Orlando, Florida, United States
Forward-thinking software engineer with a background working effectively in dynamic environments. Proud team player focused on achieving project objectives with speed and accuracy. Project leader defining scope, concept designs, regulatory compliance, resource allocation, process improvements, and fabrication. Innovative weapons specialist with a focused creative vision dedicated to delivering customized technical solutions to maximize corporate resources, increase internal efficiencies, enhance quality levels, and exceed client satisfaction. Proven success contributing to positive culture and promoting team dynamics.
• Integrate algorithms into C++ applications using the latest IEEE C++ standard. • Perform software engineering lifecycle requirements following the program Software Development Plan to include requirements analysis, object-oriented analysis & design, code & unit test, integration, and support to formal test and delivery. • Software development within F-16 avionic simulation systems. • Continually develop knowledge of weapons supported by the F-16 aircraft. • Develop and integrate the flyout and on-rail models of F-16 weapons. • Collaborate with cross-functional teams, including systems, developers, and sales to align consumer business requirements and project scopes are met. • Establish leadership presence by providing guidance and direction to effectively manage project performance, conduct analysis, perform research and development, and successfully meet customer demands.
- Created an autonomous GPS-denied drone to traverse through an obstacle course within a ten-minute period - Stationary ground-based adversaries with the intent to disable the drone - Drone must identify pylons and rings and perform specific maneuvers when identified - Managed budget and ordered materials - Used SLAM for mapping and localization - Created Python based algorithm to perform maneuvers of recognized obstacles - Calculated battery capacity and thrust - Used TensorFlow for object detection
NanoScience Technology Center Developed electronic and optoelectronic devices with two-dimensional materials for low-power computing Exfoliated molybdenum disulfide on a silicon oxide wafer to create thin layers (in nanometers) Marked and plated gold and silver onto the silicon wafer using thermos e-beam lithography
Worked on Android software development to create an app that would allow to book meetings within certain rooms of the workplace.