• Design, write, maintain, test, and debug software for security and fire alarm products that are modular, maintainable, and easy to understand• Maintain existing software products while ensuring backwards compatibility on new products• Use debuggers, emulators, and compilers/assemblers for software development• Maintain and improve software tools to aid in development and debugging• Analyze functional requirements and translate to product design• Participate in formal code inspection process with various product lines• Work with product managers, specification engineer, and embedded tester to clarify details and design test plans; record these in specification documents• Work in an Agile framework and team environment across departments to deliver projects on time

* Software engineer for Honeywell's CNS (Communication, Navigation, and Surveillance) department* Worked on project to migrate code to new environment. Included updating syntax of C++ to meet standards* Responsible for FAA compliance regulation analysis * Daily responsibilities include internal code debugging, transferring newly updated code to the cloud, and maintaining code repositories* Assisted in scoping of project to reduce thread count in code to a singular thread * Supported transition from waterfall to Agile development methodologies * Collaborated with peers to prioritize and meet business needs

• Collaborated with three Mechanical Engineering and two Electrical Engineering students to develop and optimize a remote precipitation sensing system to model and collect snowflake characteristic data• Implemented camera calibration procedure to streamline calibration set collection process• Diagnosed system failure due to operating system corruption and sought guidance from previous years team members• Integrated motherboard and hard drives from first iteration of SSS to return system to functional status

• Continued design and development of an autonomous submarine to compete at the Robosub competition sponsored by Office of Naval Research• Participated in a multidisciplinary, vertically integrated team which included Mechanical, Electrical, and Computer Engineers• Ensured code integrity within the vision and sensor sub-team via testing, debugging and organizing code• Enhanced object and orientation detection awareness of sensors and software to be implemented in future development