Currently, I am a master’s student at Technical University of Munich. I am an Informatics: Games Engineering major. I am done with my classes and currently working on my thesis on finite volume methods in the field of computational fluid dynamics. Additionally, I am working as a C++ developer at Dassault Systèmes.

Between May 2022 and January 2024, I worked part-time as a Game Developer at Peanut Entertainment, which I am the owner of.

Between January 2020 and April 2022, I worked as a robotics engineer in Erisim A.S. My responsibilities included drawing and designing the P & ID / flow diagrams for gypsum production, gypsum based dry-mix production and plasterboard production plants. This process included analyzing the input material with regards to its chemical composition, keeping in mind the desires of the customer and necessities of the project.

Between September of 2018 and June of 2019, I volunteered as a Robotics Engineer in DeepMap Inc.’s, an HD mapping and software company for autonomous driving, autonomous mobile robot project. I designed the mechanical components of DeepMap’s autonomous mobile robot using SolidWorks. I wrote the code (in C++ and Python) that interacted with DeepMap’s maps and DeepMap’s sensor rig to autonomously drive the robot. In this project, I gained experience in using GPS, Lidar, IMU unit and stereo cameras.

During the summer of 2018, I worked as a Mechanical Test Engineer Intern at Erişim A.Ş., a company located in Turkey that builds gypsum and dry-mixing factories. I tested various types of machinery designed by mechanical engineers using standard and nonstandard mechanical tests. I used data acquisition software/hardware to prepare reports of tested machinery. Additionally, I helped in the CAD design (SolidWorks) and the manufacturing of various test fixtures.

In summer 2017, I worked as a PLC Programmer Intern at Epromak, a company located in Turkey that develops and installs software/hardware systems for automating gypsum based construction material manufacturing plants. I wrote programs for the PLC automation systems used in these plants mostly for SIEMENS S7-300 PLCs. I, also, tested the programs. Additionally, I documented and organized the programs to be ready to be commissioned on site.

Between October of 2015 and May of 2017, I worked as an undergraduate researcher in UCSC under computer engineering professor Mircea Teodorescu. I modeled the tensegrity robots in AutoCAD Inventor. I did stress analysis of the tensegrity robots using NASA Tensegrity Robotics Toolkit (NTRT) and built the prototypes of the tensegrity robots by 3D printing/prototyping for testing purposes.