Tommy X. Email & Phone Number

United States

As the R&D Director at Moon Surgical, I am responsible for leading the overall strategy and execution of the company's R&D department. I manage and coordinate cross-functional teams, focusing on the development and optimization of the company's core product—the Maestro surgical robotics system. My duties include creating and executing the R&D roadmap, ensuring that projects are completed on time, within budget, and meet stringent medical device regulatory requirements. I actively participate in the research and application of new technologies, leading the entire process from product design and prototype development to testing and clinical validation. I also collaborate closely with surgeons, engineers, and external partners to ensure that our technical solutions meet clinical needs and achieve market success. Additionally, I am responsible for enhancing team skills and personnel development, fostering a culture of innovation to ensure that we maintain technological leadership in the field of surgical roboticsKey accomplishments include:● Led the development and successful market launch of the Maestro surgical robotics system, significantly enhancing the precision and efficiency of minimally invasive surgeries● Secured FDA approval for the Maestro system by overseeing rigorous clinical trials and ensuring full compliance with stringent regulatory standards● Drove technological innovation by integrating advanced robotics and AI technologies into the product development cycle, resulting in improved system performance and reduced time-to-market Achieved industry recognition for excellence in surgical robotics, with the team receiving multiple awards for innovation and technical achievement● Optimized R&D operations, leading to a 15% reduction in project timelines through process improvements and enhanced cross-functional collaboration

I led a research and development team focused on innovation in the medical device sector. Under my management, we successfully developed the [TSolution One®], an advanced robotic-assisted surgery platform designed to enhance the precision and efficiency of minimally invasive surgeries. My responsibilities included creating project plans, managing the R&D budget, coordinating cross-functional teams, and ensuring that the project was delivered on time and to a high standard. During the development of the TSolution One® system, I worked closely with leading surgeons and engineers in the United States to ensure that the system design met stringent FDA medical device regulations and fulfilled clinical application needs. Throughout the project, I conducted technical reviews and employed innovative approaches to overcome several critical technical challenges, ultimately leading to the successful market launch of the TSolution One® system. Due to the exceptional performance of this project, my team was awarded the [U.S. Medical Technology Innovation Award], recognizing our significant contributions to advancing robotic-assisted surgery technology. This experience not only demonstrated my leadership abilities in medical device development but also enhanced my standing in this field

As the Technical Lead at the company, I was responsible for leading a cross-functional engineering team, focusing on the design and development of complex systems. In this role, my primary duties included setting the technical direction, overseeing the technical execution of projects, and ensuring that the team delivered high-quality outputs within the established timelines. I led the team in solving critical technical challenges, optimizing system architecture, and driving continuous improvement to enhance product performance and reliability. In addition to day-to-day development tasks, I was also responsible for conducting code reviews to ensure code quality and the implementation of best practices. I worked closely with product managers and project managers to ensure that technical solutions aligned with business needs and provided technical guidance at various stages of the project. I also took on the responsibility of training and mentoring team members, helping them improve their skills. My contributions played a key role in driving the company's technological innovation and project success. This experience has strengthened my leadership abilities and provided me with extensive experience in solving complex technical problems

Responsible for leading and coordinating cross-functional teams, ensuring projects are completed on time, within budget, and within scope. My primary duties include developing project plans, defining project goals, milestones, and deliverables, and continuously monitoring project progress. I work closely with stakeholders to manage scope changes, resolve any issues or risks that arise during the project, and ensure smooth project execution. I am responsible for resource allocation, coordinating team members' tasks, and holding regular meetings to ensure that all team members are aligned and up-to-date on the project's status. My work also involves communicating with clients and vendors to ensure that all stakeholder requirements are considered and met. During the project execution, I prepare detailed progress reports and manage finances to ensure the project remains on budget and on schedule. Ultimately, I ensure the high-quality delivery of the project and conduct post-project reviews to identify successes and areas for improvement, optimizing the execution of future projects

I led and executed the critical technical development work for multiple surgical robotics projects. I led a cross-functional engineering team, focusing on optimizing the mechanical design and performance of robotic-assisted surgical systems. My responsibilities included designing high-precision mechanical components, improving the stability of existing systems, and ensuring that all designs complied with stringent medical device regulations and standards. I also coordinated the entire product development process from concept to prototype, including collaborating with suppliers and manufacturing teams to ensure the manufacturability and cost-effectiveness of the designs. During this process, I regularly communicated with clinical consultants to ensure that our technical solutions met the actual surgical needs. Additionally, I provided technical guidance to team members, helping them enhance their skills to ensure the project was completed on time and to a high standard. This work experience demonstrated my leadership and technical expertise in the development of complex medical devices

During my internship at Zimmer Biomet, I focused on the research and development of orthopedic surgical equipment and robotic technology. As a member of the surgical robotics team, I was involved in the design and testing of robotic-assisted surgical systems, helping to optimize the precision and performance of key components. I assisted in developing new algorithms to enhance the automation of robotic surgeries and participated in research on the application of artificial intelligence in surgical planning. Throughout the internship, I worked closely with senior engineers, engaging in the full process from prototype design to lab testing, ensuring the safety and effectiveness of the robotic systems. Additionally, I participated in cross-functional team meetings, learning how to integrate engineering technologies with clinical needs to meet market demands and compliance standards. This internship provided me with deep insights into the processes and challenges of medical device development and laid a solid foundation for my future career in the field of surgical robotics