Utilize Large Language Models and construct Graph Models to analyze text and unstructured data. Areas of focus include Production Manufacturing Quality Assurance, Supply Chain, as well as others including Anti-Counterfeiting.

• Designed and built “Python for Robotics and AI” course including four original projects from scratch that taught students, Python, NLP, Deep Learning, Machine Learning and image manipulation with a compressed timeline and ahead of schedule..• Responsible for designing, building and teaching a first-of-its-kind course for the graduate program in robotics called "Use Cases for Robotic Systems"

• Responsible for analyzing a 10k+ person survey for chief executives during COVID-19 which helped influence policies for the entire company.• Created an automated pipeline for analyzing surveys that utilizes Python’s Scipy and Scikit-Learn.• Used NLP techniques to analyze 5k+ free response survey questions to identify topics/themes of responses.• Consulted on an operational expense model for the Finance department that delivered a more accurate forecasting model than IBM’s TM1. • Built and delivered location heatmap using Google’s API and Folium / Plot.ly for internal transportation team serving as both the Product Owner and technical developer.• Developed a POC that uses extractive text summarization on articles using and also creates an MP3 of the summarized text for playback.• Mentored data scientists across HR and Finance departments.• Partnered with Product Owners to create and pitch new products.

• Selected for a new initiative that reported to the CEO as the technical lead to bring interdisciplinary products to market using artificial intelligence.• Analyzed numerical and text data using machine learning / statistical packages (Scikit-Learn and Pandas, NLTK).• Lead for Robotics and Artificial Intelligence programs.• Developed an ordered ranking system using Mixed-Integer Programming to prioritize product enhancements.• Served as department technical liaison by working with multiple stakeholders to define requirements and build products.

• Helped build robotics program brand by negotiating collaboration with robotics companies with zero budget.• Created an overview of robotics material on topics including: biologically-inspired robots, human-robot interaction, soft robotics, robot grasping, and swarm robotics.• Served as the primary innovator for several key products and initiatives that were adopted and distributed company-wide. • Responsible for shaping the technical scope of work for department and leading initiatives that are impactful to customers.• Built and managed a diverse, eight-person team through three role changes resulting in responsible for customer service, data analysis and technical knowledge of robotics.• Conducted live, unscripted robotics interviews/Q&As with robotics companies on YouTube.• Founded Udacity’s robotics Slack community composed of more than 5000 roboticists and students.

• Built a network of mentors and project reviewers for Udacity's Artificial Intelligence Nanodegree Program.• Created a method for finding and recruiting beta testers to test new material.• Helped provide feedback on technical program projects from a student's perspective.

• Lead a computer vision based project analyzing imagery to help predict sales using Convolutional Neural Networks and computer vision libraries like OpenCV.• Conducted an event-study by measuring the impact of a customer/supplier relationships using Python and Pandas.• Responsible for monitoring and maintaining more than 30 servers consisting of Linux and Microsoft operating systems.• Responsible for designing and implementing several automation scripts in Python and Bash to perform ETL (Extract Transform Load) from various sources to destinations such as relational databases and HDFS.• Rearchitected scripts and procedures to increase data flow and decrease run-time by 75%

• Part of team that developed ground control stations for unmanned aerial vehicles (UAVs / drones).• Responsible for the full project life cycle development of a C++, real-time multi-threaded highly scalable system focused on transmitting information over TCP/IP and UDP sockets.• Performed serial communication over RS-232 and RS-422 to interface with modems, Automatic Dependent Surveillance Broadcast (ADS-B) hardware devices and other payloads.• Developed algorithms to aid or simulate unmanned aerial vehicles based on modified Proportional-Integral-Derivative (PID) controllers.

• Responsible for teaching Intermediate Algebra

• Responsible for teaching Calculus II, Calculus III, Intermediate Algebra and Basic Mathematics.