Alp Doga Oylukan

- Conducted research on the Fokker-Planck equation and non-equilibrium distributions, focusing on numerical solution methods

- Actively participated in weekly seminars, presenting progress and discussing findings with other summer research students

- Developed and optimized MatLab code for the numerical solution of the Fokker-Planck equation

- Contributed to the writing and editing process of an academic research article, which is published in Physical Review Letters E

- Demonstrated strong problem-solving skills and adaptability in a fast-paced working environment

- Assisted in the production and assembly of steel structures for various projects

- Gained hands-on experience in equipment operation

- Provided guidance, support, and technical expertise as a mentor for the robotics team

- Collaborated with students to refine robot designs, optimize performance, and troubleshoot technical issues

- Organized workshops and training sessions to enhance the team's knowledge and proficiency in robotics technologies, CAD software, and programming languages

- Acquired practical knowledge of 3D printing techniques, including slicing, bed leveling, and filament management

- Assisted in the operation and maintenance of 3D printers

- Designed CAD models to be printed and showcased at a local 3d printer expo

- Organized and coordinated team activities, including recruitment, training, and competition participation

- Led the team in designing, building, and programming competitive robots for the First Robotics Competition

- Developed leadership, communication, and problem-solving skills through guiding the team in technical challenges and strategic decision-making

- Achieved notable accomplishments, such as the team spirit award in the Northern Arizona Regional and winning the Turkish Off-Season in 2017