Specialized in delivering the latest software to optimize engineering practices tailored to the Industry 4.0 Manufacturing Standard - primarily worked as a consultant for General Dynamics - Electric Boat; a part of the Teamcenter SOA (Service Oriented Applications) and ITK (Integrated Tool Kits) team. Collaborated with Stakeholders to outline requirements and needs of end usersImplemented Agile methodology through use of Jira and Confluence to deliver implementations in both an organized and timely manner; robust use of daily scrums and sprints amongst the teamUtilized expert knowledge in both the Java and C programming languages to deliver clean, well-tested and documented implementations within large code bases and projects Recognized for ability to deliver outstanding code amongst the team, quick- learning skills, and independence

Lead a small team of colleagues from the University of Vermont to develop a mobile application for the UVM Medical Community. The app will assist patients with Chronic Kidney Disease in managing their checkups/appointments, as well as track of the state of their disease.

Mentored students to help comprehend complex algorithms and systems related to modern day operatingsystems, such as multi-threaded applications and synchronizationEmployed crucial critical thinking and problem solving skills to help students implement and debug code in the C language in order to realize these algorithms and systemsUtilized resources such as live coding examples, visual aids, and oral explanations to help assist the students in understanding the material of the courseBoosted programming expertise in C and further refined skills in low-level programming

Lead Machine Vision and AI Engineer for a small start up, specializing in pioneering autonomous robots to detect plant diseases and other abnormalities for many common farm cropSpecialized in implementing the latest object detection algorithms, such as YoloV4, to enable autonomous driving for a field roaming robotUtilized tens of thousands of images to develop a machine learning algorithm that would detect various plant diseases given a single image of a plant leaf using TensorFlow softwareEngineered an Android Application to allow the user to assume full control over our prototype robotTinkered with implementing facial recognition software, to allow the prototype robot to recognize faces if need beCollaborated with my team members to make various mechanical improvements and test our prototype robot

Aided students in conceptualizing intermediate programming topics such as inheritance and object-orientedprogrammingRefined techniques to improve skills in debugging, analyzing, and fixing foreign codeBoosted programming expertise in Java and Object Oriented style programs