Bridging Nanotechnology and AI to Solve Complex Challenges.
Leveraging 5+ years of R&D experience in DNA nanotechnology, materials science, and advanced sensor fabrication to drive technological innovation. Specializing in leading research projects from concept to publication and architecting AI-driven applications.
About Me
My journey from materials science to AI-driven innovation.
Volkan Kilinc, Ph.D.
Scientist & AI Developer
Paris, France
Professional Summary
I am an interdisciplinary Ph.D. scientist with over five years of experience at the intersection of research and development, specializing in DNA nanotechnology, materials science, and advanced sensor fabrication. My career has been driven by a passion for solving complex problems, leading research projects from their initial concept to peer-reviewed publication, patenting, and securing competitive international funding like the JSPS Fellowship.
As an adaptable and creative problem-solver, I have eagerly embraced emerging technologies. I have a proven track record of directing generative AI to architect and deploy sophisticated applications, including a multi-agent system for automated scientific peer-review. My goal is to apply my deep scientific background and technical project management skills to address significant challenges in a research or technology-focused environment.
Core Competencies
Scientific Research
- DNA Nanotechnology
- Biosensors & FETs
- Surface Chemistry
Data Analysis
- Microscopy (SEM, AFM)
- Spectroscopy
- Electrical Analysis
Project Management
- Grant Writing & Funding
- IP Strategy
- Tech Transfer
AI & Development
- Prompt Engineering
- AI System Architecture
- Full-Stack & DevOps
What My Supervisors Say
From My Ph.D. & Postdoctoral Work
"He exhibits great creativity in the laboratory, and I was impressed by his methodical approach and excellent technique, in particular, in dealing with such diverse technologies as transistor fabrication, solution chemistry and DNA hybridization."
Dr. Jonathan P. Hill
Group Leader, NIMS, Japan
"Volkan is a hard working person. His research skills improved drastically over his PhD term... He is highly dedicated to his research work and he is one of the few students I had whom really put what it takes to make it work."
Prof. Anne Charrier
CNRS Researcher, CINaM, France
"He is very active, amicable, social, adaptive, very co-operative with... leadership qualities with good communication skills, hard working with excellent potential as team leader as well as team player quality."
Prof. Jean-Manuel Raimundo
Former Head of Chemistry Dept., CINaM, France
From My Early Career Internships
"Thanks to his very good intellectual capacity, he was able to familiarize himself quickly with new subjects and contents. Mr. Kilinc worked independently and showed initiative. We appreciated him as an employee with a high degree of commitment and motivation."
Dr. Anna Di Gianni
Researcher, ABB Corporate Research, Switzerland
"The training period was short but he got accustomed to the experimental process and operating machines for analyses quickly during his stay. He tried several new experiments and he had strong responsibility and confidence for the research works."
Prof. Maekawa Hirofumi
Head of Chemistry Lab., Nagaoka University of Technology, Japan
Project Portfolio
A selection of projects that showcase my expertise in scientific research, invention, and AI-driven development.
Software Applications & Games
Open AI Science - AI-Powered Peer Review
Project Lead & Designer
Conceived and directed the creation of a full-stack web application that uses a multi-agent AI system to automate and enhance the scientific peer-review process. Architected the complete technical stack from backend to frontend.
AI-Directed Crypto Gaming App (RoadToMars)
Project Lead & Designer
Directed a generative AI (Gemini) to architect and build a full-stack, real-time Web3 application on the Solana blockchain. Managed the complete DevOps lifecycle, from AI-assisted coding to cloud deployment.
Scientific Research Projects
DNA-FET for High-Speed Data Retrieval
Lead Researcher & Inventor
Developed and fabricated a proof-of-concept DNA Field-Effect Transistor (FET) for a novel electronic method of data location in DNA data storage. This foundational work led to a first-author publication and a Japanese patent application.
DNA-pods: Biomimetic Nanocarriers
Lead Researcher & Inventor
Designed and synthesized "DNA-pods," a novel class of self-assembled DNA condensates for cost-effective therapeutic delivery. Engineered a unique, thermally-triggered release mechanism inspired by viral uncoating.
Consulting Services
Applying deep scientific expertise and advanced AI capabilities to solve your most complex challenges.
Scientific R&D Consulting
Leverage my expertise to accelerate your research and development in materials science, nanotechnology, and biosensors.
- ✓Project Ideation & Strategy
- ✓Experimental Design & Data Analysis
- ✓Surface Chemistry & Sensor Fabrication
AI-Assisted App Development
From rapid prototyping to full-stack deployment, I direct generative AI to build and launch innovative software solutions efficiently.
- ✓AI System Architecture Design
- ✓Rapid Prototyping & MVP Building
- ✓Workflow Automation Solutions
Academic & Student Mentorship
Supporting the next generation of scientists with guidance on research, funding, and career development.
- ✓Grant Writing Support (MSCA, EIC, ERC, etc.)
- ✓Publication & IP Strategy
- ✓Free 30min consultations for students
Ready to Collaborate?
I am always open to discussing new projects and innovative ideas. Let's connect and explore how we can work together.
(Online scheduling will be available soon via Calendly)
Contact MePublications & Patents
A record of my contributions to the scientific community.
Highlighted Publications
Kilinc, V.*, Sutrisno, L., Henzie, J., Picheau, E., Yamauchi, Y., Ariga, K., Hill, J.P.* (2025). DNA-pods Mimicking Viral Uncoating with Functional Molecule Encapsulation Capabilities. Under review at Communications Materials.
Kilinc, V.*, Henzie, J., Picheau, E., Yamauchi, Y., Hill, J.* (2025). DNA Chromopods: Engineering Chromosome-Inspired Nanoarchitectures as Protocell Blueprints. ChemRxiv.
Kilinc, V.*, Hayakawa, R., Yamauchi, Y., Wakayama, Y., Hill, J.P.* (2024). Nanoporous Dna Field Effect Transistor with Potential for Random-Access Memory Applications. Advanced Sensor Research.
Nguy, T.P., Kilinc, V.,Hayakawa, R., Henry-de-Villeneuve, C., Raimundo, J-M.*, Wakayama, Y.*, Charrier, A.* (2022). Affinity driven ion exchange EG-OFET sensor for high selectivity and low limit of detection of cesium in seawater. Sensors and Actuators B: Chemical.
Nguy, T.P., Hayakawa, R., Kilinc, V., Petit, M., Raimundo, J-M., Charrier, A., Wakayama, Y.* (2020). Electrolyte-Gated Organic Field-Effect Transistor for Ultra-Sensitive Cs Ion Sensor. ECS Meeting Abstracts.
Nguy, T.P., Hayakawa, R., Kilinc, V., Petit, M., Yemineni, N. S L V; Higuchi, M.; Raimundo, J-M., Charrier, A., Wakayama, Y.* (2020). Electrolyte-gated-organic field effect transistors functionalized by lipid monolayers with tunable pH sensitivity for sensor applications. Applied Physics Express.
Kilinc, V., Henry-de-Villeneuve, C., Nguy, T.P., Wakayama, Y., Charrier, A.*, Raimundo, J-M.*, (2019). Novel and Innovative Interface as Potential Active Layer in Chem-FET Sensor Devices for the Specific Sensing of Cs+. ACS Applied Materials & Interfaces.
Nguy, T.P., Hayakawa, R., Kilinc, V., Petit, M., Raimundo, J-M., Charrier, A., Wakayama, Y.* (2019). Stable operation of water-gated organic field-effect transistor depending on channel flatness, electrode metals and surface treatment. Japanese Journal of Applied Physics.
Kenaan, A., El Zein, R., Kilinc, V., Lamant, S., Raimundo, J-M., Charrier, A.* (2018). Ultrathin Supported Lipid Monolayer with Unprecedented Mechanical and Dielectric Properties. Advanced Functional Materials.
Fredj, D., Pourcin, F., Alkarsifi, R., Kilinc, V., Liu, X., Ben Dkhil, S., Boudjada, N.C., Fahlman, M., Videlot-Ackermann, C., Margeat, O.*, Ackermann, J.*, Boujelbene, M.* (2018). Fabrication and Characterization of Hybrid Organic–Inorganic Electron Extraction Layers for Polymer Solar Cells toward Improved Processing Robustness and Air Stability. ACS Applied Materials & Interfaces.
Patents
Kilinc, V.*, et al. (2023). “Method of DNA retrieving by using field-effect transistor”. JP Patent Application.
Wakayama, Y; Kilinc, V., et al. (2020). “Alkali metal ion detection sensor and radioactive cesium ion detection sensor”. JP Patent Issued.
My Doctoral Thesis
“Development of Organic Field-Effect Transistor for the detection of cesium in seawater”
Download Thesis (PDF)Get in Touch
I'm open to discussing new projects, creative ideas, or opportunities to be part of your vision.
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Contact Details
For direct inquiries, you can reach me via email or phone.