I led the design and development of an automated restaurant cook, a system aimed at streamlining cooking processes, improving operational efficiency, and reducing human error. The technology was built to handle key aspects of food preparation, cooking, and plating with minimal human intervention, ensuring consistency, speed, and quality in fast-paced, high-demand restaurant environments. The automation system not only optimized kitchen workflows but also enhanced the customer experience by enabling faster service.

In addition to the technical development, I successfully secured partnerships with several restaurants, getting them on board to implement our robots in both the back and front of house. This allowed the technology to be used across various aspects of restaurant operations, from cooking to delivery, improving both efficiency and customer interaction. My efforts culminated in a strategic partnership with Pudu Robotics, where my company became part of their U.S. sales team, helping to expand their market reach and grow the adoption of automated solutions in the restaurant industry.

I worked on developing an innovative mixed reality headset that enabled users to seamlessly interact with their surrounding environment or fully immerse themselves in the open-source metaverse. This project involved extensive research and collaboration with cross-functional teams to ensure that the headset provided a user-friendly experience, integrating advanced sensors and software to facilitate real-time interactions and immersive experiences. In addition, I authored the comprehensive pitch book aimed at securing funding from both angel and venture capital investors, highlighting the transformative potential of our technology. The pitch book detailed our vision for changing the world through enhanced connectivity and immersive experiences, outlining our market strategy, competitive advantages, and projected implications for industries such as education, entertainment, and remote collaboration.

I conducted thorough research, design, development, and testing of a more efficient battery specifically tailored for the Kiwi robot, ensuring it could sustain operations throughout the day without interruption. This involved analyzing existing battery technologies, experimenting with various materials, and optimizing the energy management system to enhance overall performance and longevity. In parallel, I designed the code for the automated steering and throttle of the Kiwi robot, enabling precise navigation and control. This included developing algorithms that processed real-time data from sensors to adjust the robot’s movements dynamically, ensuring it could maneuver effectively in various environments. I also designed a communication protocol that significantly improved the efficiency of data exchange between the automaton and headquarters. This protocol streamlined information transfer, reducing latency and enhancing the responsiveness of the robot in real-time operational scenarios. To effectively communicate the significance of the Kiwi robot in improving city infrastructure, I prepared a comprehensive presentation that outlined its capabilities and potential impact. This presentation highlighted how the robot could contribute to smart city initiatives by optimizing tasks such as waste management, monitoring public spaces, and enhancing overall urban efficiency, thereby reinforcing the value of our technological advancements to stakeholders and city planners.

As a QA engineer working on QuizUp, I was responsible for testing and ensuring the quality of the game by identifying bugs, verifying new features, and ensuring overall functionality. I designed and executed test cases, collaborated with developers to resolve issues, and made sure the app performed smoothly across different devices and platforms.

As a QA engineer who worked on Pokémon GO, I focused on ensuring the game's quality by identifying bugs, testing new features, and validating the overall performance. I created and ran test cases, worked closely with developers to address issues, and made sure the game provided a smooth, engaging experience across different devices and platforms.

As a social media marketing intern at Bebo, I assisted in creating and scheduling content, engaging with the community, and analyzing social media performance. I helped execute campaigns to grow brand awareness and increase user engagement across various platforms.