Kenan Sarlioglu

Developed a β-tricalcium phosphate (β-TCP) biomaterial for pediatric bone cyst treatment, targeting ≥90% compressive strength retention and ≤5% elastic modulus variation over one week in a 36.5 °C ± 2 °C bioreactor environment.

Designed and fabricated a bioreactor-compatible sample holder using SolidWorks and conducted thermistor calibration for environmental control.

Performed mechanical testing (MTS) to evaluate compressive strength and elastic modulus, ensuring the biomaterial mimicked properties of healthy bone.

Developed a gang-charging system to securely charge and organize physiological monitoring devices for the U.S. Marine Corps.

Conducted electrical performance testing, including voltage and current measurements, ensuring stable 5V and 2.4A power delivery via POGO pins and USB-C connections.

Led prototyping and testing efforts, utilizing 3D printing and CNC machining to fabricate and refine the tray design, ensuring durability, secure connectivity, and ease of use.

Volunteered at More Smiles Wisconsin, assisting with bitewing x-rays and sterilization of radiographic equipment.

Gained hands on experience positioning x-ray sensors, adjusting imaging settings, and ensuring accurate image capture while prioritizing patient comfort and radiation safety.

Worked closely alongside a dentist to learn key radiographic concepts such as radiopacity, image contrast, anatomical landmarks, and interpretation.

Designed and developed an illuminated sign to enhance the identity and visibility of the UW MakerSpace.

Conducted research on lighting options, including organic LEDs and indoor LEDs, to determine the most cost-effective and visually appealing solution.

Used Adobe Illustrator and used CNC machining for precise engraving and LED placement, ensuring high accuracy and reliability in fabrication.