Rotation 1 (Instruments and Controls)

• Programmed and tested PLCs using C++ and Python to control critical systems, including pumps, valves, motors, and safety mechanisms, adhering to Software Development Life Cycle (SDLC) principles.

• Developed and optimized algorithms in C++ to improve system performance and data analysis, demonstrating strong problem-solving skills and proficiency in software development.

• Collaborated with cross-functional engineering teams to support plant operations, ensuring alignment with project milestones and system performance goals.

Rotation 2 (Plant Information Software Integration)

• Implemented patches to a comprehensive System Health Report Application utilizing Visual Basic.

• System Health Report Tool takes in data from 4 different databases and generates a health score for each of the systems on plant.

• Rigorously tested the application utilizing testing tools such as black box testing, white box testing, and test-driven development.

• System Health Report Tool utilized relational database to permeate changes to data in one table to its relations with other tables throughout the app.

• Successfully contributed to a project involving the integration of a computer, Arduino, and server to streamline data access.

• Developed a solution where the Arduino emulates a CAC card, enabling seamless access to server data without the need for physical card usage.

• Employed programming languages such as C++ and Assembly Language alongside proficiency in DC and AC circuits.

• Demonstrated expertise in utilizing technical components to create a secure and efficient system for data clearance simulation.

• Contributed to the project's success by effectively bridging the gap between computer systems and physical access control, optimizing user experience and productivity.