Dilek Cakiroglu, Ph.D. Email & Phone Number

Espoo, Uusimaa, Finland

Espoo, Uusimaa, Finland

• My primary role in the Semiconductor Process Team is to develop, optimize and implement new processes for development and customer projects.
• Developing and optimizing the advanced ALD processes to achieve uniform and high-quality thin films.
• Providing support to technical sales.
• Preparing and submitting test results to customers and writing technical reports
• Documentation of BKM recipes, demo, and characterization results.
• Execution of customer demos meeting specifications

Espoo, Finland

• As a researcher in Tandem Industry Academia project (TAI), my main aim was to investigate the effect of surface passivation via ALD and wet treatment on GaAs µ-LEDs. In this project, I was working in close.
• Designed the device layout and fabricated it in Micronova Class 100 Cleanroom.
• Characterized and measured the fabricated devices and reported the results to the supervisor.
• Communicated the research results to the partners in industry.

Montpellier Area, France

• I had an opportunity to work on several projects aiming the development of MEMS, solar cell, thermophotovoltaic cell (TPV) and graphene-based electronic devices.
• Fabricated quartz-based MEMS, III-V semiconductor solar cell and TPV cell in Class 1000 Cleanroom.
• Succeeded in developing new processes for gate terminal in graphene-based electronic devices on SiC subtsrate.
• Supervised Ph.D. students in cleanroom and regularly communicated with projects partners

Istanbul, Turkey

• I had an opportunity to have hands-on experience and understanding of III-V semiconductor electronic devices. Our focus here was to study the artificial graphene structure on 2D electron system of GaAs/AlGaAs and the.
• Excelled in process integration of micro and nano scale devices in Class 100 cleanroom
• Optimized the process parameters for polymeric resist-based dose sensor
• Investigated dose and development time for thin e-beam resist for nanopattern applications
• Detailed SEM image inspection of the fabricated devices

Istanbul, Turkey

• I was awarded by Sabanci University Grant Commission to pursue my Ph.D. My main aim in my Ph.D. project was to fabricate hybrid nanostructure supercapacitors for energy storage application. I have successfully.
• Vertically aligned Carbon nanotube growth via chemical vapor deposition
• Synthesis of conductive polymer via electrochemical methods
• Assisted team members in manufacturing and testing of carbon nanotube
• Interpreted research findings and summarized data into reports
• Assisted first year's undergraduate students in Nature of Science 102 and Calculus 101&102 courses

England, United Kingdom

• I was awarded by Erasmus program to continue my Ph.D. research
• Trained to be equipped with technical skills in electrochemistry measurement setup
• Carried out electrochemical measurement of supercapacitor device

Doctor Of Philosophy (Ph.D.), Material Science And Engineering

Master Of Science (M.S.), Mechanical And Aerospace Engineering

Master Of Science (M.S.), Polymer Science And Technology

Bachelor Of Science (B.S.), Engineering Physics