Joseph Perez Email & Phone Number

Eatontown, New Jersey, United States

- Created a safely upgradable embedded Android build saving over 10 hours of provisioning time during a botched onsite deployment- Worked closely with the clinical team to interface Eko Bluetooth stethoscopes with the company’s IOS and Android applications, giving 1,300 hospitals the opportunity to connect and live stream audio from the devices through teleconference in a user-friendly workflow, contingent on purchase.- Engineered a solution to redirect Pexip video conferencing events from a JMS listener to a new REST endpoint, resulting in the elimination of 100% of missing session events in the backend, and thereby greatly improving overall system reliability- Pioneered the introduction of video conferencing session reporting through web clients tailored to specific partners, facilitating better transparency and reporting- Played a pivotal role in both feature implementation and bug resolution, serving as a liaison between the backend and mobile teams, fostering enhanced inter-team collaboration and efficiency- Led and executed two successful tech demos on the new Eko features for mobile, showcasing its functionalities to management and company partners, and furthering stakeholder understanding and engagement

- Built a mobile application using Flutter to collect and visualize vaping topography data via Bluetooth, permitting the real-time monitoring of nicotine consumption in real-world environments and furthering the potential for research in tobacco prevention and cessation- Architected SQL and NoSQL databases for the optimized storage and management of real-time time series data, leveraging Cloud Firestore for seamless data synchronization between peers- Embedded a no-hardware demo build of the mobile application within a React web application, vastly increasing the effectiveness in showcasing the application’s feature set and scalability- Implemented drivers to harness a LIS331DLH, MS5837-02BA, and BMP384 within the device, enabling measurement of flow rate and acceleration in a form factor over 200% smaller than competing vaping topography measuring solutions- Minimized power consumption in firmware for a Nordic SoC incorporating a two-wire interface, real-time counter, Bluetooth Low Energy, and a buttonless bootloader, resulting in a functional, small, and long-lasting IoT device- Partnered with leading researchers at the University of Rochester Medical Center to align device development with cutting-edge tobacco topography measuring technology, ensuring the solution's relevance and effectiveness- Demonstrated leadership and team management skills through onboarding and directing a team of two engineers, steering continued development and refinement of the beta prototype