Project: Robotic-assisted Total Knee Arthroplasty Device- Developed embedded C code using Zephyr RTOS on an STM32 for precise motor control.- Engineered a custom USB communication protocol for integration with computer navigation software applications.- Designed an ASP.NET Web API for real-time robot control during knee surgeries.- Implemented continuous integration and utilized Docker for efficient development environments.Project: Marijuana and Alcohol Breathalyzer- Developed C++ code on an STM32 microcontroller using FreeRTOS to control the device's operations, ensuring accurate measurements.- Established communication with multiple sensors, including SPI, I2C, UART, and USB protocols, for precise data collection and analysis.- Implemented an intuitive graphical user interface (GUI) on a small LCD display, providing users with real-time feedback and enhancing usability.Project: Adding Wireless Connectivity to a COVID Testing Device- Successfully incorporated wireless connectivity into an existing COVID testing device, transforming it into a modern, connected solution.- Developed embedded C code using FreeRTOS on an STM32 microcontroller to enable real-time data transmission between the device and external systems.- Created custom HTTP(S) messaging protocols to securely transmit test results to an API, enhancing the device's functionality and usability.Contributions to Internal/Company Development:- Actively mentored junior engineers and interns, fostering their growth and enhancing the overall capabilities of the software development team.- Played a pivotal role in shaping coding best practices, promoting software quality, and maintaining consistency across projects.- Developed and implemented processes and procedures to improve the speed and quality of software development, streamlining workflows, and enhancing efficiency.

Project: Electroporation Gene Therapy Device- Developed a C#/WPF application to control an electroporation gene therapy device, overseeing the software's role in managing critical hardware components, including USB communication, motor drivers, energy delivery systems, and safety sensors.- Led the end-to-end software development process, writing C# code to ensure seamless communication with hardware components.- Designed and implemented a user-friendly Graphical User Interface (GUI) to enhance user interaction and experience.- Played a key role in architecting the software for scalability, maintainability, and efficiency, with a strong emphasis on documentation for regulatory compliance and knowledge transfer.- Established GitLab build scripts to automate software building and testing as part of the Continuous Integration (CI) pipeline.- Conducted frequent on-site visits to the client's facility, actively testing and refining the electroporation gene therapy device, and collaborating with electrical and mechanical engineers to ensure project success.Project: Time Resolved Fluorescent Microscope Device- Developed embedded C/C++ code for an STM32 microcontroller to control LEDs, motors for a filter wheel, various ADC sensors, and implemented a custom UART protocol for communication with a host PC.- Collaborated on the development of a C# application for controlling and performing measurements on the optical subsystem of the time-resolved fluorescent microscope device.- Designed and implemented the graphical user interface (GUI) using WPF to provide a user-friendly interface for controlling and monitoring the device.

Project: Verification and Validation of a Medical Device- Collaborated on the development of comprehensive system requirements, ensuring they met regulatory and quality standards.- Authored formal verification protocols to validate the functionality and safety of the medical device.- Conducted rigorous formal verification procedures, meticulously testing and confirming that the device met the specified requirements.- Designed and oversaw the validation of test fixtures to facilitate efficient and accurate testing and validation processes.

• Responsible for the process of identifying the country of origin on the parts purchased for Sundyne direct materials. • Contacted suppliers and obtained the required paperwork for certifying the products’ country of origin. Obtained NAFTA Certificate where applicable. • Data management and data input into the JD Edwards Enterprise Resource Planning (ERP) System. • Processed documentation and performed Electronic filing of certificates.