• Spearheaded the ideation and implementation of two innovative products: an accessible alternative for point-of-care diagnostics and a novel random access, real-time PCR instrument for clinical settings, integrating 64 assay products.• Created over 50 patent drawings for a submitted patent.• Designed and developed a comprehensive app for both Android and iOS platforms (using Java and Swift) with Bluetooth communication functionality.• Coordinated with four major vendors to meet stringent deadlines, ensuring timely product delivery.• Utilized CNC machines, injection molding, and 3D printing technologies to create over 30 in-house prototypes, significantly accelerating the development process.• Independently repaired multiple instruments, including a 3D printer and a precision dispensing instrument, demonstrating strong problem-solving skills.• Developed innovative in-house automation solutions, increasing throughput by 350%, by building a custom-built robot arm controlled via Python on a Raspberry Pi and a continuous dispensing instrument for precise liquid handling.• Designed and mass-produced cartridges for the new products, including creating custom labels and QR codes for both versions.• Programmed PCBA boards using Eclipse IDE and a TLSR8208 Chip, enhancing in-house flexibility and functionality.• Produced a comprehensive tutorial and marketing video, which was distributed to all customers.• Contributed to the design and functionality of the company's website and created all 64 product photos featured.• Operate as the sole Mechanical Engineer/Automation Engineer, reporting directly to the Chief Science Officer and CEO, participating in weekly stand-up meetings.• Developed a custom PID control algorithm for optimizing temperature control through PWM duty cycle.• Engineered a punch & place machine and automated labeling system, improving production efficiency by 150%.

• Execute commissioning, qualification and validation projects involving new or modified systems/equipment, processes, procedures, products, facilities, and utilities.• Support the validation and change lifecycles for client’s systems in pharmaceutical and medical device manufacturing, laboratory, IT, and packaging operations to meet timeline, budget, quality, regulatory compliance, and client expectations.

• Utilized critical thinking and troubleshooting to resolve a variety of situations, assisted in processing, and organizing an average of 300 packages per day, maintaining high levels of professionalism and confidentiality.• Managed and trained new hires on timeliness, effective communication, and integrity to serve all residents and summer guests in Unit 2 and Maximo Martinez Commons residential halls.

• Provided support for the growth and expansion of the MEng program, including providing services to students, staff and instructors, and using data to drive impact within the program. • A part of a small, innovative team using skills in customer service, project management, relationship building, and data management.

• Elected by an 80-man organization to lead and build a partnership between the university, the surrounding community, standards committees, members, and alumni. Managed an annual budget of $150,000.

• Analyzed CT scan guidelines for physicians, set by the AMA, to minimize their adverse effects in pediatrics.• Spearheaded the research within the robust environment of the emergency department, learned how to conduct and perform ethical clinical research, and worked within a high-pressure and high-confidentiality environment. • Advised head of UCSF Benioff Childrens Hospital on the status of the emergency department and future improvements.

• Made unique lessons plans to teach varying skills of tennis players of different ages how to improve. Ran classes, lesson plans, and meetings individually and taught incoming coaches how to teach.

• Ran studies and researched the flux of muons in a team setting by building new sensors, changing their orientation, running data, and studying the effects of celestial bodies on flux. Findings were published for International Cosmic Day in the 2016-17 & 2017-18 booklet. • Ran studies on graphs and projections from the collision of two protons to study the Higgs Boson, neutrinos, and other subatomic particles that result from high-energy collision

• Determined the socioeconomic class of an ancient mummy from the paint of its sarcophagus using the Advanced Photon Source and NMR imaging. • Analyzed the nanomagnetism of cobalt using SX-STM to further inquiries on data storage. Presented both projects to international panels