• Contribute to AI model development and enhancement through complex, multi-layered programming tasks, including training models to execute API function calls.• Exhibit adaptability and commitment to ongoing learning by regularly exploring new AI model training areas.

• Generated ideas and provided input from a software development perspective.• Researched, investigated, and prototyped a telemetry data acquisition, storage, and visualization pipeline for collecting sensor data in a marine environment

• Developed a low latency, multithreaded software prototype in C for processing and forwarding positional command electronics to control deforming mirrors for the Thirty Meter Telescope (TMT).• Helped improve software latency by an order of magnitude and met a critical 75-microsecond operational latency requirement. • Wrote Python scripts for data collection/analysis and network configuration tools.• Worked in an Agile team and contributed to a software toolkit to be used by extremely large telescopes (ELTs) worldwide.• Wrote a technical latency report and presented it to an international review panel as part of TMT’s formal design review process.• Streamlined the development and maintenance of a web UI using JavaScript, HTML and CSS, creating tools to display real-time telescope telemetry data.

• Researched and compared Matter Standard application development tools. Created two smart light and sensor (temperature, humidity, and lux) applications in C++. • Provided recommendations on how to create a feasible yet challenging class project.• Worked closely with a university teacher, taking directions and sharing results.

• Supported the provisioning and maintenance of IT systems for various government departments. • Improved upon and organized Ansible playbooks for the provisioning and configuration of Linux-based systems.• Helped upgrade a legacy network monitoring system from Nagios to Icinga.• Provided recommendations for hosting a data aggregation application, comparing and contrasting various cluster options based on scalability, maintainability, and efficiency.

• Reproduced software issues faced by Nokia’s corporate customers, providing solutions and escalating issues to a higher level of support when needed. • Collaborated with Nokia colleagues worldwide via video conferencing and online communications tools to achieve timely solutions for corporate clients.

• Developed a motor control application in C, implementing a proportional-integral-derivative (PID) control system. • Created an interpolation algorithm for minimizing motor vibration while maintaining optimal responsiveness, using calculus and physics