Nicholas C.

Previously Robotics Engineer @ Apptronik

Austin, Texas, United States

About

My passion lies at the crossroads of engineering and design; a space where I can combine my love for building things with my curiosity about how people interact with the world around them. I’m drawn to the human side of innovation; the moments when thoughtful design transforms a good product into something impactful and engaging. Whether I’m sketching ideas, prototyping solutions, or diving into UX research, I feel most in my element when I’m creating experiences that make life simpler, more intuitive, and more enjoyable. My goal is to blend my technical skills with my passion for user-centered design, crafting solutions that aren’t just functional but thoughtfully tailored to the people who use them. If you’re someone who loves combining creativity and problem-solving, let’s connect; I’d love to learn from you!

Experience

  • Robotics Research Engineer at The University of Texas at Austin

    I focused on three key areas: designing and integrating mechatronic systems, developing full-stack software solutions, and leveraging machine learning (ML) and artificial intelligence (AI) to enhance autonomous vehicle capabilities. As part of the Nuclear and Applied Robotics Group (NRG) at Texas Robotics, led by Dr. Mitch Pryor, I contributed to advancing robotics for use in challenging and hazardous environments.

  • Robotics Validation Engineer at Apptronik

    • Developed and executed comprehensive test plans for humanoid robotic systems, ensuring traceability between functional requirements and system performance across new feature releases, including full-body tele-operation, elbow tracking, and active tethered charging • Served as primary on-call support for the Apollo 2 fleet, leading structured root-cause analysis of failure modes and driving corrective actions across perception, control, and embedded subsystems • Designed and commissioned custom test hardware, including a loaded end-effector paddle, dexterity board, and adjustable camera calibration board to characterize manipulation and vision systems

  • ECE Honors FIG Mentor at The University of Texas at Austin

    • Mentored 25 freshmen by organizing weekly seminars to facilitate a smoother transition into college by providing guidance on upcoming events, campus resources, and insights into student life • Fostered a close-knit community by initiating 1-on-1 in-person sessions, providing tailored advice and resume reviews to support individual growth • Inspired 3 students to transition into mentor roles, contributing to the growth of the program