At CACI International Inc., I interned with the National Security & Innovative Solutions (NSIS) Division, where I worked on advanced engineering projects supporting national defense technologies. My experience was hands-on and multifaceted, spanning everything from design and assembly to testing and optimization. One of my key projects involved developing a GPS antenna testing module. I took ownership of the design process, modeling the module in CAD, fabricating a custom-milled PCB baseplate, conducting thermal analyses, and implementing a cooling system. I even sourced the necessary hardware, ensuring the module met all performance criteria. Another significant project involved assembling and testing a large-scale phased array antenna. I collaborated with the engineering team to integrate the system, conducted radiation pattern and gain testing using Python scripts, and mounted the antenna on a positioner for its upcoming Customer Factory Acceptance Test.

I also worked on creating and refining test fixtures for low voltage differential signal (LVDS) converters. This required designing assembly drawings, sourcing and assembling parts, wiring PCBs, and innovating custom tools, including torque wrenches for connectors, which increased assembly efficiency by over 30%. Additionally, I designed and fabricated an enclosure for a GPS interference detector, modeling every detail in 3D, machining a PCB baseplate, and integrating LEDs and connectors to ensure seamless functionality.

Throughout the summer, I honed my technical skills, especially in SolidWorks, and developed a strong understanding of engineering workflows, from design to production and testing. The experience was both challenging and rewarding, allowing me to contribute to real-world solutions while collaborating with talented professionals on projects that truly make a difference.