Experience

Vectech
• Türkiye
• IT Services and IT Consulting
• Computer Vision Fellow

  • Jan 2022 - Present


Alirtify (formerly Shelly News)

• Product Design Intern

  • Nov 2021 - Jan 2022

  As a product design intern, I have been performing the following tasks: • Utilize SDLC (system development life cycle) principles to contribute to the creation of a news aggregation and intelligence-gathering platform • Perform customer discovery by interviewing students about how they gather news and having them beta test the app • Elicit technical requirements from analysis of findings and design UI/UX and software solutions to improve the product As a product design intern, I have been performing the following tasks: • Utilize SDLC (system development life cycle) principles to contribute to the creation of a news aggregation and intelligence-gathering platform • Perform customer discovery by interviewing students about how they gather news and having them beta test the app • Elicit technical requirements from analysis of findings and design UI/UX and software solutions to improve the product



Friends of Homeless Animals

• United States
• Non-profit Organization Management
• 1 - 100 Employee

• Animal Caretaker

  • Jul 2021 - Dec 2021

  As an animal caretaker at the Friends of Homeless Animals shelter, I perform the following duties: • Responsible for overall dog care including sanitizing kennels, preparing meals, feeding, administering medications and grooming As an animal caretaker at the Friends of Homeless Animals shelter, I perform the following duties: • Responsible for overall dog care including sanitizing kennels, preparing meals, feeding, administering medications and grooming



University of Maryland

• United States
• Higher Education
• 700 & Above Employee

• Community Assistant at Department of Resident Life

  • Jul 2019 - Feb 2020

  In this role, I assisted students by performing the following duties: • Provided customer service to residents and serve as mediator for conflicts as needed for residents • Managed keys, swipes and packages for students and staff members In this role, I assisted students by performing the following duties: • Provided customer service to residents and serve as mediator for conflicts as needed for residents • Managed keys, swipes and packages for students and staff members



University of Maryland - A. James Clark School of Engineering

• United States
• Higher Education
• 100 - 200 Employee

• Research Assistant at Unmanned Vehicle Research Laboratory

  • Jun 2019 - Sep 2019

  As a research assistant at the Unmanned Vehicle Laboratory, I worked on an autonomous racing drone with a focus on drone hardware and obstacle avoidance algorithms. In the lab, I accomplished the following tasks: • Cooperated with group of six students to design and test an autonomous racing drone • Developed MATLAB-based graphical user interface to display flight information • Researched and analyzed reports on unmanned aerial vehicle trajectory generation and control As a research assistant at the Unmanned Vehicle Laboratory, I worked on an autonomous racing drone with a focus on drone hardware and obstacle avoidance algorithms. In the lab, I accomplished the following tasks: • Cooperated with group of six students to design and test an autonomous racing drone • Developed MATLAB-based graphical user interface to display flight information • Researched and analyzed reports on unmanned aerial vehicle trajectory generation and control

• Research Assistant at P125 Drone Laboratory - Project Flying Carpet

  • May 2018 - Feb 2019

  As part of the research team for P125 - Project Flying Carpet, I worked in a group of eight students to design and build an ultra-flexible unmanned aerial vehicle. As part of the Airframe Sub-team, I accomplished the following tasks: • Built flexible arms from fiberglass and built multiple 12-motor flexible drones • Tested octo-quadcopter to examine power distribution between multiple electronic speed controllers and motors • Presented progress to the dean of the A. James Clark School of Engineering As part of the Power Propulsion Sub-team, I accomplished the following tasks: • Calculated optimal combination of motors, batteries and propellers through hand calculations and testing • Assembled and wired 12-motor and 24-motor flexible drones with electronic speed controllers, motors, and propellers • Tested stability of flexible drone during different stages by using a flight controller and Mission Planner