Nicholas Chermak

Graduate Enginneer @ SpaceX

About

As a recent Mechanical Engineering graduate, I am excited to be advancing my studies at Carnegie Mellon University, where I am pursuing a Master of Science in Artificial Intelligence Engineering with a specialization in Robotics. My academic journey has been driven by a passion for innovation and problem-solving, allowing me to develop a strong foundation in mechanical analysis, electro-mechanical systems and software development. Throughout my undergraduate years, I immersed myself in diverse projects that honed my technical skills and ignited my curiosity in how AI can transform various industries. I am particularly enthusiastic about furthering my understanding and pushing the boundaries of how AI will revolutionize our world. I thrive in environments that challenge me to think critically and creatively, and I am always seeking opportunities to collaborate on interdisciplinary projects. My goal is to blend my engineering background with advanced AI technologies to drive impactful changes, whether in robotics, finance, or another evolving sector.

Country

United States

City

New York City Metropolitan Area

Industry

Mechanical Or Industrial Engineering

Skill

Machine Learning, Python (Programming Language), C++, SOLIDWORKS, Analytical Skills, Problem Solving, Project Management, Strategy, MATLAB, Microsoft Excel, Microsoft Office, C, Communication, Leadership, Collaborative Problem Solving, Creative Problem Solving, Laser Cutting

Experience

Graduate Enginneer

SpaceX

2025-5 - 2025-8 · 4 mos

Batrop, TX

Member of the Starlink Engineering Team

Mechanical Engineer Co-op

ESTAT Actuation

2022-6 - 2024-6 · 2 yrs 1 mo

Pittsburgh, Pennsylvania, United States

Designed, produced and tested clutch and housing prototypes for internal research and costumer contracts. Pushed R&D projects by developing models and basic prototypes like for a potential lower leg exotendon. Sourced specialized materials to push product development forward. As a Product process manager, implemented PDCA and lean frameworks to continuously optimize product development. Attend conferences as a company representative to market and gauge industry interest. Developed lightweight exotendon device for pilots in High G maneuvers to mitigate neck fatigue and injury for the DHA. Over the course of a Phase I and Phase II SBIR, took the design from cradle to first, second and third prototype to reach a product state and helped secure 1.1 million dollars of funding. Designed, built and programed test stands that enabled high speed testing as well as rapid wear testing for the first time to screen materials. Assisted in saving the company time and money with more rapid tests as well as aided in pushing R&D forward for new use cases.