmental conditions we live in, thus bringing important information to the surface. Our vision is to connect to the world around us through technology, increasing our awareness of the environmental crisis and encourage change.- Selected as a semifinalist among 20 teams for the largest entrepreneurship award in The Netherlands, the Philips Innovation Award, for leadership talent and potential business success- Conceptualized and prototyped IoT plug-and-play devices to increase awareness of environmental impact by using CAD/CAM, 3D printing, and circuit design and microcontrollers expertise- Acquired a network of venture capitalists interested in future investments of up to $75k- Proved the viability of the business by developing a sound business plan covering strategy, competition, product vision, marketing, and financial goals