Üsküdar University participated in TÜRKPATENT ISIF’25 for the first time this year with projects from the BrainPark Technology Transfer Office. Out of the 9 inventions presented, a total of 5 awards were won: 1 gold, 2 silver, and 2 bronze. Celebrating its tenth year, the fair brought together innovative ideas, strong collaborations, and technological solutions from around the world and Türkiye. At the same time, it was also a major success for Üsküdar University in terms of showcasing its innovative ideas and technological solutions.
The opening ceremony, held on September 17, took place on the ISIF stage with the attendance of the Minister of Industry and Technology, Fatih Kacır.
BrainPark Technology Transfer Office’s work reviewed
During the ceremony, European Patent Office President Antonio Campinos and Turkish Patent and Trademark Office President Dr. M. Zeki Durak also delivered speeches. Following the opening, guests visited the Üsküdar University BrainPark Technology Transfer Office booth located in the C Block TÜRKPATENT ISIF’25 tent.
Various projects showcased
Within the scope of the fair, Üsküdar University researchers and TEKNOFEST finalist students came together with investors to present their projects. Referee presentations were successfully completed, and productive meetings were also held.
Innovative ideas for the benefit of society
Üsküdar University’s BrainPark Technology Transfer Office presented its project “Diagnostic and Predictive Method for Mental Health Problems” on the Demoday stage to investors. The presentation was made by Asst. Prof. Mehmet Kaan İldiz. This was not only a project presentation but also an important step in transforming innovative ideas into societal benefit.
Awards ceremony
The TÜRKPATENT ISIF’25 Awards Ceremony was held on the ISIF stage with the attendance of the Minister of Industry and Technology, Fatih Kacır.
At the ceremony, the awards were presented by the President of the Turkish Patent and Trademark Office, Dr. M. Zeki Durak.
In this context, BrainPark Technology Transfer Office projects were evaluated by investors and referees. Awards were granted to the following projects: Temporomandibular Hypermobility Apparatus, Heel Prick Device, (RAREASY) SMA Diagnostic Kit, Grey Wastewater Recovery System, and Umbilical Cord Training Kit.
Awards won by Üsküdar University:
• Gold Medal
Invention Name: Temporomandibular Hypermobility Apparatus
Inventor: Dr. Dt. Hacer Fulya Üçem
Invention Details: Temporomandibular joint (TMJ) hypermobility is characterized by excessive translation of the condyle beyond the articular eminence. Current stabilization methods used in conservative and surgical treatments fall short in terms of aesthetics, hygiene, and patient comfort. Therefore, an innovative and functional intraoral apparatus has been developed as an alternative to existing devices to ensure stabilization. This apparatus aims to reduce the need for surgery in TMJ hypermobility, increase the success of conservative treatments, and solve the aesthetic-hygienic problems caused by existing appliances.
• Silver Medal
Patent Name: Heel Prick Device
Inventors: Assoc. Prof. Ayça Demir Yıldırım, Assoc. Prof. Tuğba Yılmaz Esencan, Asst. Prof. Günay Arslan
Invention Details: This invention relates to a heel prick device developed for use in neonatal units, particularly for newborn health screenings. The device ensures equal blood volume is collected each time, preventing insufficient samples or retests when the required areas on the Guthrie card are not adequately filled. The aim is to facilitate blood sampling for newborns and their families, as well as for other studies requiring skin puncture; to minimize the baby’s pain during the procedure; to improve the quality of healthcare; and to ease the task of the healthcare professionals responsible for collecting samples. Furthermore, it allows healthcare personnel to quickly and accurately determine the puncture position, increases efficiency, and minimizes the risk of sampling failure in newborn blood testing.
• Silver Medal
Patent Name: (RAREASY) “One-Step & Dry” RT-PCR Diagnostic Kit for Early Diagnosis and Carrier Detection of SMA Disease
Inventors: Dr. Cihan Taştan, Beyza Aydın, Buse Baran, Beste Gelsin, Hasret Araz, İlayda Çavdar
Invention Details: RAREASY is a one-step, lyophilized (dry) RT-PCR diagnostic kit developed for the early diagnosis and carrier detection of SMA disease. The kit eliminates the limitations of current diagnostic methods thanks to its room-temperature storage, rapid results, and ease of use. This innovative approach provides a strong solution for early and reliable diagnosis in SMA screenings both in Türkiye and worldwide.
• Bronze Medal
Patent Name: Electronic Smart Siphon Adapter System for Grey Wastewater Recovery
Inventors: Assoc. Prof. Uğur Çini, Hamada M.R. Abujazar
Invention Details: This invention is a wastewater recycling system that can be easily integrated into existing sink and toilet systems with minimal modifications, thanks to its electronic control system. Using a water flow meter, the system ensures accurate and efficient control of mains water and recycled water in toilet tank refills, transferring sink water after simple treatment, into the toilet cistern. The aim of the invention is to ensure efficient water use, particularly in metropolitan areas and water-scarce regions, in the face of diminishing water resources.
• Bronze Medal
Patent Name: Umbilical Cord Training Kit
Inventor: Res. Asst. Dr. Ebru Sarıoğlu
Invention Details: The safe management of the placenta and umbilical cord after birth is a critical clinical skill in midwifery and medical education. Current training methods rely heavily on theoretical knowledge and do not adequately provide students with hands-on experience. Existing simulation models in Türkiye and worldwide do not allow the cutting of the umbilical cord, preventing students from developing realistic skills. With this invention, the umbilical cord can be cut, enabling uninterrupted simulation practices without the risk of accidental cutting. This provides a more realistic training experience. In this way, students not only acquire theoretical knowledge but also gain critical psychomotor skills in a safe and repeatable environment.
