A highway lighting product developed for Fermada LED Lighting in collaboration with Altera Design in 2019 and currently in mass production. The design prioritizes thermal management through fluid surface channels, water resistance, and serviceability.

A modular production station concept for 3D printing farms that enables four parts to be produced simultaneously through a single electronic control module.

M4 | 3D Printer Station received the 2nd Prize at the Open Design Istanbul Industrial Design Competition in 2022.

An accessible desktop 3D printer developed for Tripedia 3D in 2019 under the ti-bot brand, focusing on cost optimization, manufacturability, and ease of use. The project included mechanical design, product form, and user documentation.

A commercial panini grill designed with a glass top cover and transparent heaters that allow different heating surface combinations, offering flexibility for various cooking needs.

2nd Prize at the National Designer–Industry Cooperation Design Contest in 2018. Developed in collaboration with Öztiryakiler Industrial Kitchen.

A conceptual vacuum cleaner developed in collaboration with Candy Group Hoover as part of a university–industry partnership during a four-month graduation project at Anadolu University Industrial Design Department in 2016.

A prosthetic cover designed using 3D scanning data and surface modeling in Rhinoceros 3D, followed by 3D printing and finishing processes to create a topology adapted to the form of the limb.

A smart thermoplastic insole that monitors foot pressure, motion, and position through embedded sensors and a mobile application to detect potential emergency situations and notify trusted contacts when necessary.

Group Project | A robotic bomb disposal concept developed for the Roboik Design Competition organized by the Presidency of Defence Industries of the Republic of Türkiye.

HAZAR-D was selected as a finalist project and exhibited in Ankara in 2017.

Group Project | A 6×6 amphibious armored military transport vehicle concept developed for the FNSS MIL-DESIGN competition.

GR-646 received an Honorable Mention in the student category in 2015.

A bottle packaging design developed for SuperOX hypochlorous disinfectant, designed as a five-product family for blow molding manufacturing in 2020.

A colored pencil packaging concept designed to function as a reusable drawing template.

2nd Prize at the II. Plastic and Metal Packaging Design Competition organized by İKMİB / İDDMİB in 2015.

A mechanical pencil concept developed as a group project for the NOKI “Your Pencil” National Design Student Competition.

Tri received the 1st Prize in 2014..

An ecological liquid detergent plastic packaging concept inspired by leaf form, aiming to reduce material use while improving ergonomic handling.

3rd Prize at the 10th Packaging Design National Student Competition (ASD) in 2014 and Certificate of Recognition at the WorldStar Student Awards by WPO.

A parametric relief surface design developed in Rhinoceros 3D for olive soap casting molds, optimized for CNC milling and mold draft angles.

A hardcase bag design including surface development and production-ready Parasolid data prepared for mold manufacturing. Freelance project, 2013.

An interactive logbook tool for documenting and mapping design processes. Users can add notes, images, and diagrams, and export their workflow as PDF, CSV, or ZIP for archiving and iteration tracking.

A color-focused AI prompt generator designed as a configurator panel to create presets for product design prompts with a focus on Color, Material, and Finish (CMF).

A work-in-progress AI terminology tool designed to explore interdisciplinary concepts, reveal relationships between ideas, and support critical thinking about artificial intelligence.

PhD research exploring how generative artificial intelligence reshapes creative workflows in industrial design. The study investigates how designers interact with AI systems during ideation, concept development, and decision-making processes, focusing on human–AI collaboration and emerging design practices.

Master’s thesis investigating how digital 3D models evolve throughout the industrial design process, identifying key modeling parameters affecting early design, prototyping, and preparation for mass production.

An interactive design research exploring how AI image generation interprets cultural cues through the case of Turkish coffee machine design.

Based on the study by Ulaş Tigin and Tuğba Tok.

Development and clinical testing of a passive, lightweight ankle joint design enabling multi-axis motion through biomechanically optimized elastic elements. The project focuses on human-centered biomechanics and is protected by an industrial design registration. Conducted at Özyeğin University Human-Centered Design Lab.

An AI-aided redesign of the IAQ ankle joint system exploring how generative tools can support the development of robotic prosthetic mechanisms.

Product development research for a cervical orthosis conducted within the Human-Centered Design Lab.