Leon Lenk
About Leon Lenk
Leon Lenk is an R&D Undergraduate Intern at Sandia National Laboratories and a member of the IEEE Student Branch at UCLA, studying Materials Engineering at UCLA.
Current Role at IEEE Student Branch at UCLA
Leon Lenk currently works at the IEEE Student Branch at UCLA, primarily focusing on Micromouse projects. This role involves designing and programming autonomous robots, known as Micromice, to navigate mazes. Notably, Leon designed a PCB and developed an algorithm specifically for pathfinding in a mouse-robot project. Additionally, he implemented a PID (Proportional-Integral-Derivative) control system for robotics projects, showcasing his skills in both hardware and software aspects of robotics engineering.
R&D Undergraduate Intern at Sandia National Laboratories
Leon Lenk holds the position of R&D Undergraduate Intern at Sandia National Laboratories in Albuquerque, New Mexico. In this role, Leon contributes to research and development initiatives, leveraging his background in materials engineering. His work here involves participating in various projects that require innovative solutions and technical expertise, reinforcing his proficiency in the field of research and development.
Educational Background in Materials Engineering
Leon Lenk is pursuing a Bachelor's degree in Materials Engineering at the University of California, Los Angeles (UCLA). His studies commenced in 2022 and are projected to conclude in 2026. The curriculum covers a wide range of topics including the properties of materials, their applications, and the latest advancements in materials science. This educational background arms Leon with the theoretical knowledge and practical skills essential for his roles in research and development, as well as robotics.
Skills in PCB Design and Algorithm Development
Leon Lenk has demonstrated proficiency in PCB (Printed Circuit Board) design and algorithm development through his hands-on projects. For his work on the Micromouse project at the IEEE Student Branch at UCLA, he meticulously designed a PCB and developed an efficient algorithm for pathfinding. These skills are crucial for the creation and optimization of robotic systems, reflecting Leon's ability to handle complex engineering tasks.
Implementation of PID Control System
As part of his contributions to the IEEE Student Branch at UCLA, Leon Lenk implemented a PID control system for a robotics project. PID control systems are widely used in engineering for their ability to provide stable and accurate control in automated processes. Leon's implementation of this system underscores his capability in applying control theory to practical scenarios, enhancing the performance and reliability of the robotic systems he works on.