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Thomas Scherlis
Software Intern at Zipline. ECE student at Carnegie Mellon University. Into robotics, software, and controls.
Professional Background
Thomas Scherlis is an ambitious and dedicated individual currently exploring the fields of robotics, engineering, and software at Carnegie Mellon University (CMU), one of the most prestigious institutions in the world known for its cutting-edge research and innovation. As a junior in the Electrical and Computer Engineering program, Thomas has demonstrated both leadership and technical expertise in various prestigious roles that highlight his commitment to advancing technology and robotics.
He is notably recognized as the President and Co-Founder of the Carnegie Mellon RoboSub team, known as Tartan AUV. Under his leadership, the team has aimed to innovate and excel in autonomous underwater vehicle (AUV) design and functionality. This experience reflects his deep engagement in practical applications of engineering studies while fostering collaboration and teamwork among budding engineers. In addition to his academic pursuits, Thomas has amassed a wealth of experience through various internships and roles that showcase his proficiency in software and hardware integrated systems, making him a versatile candidate in the field of engineering.
Education and Achievements
Thomas Scherlis embarked on his academic journey at Shady Side Academy, where he first fostered his interest in engineering and technology. He currently pursues a Bachelor's degree in Electrical and Computer Engineering at Carnegie Mellon University, consistently engaging in rigorous coursework and hands-on projects that prepare him for a successful career in robotics and software engineering.
The Carnegie Mellon RoboSub team, which he co-founded, has become a platform for him to showcase leadership abilities while collaborating with peers to tackle complex engineering challenges. His role involves not just operational oversight but also guiding innovative design and computational approaches that aid the team in competing at various levels.
Professional Experience
Thomas's hands-on experience in engineering is further highlighted through his internships at esteemed organizations such as Zipline. His tenure as a Software Intern at Zipline provided him with invaluable insights into the software development lifecycle and real-world application of robotic technologies in logistics and distribution. Additionally, his previous role as a Hardware Test Intern at Apple provided a platform for him to work on consumer electronics, which enhanced his understanding of product development and user-centered design.
As an Embedded Software Intern at Zipline International, Thomas worked on real-time software systems, solidifying his coding and programming skills while contributing to a mission-driven company focused on delivering critical medical supplies in underserved regions around the globe. This role underscored his ability to innovate within tightly constrained environments, focusing on both efficiency and reliability in software design.
He has also served as a Teaching Assistant at Carnegie Mellon University, facilitating the learning of fellow students while strengthening his own grasp of critical concepts in electrical and computer engineering. His role as a CubeRover Avionics Intern at the CMU Planetary Robotics Lab further enriched his expertise, where he worked on the development of robotics that could operate in extraterrestrial environments—a testament to his commitment to pushing the boundaries of modern robotics.
Additionally, his academic contributions as a Robotics track TA at Leap@CMU emphasize his ability to communicate complex ideas clearly and effectively, a vital skill in engineering disciplines.
Notable Achievements
Thomas’s accomplishments are not confined to his educational endeavors. His leadership of the Tartan AUV team has allowed him to not only apply his technical skills but also to engage with the community and contribute to the growth of robotics enthusiasts at Carnegie Mellon University. He encourages collaboration and problem-solving among team members, fostering an environment where innovation can thrive.
In the realm of educational and engineering excellence, Thomas has been recognized for his contributions both in academia and in practical robotics applications. His insistence on reaching high standards reflects his belief in the transformative power of technology to enhance and solve critical global challenges.
Thomas Scherlis stands out as a dynamic figure in the field of robotics and engineering, with aspirations to contribute to groundbreaking technological advancements. As he continues to explore the boundaries of efficiency and innovation in robotics, he is poised to leave a lasting impact in the domains of engineering, software, and beyond.