Project Focus

I enjoy working on product design projects that have strong technical and usability aspects. I try to keep a clear idea how a product might function and how a user might interact with it. Most of my work is aimed at having tangible results and experimenting early on. Therefore I usually model, run simulations and prototype. 

I've chosen a number of projects to showcase my abilities on four topics: Human Factors, Analysis, Integration, and CAD.

Study Projects, MSc Level

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Expressive Protection Covers for Lightweight Robot Arms
ESA - Telerobotics & Haptics Laboratory

​This is a novel human-robot interaction device I have developed as part of my graduation project in the laboratory. Due to a pending patent application, the work will only be published after August 2017.

Interact Rover
ESA - Telerobotics & Haptics Laboratory

INTERACT Rover is the new testing platform of the European Space Agency for haptic teleoperation experiments. Starting from conceptual design to a functional product, I have worked on the design, prototyping and the integration a complete rover.

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Vehicle Communication Platform
SecureOne

This product is a novel access security interface that enables drivers to talk to the security guard without needing to roll down their window. This was made possible with the use of a contact microphone and speaker pair that is pushed against the vehicle window with an actuated arm. ​

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DUO Soup Kettle
Veneca

DUO is an automated soup maker to improve the process of soup making and serving in order to reduce food and energy waste in the catering sector. 
​I delivered this product concept as part of the Advanced Concept Design course.

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Study Projects, Bachelors Level

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Daily Dairy Milk Processer
Yeditepe University

Daily Dairy is an electric home kitchen appliance to process milk to prepare cream and butter for the Turkish market. I worked on this product concept as part of my project class.​
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EDGE Leg Protector
AKUT

“Edge” is a combined leg guard to be used by search & rescue crews on hazardous terrain. It’s adjustable to fit various body sizes for comfortable use. I worked on this product concept as part of my project class.
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Simurg-4 VTOL UAV
Istanbul Technical University

Simurg-4 is a vertical take off and landing unmanned aerial vehicle concept that was developed by a team of engineers and designers. The project was done as part of a summer school on UAVs.
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CAD Modeling Work

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Cube Urban Bike Concept, by Cube at cube.eu. Modeled in Solidworks. (Modeling practice, I do not have any rights on the design)

Generic Old Boat. Modeled in Rhinoceros 3D.

Bosch Laser Range Finder GLR-225. Modeled in Solidworks. (Modeling practice, I do not have any rights on the design).

Pamlico 120 Kayak by Wilderness Systems. Modeled in Rhinoceros 3D. (Modeling practice, I do not have any rights on the design)

Stratocaster by Fender Guitars. Modeled in Solidworks. (Modeling practice, I do not have any rights on the design)

Rumpler 6B-1 Seaplane. Modeled in Rhinoceros 3D. (Modeling practice, I do not have any rights on the design)

Belvedere 1958 by M.C. Escher. Modeled in Rhinoceros 3D. (Modeling practice, I do not have any rights on the design)

INTERACT Rover. Modeled in Solidworks and Rhinoceros 3D. (GRP 4400 Wheeled Platform is a product of AMBOT)

Zeta Function Machine of Alan Turing. Modeled in Solidworks.

Various Creations

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