Dr. Tayfun BEL

Professional Profile

Executive Summary

Dr. Tayfun BEL is a polymath materials scientist and serial entrepreneur who has built a portfolio of breakthrough defense and aerospace technologies—remarkably, as the sole researcher behind every innovation. Since founding BELPICO Aerospace and Space Technologies in January 2018, he has single-handedly developed eight market-ready products validated by international institutions including NASA, JAXA, and Turkish defense authorities.

The Solo Researcher Phenomenon

What distinguishes Dr. BEL in the global technology landscape is the scope of what he has accomplished as an individual researcher:

Designed, prototyped, and validated eight distinct product lines across multiple technical disciplines
Conducted all experimental work, simulations, and testing personally
Achieved space heritage validation (13 months aboard the ISS)
Published 15+ peer-reviewed papers with 197+ citations
Built partnerships with strategic national entities across three continents

Global Enterprise

Building a technology enterprise across multiple jurisdictions:

Turkey (2018): R&D headquarters in Tekirdağ
UK (2025): Belvyon AI - London headquarters for investor relations
South Korea: Preparation phase for Asian market entry
26 years of continuous materials science research
Collaborations with NASA, JAXA, Roketsan, and defense contractors

Unprecedented Concentration of Capability

One individual operating across materials science, aerospace engineering, nuclear physics, artificial intelligence, electronic warfare, and hydrogen storage systems—a concentration of capability virtually unprecedented in modern technology development.

Educational Foundation

Doctor of Philosophy (Ph.D.) in Materials Science

Istanbul Technical University | 2017

Dissertation: Self-healing nanocomposite shielding for aerospace applications

Awarded major research grant by TÜBİTAK (The Scientific and Technological Research Council of Turkey)
Granted 100,000 CPU hours from the National Center for High-Performance Computing for advanced computational modeling of self-healing materials
Pioneered breakthrough research in autonomous damage repair systems

Master of Science (MSc) in Energy Science and Technology

Istanbul Technical University | 2010

Foundation for later work in nuclear radiation shielding and sustainable energy systems. Specialized focus on nuclear energy applications and materials behavior in radiation environments.

Continuous Research Journey

Since 1999 - 26 years of dedicated materials science research

Two and a half decades of continuous innovation, from fundamental research to commercial applications, demonstrating extraordinary persistence and commitment to advancing materials science.

Major Research Funding & Support

🏆 TÜBİTAK Major Grant

Ph.D. dissertation research on self-healing materials

🏆 TÜBİTAK 1512 Grant

FPGA design and production for Synthetic Aperture Radar (SAR)

🏆 TÜBİTAK 1507 Grant

Development of Radar Absorbing Materials

🏆 KOSGEB ARGE Grant

FPGA IP Core Development

💻 100,000 CPU Hours

National Center for High-Performance Computing

🚀 ISS Experimental Allocation

Through NASA/JAXA partnership (13-month testing)

Personal Philosophy & Leadership

"Wolf Pack" Mentality

Dr. BEL operates with the intensity and focus of what he calls a "wolf pack" mentality—combining tenacity, collective purpose, and unwavering integrity in pursuit of technological excellence.

Scientific Rigor

Every claim backed by experimental data. No theoretical speculation without validation. Commitment to reproducible results and peer-reviewed methodologies.

Entrepreneurial Pragmatism

Focus on manufacturing-ready solutions, not laboratory curiosities. Every innovation designed with production scalability and market viability in mind.

Ethical Commitment

Technology for human advancement, not just profit. Developing defensive systems and life-protecting innovations that enhance security without compromising ethics.

Strategic Patience

26 years of continuous research before major commercialization. Understanding that breakthrough innovations require time, persistence, and unwavering dedication.

Cultural Sensitivity

Adapting business models to local contexts, including Sharia-compliant joint venture structures (Diminishing Musharakah) for Middle East partnerships.

Long-term Vision

Building enduring technology platforms, not quick exits. Creating sovereign capabilities for nations and establishing multi-generational research foundations.

"Technology transfer is not about selling products—it's about empowering nations to own their future. When we deploy our DDD framework, we're not just delivering technology; we're building capability, fostering independence, and creating lasting partnerships."
— Dr. Tayfun BEL

Core Technical Competencies

Materials Science & Nanotechnology

✓ Self-healing polymer composites with autonomous damage repair

✓ Nanocomposite systems incorporating CNTs, boron carbide, tungsten carbide

✓ Radiation-resistant materials for space and nuclear applications

✓ High-temperature carbon-carbon composites (operational to 3000°C+)

✓ Metamaterial design for electromagnetic applications

Aerospace & Defense Engineering

✓ Radar-absorbing materials and stealth technology

✓ Ballistic armor design and blast mitigation systems

✓ Aerodynamic structural design for Mach 5+ environments

✓ Integration of advanced sensors (EOTS, DAS, IR systems)

Nuclear & Radiation Physics

✓ Mixed neutron-gamma radiation shielding

✓ PMMA/colemanite composites (195+ citations)

✓ Space radiation protection for deep space missions

✓ Nuclear submarine material applications

Artificial Intelligence & Digital Systems

✓ FPGA-based neuromorphic computing architectures

✓ AI-supported targeting and autonomous swarm intelligence

✓ Digital Radio Frequency Memory (DRFM) systems

✓ Real-time signal processing for electronic warfare

Energy Systems

✓ Solid-state hydrogen storage technologies

✓ Low-temperature hydrogen release mechanisms

✓ High energy density systems (2.5× lithium-ion)

✓ Extreme environment operation (-40°C to +60°C)

Manufacturing & Industrialization

✓ Additive manufacturing of complex composite structures

✓ Shape memory alloy integration

✓ Production process design and scaling

✓ Quality control methodology for aerospace-grade materials

Cross-Disciplinary Mastery

Dr. BEL's unique ability to operate across six major technical domains—from quantum-level materials design to large-scale manufacturing processes—enables integrated solutions that single-discipline specialists cannot achieve. This polymath capability is the foundation of BELPICO's innovation advantage.

Notable Research Works

Highly Cited

Radiation Shielding Properties Research

Published in: Materials Chemistry and Physics, 2019

Groundbreaking research on poly(methyl methacrylate)/colemanite composite for enhanced radiation shielding in mixed irradiation fields of neutrons and gamma rays. This work has become a cornerstone reference in radiation protection materials.

Collaborators: T Bel, C Arslan

View Publication

Space Technology

Space Radiation Environment Study

Published in: Journal of Applied Polymer Science, 2021

Revolutionary study on electron beam penetration of polymer composites in low earth orbit space radiation environment, featuring innovative materials tested at the International Space Station.

Collaborators: T Bel, S Mehranpour, AV Şengül, et al.

View Publication

Advanced Materials

High-Temperature Performance Adhesives

Published in: Materials Science and Engineering: B, 2023

Latest breakthrough in high-temperature adhesive technology, featuring innovative poly(imide siloxane) copolymer developments for extreme environment applications.

Collaborators: T Bel, et al.

View Publication

Experience

2019 — Present

Leading research and development in high-performance materials for aerospace, defense, and nuclear applications. Successfully developed and tested self-healing materials at the International Space Station. Published multiple high-impact papers on radiation shielding properties and thermal stability improvements.

2014 — 2019

Conducted doctoral research in Materials and Metallurgical Engineering, focusing on polymer nanocomposites and radiation shielding materials. Published groundbreaking work on PMMA/colemanite composites for mixed radiation fields.

2010 — 2014

Completed Masters in Energy Science and Technology with specialization in nuclear energy. Pioneered research on beta permeability of metals and polymer development for radiation environments.

Materials Science Expert

Specialized in high-performance materials for aerospace and defense applications, with multiple patents and publications.

Extensive Research

Over a decade of experience in materials engineering and radiation shielding technology development.

International Presence

Operating across multiple locations including Turkey, Japan, Singapore, Houston, and Dubai.

Innovation Leader

Pioneering research in self-healing materials and disruptive technologies for aerospace applications.

Business Leadership

Successfully managing multinational R&D operations with focus on high-profit opportunities.

Research Impact

Highly cited publications in prestigious journals with significant contributions to materials science.

Advanced electronic warfare system with AI-driven threat analysis and adaptive jamming capabilities for unmanned aerial vehicles.

Research

Research Summary

Pioneering researcher in Metallurgy and Materials Science, specializing in high-performance materials for aerospace, defense, and nuclear applications.

Expert in developing innovative materials including radiation shielding composites, self-healing nanocomposites, and advanced polymer systems. Leading groundbreaking research validated through International Space Station testing and numerous highly-cited publications in prestigious journals.

Interests

Radiation Shielding

Polymer Nanocomposites

Aerospace Materials

Nuclear Technology

Space Radiation

Thermal Stability

Self-healing Materials

Latest Research & Publications

Radiation Shielding Properties of PMMA/Colemanite Composite

Groundbreaking research on mixed irradiation fields protection using innovative composite materials, with significant implications for space and nuclear applications.

Investigation of Elastic Properties in PMMA with Graphene Nanoplatelets

Comprehensive analysis of elastic properties enhancement through graphene nanoplatelet reinforcement in polymer composites.

Thermal Stability and Gamma-Ray Absorption in PMMA/Graphene Nanocomposites

Innovative research on improving thermal stability and radiation absorption in microwave-absorbable nanocomposites.

Electron Beam Penetration in LEO Space Radiation Environment

Study of PMMA/colemanite composite behavior under simulated low earth orbit radiation conditions.

Production of PMMA/Microsphere Nanocomposites

Comparative study of PMMA nanocomposites produced using different techniques and materials.

Changes in Magnetic Properties of PMMA

Examination of magnetic property variations in poly (methyl methacrylate) under different conditions.

Effect of Curing Ambient on PMMA Living Polymer

Investigation of environmental effects on polymer curing processes and material properties.

Bubble Effect Investigation in Lightweight PMMA

Analysis of bubble formation and its effects on lightweight polymer properties.

High Temperature Performance Adhesive from Poly(imide siloxane)

Development of advanced adhesive materials for high-temperature applications.

Microencapsulate Production with Melamine Formaldehyde

Novel approach to producing microencapsulated materials using advanced resin shell materials.

Effect of Curing Time on Living Polymer Properties

Systematic study of curing time effects on polymer characteristics and performance.

PMMA/Mikroküre/Montmorillonit Nanokompozit ve PMMA/Mikroküre/Halloysite Nanokompozitin Atom Transfer Radikal Polimerizasyon Tekniği

Investigation of mechanical properties of PMMA nanocomposites using atom transfer radical polymerization techniques.

Farklı metallerin beta geçirgenliklerinin incelenmesi

Analysis of beta permeability characteristics across different metallic materials.

Multi-scale self-healing nanocomposite shielding material for aerospace

Development and characterization of self-healing nanocomposite materials for aerospace applications.

Polymer and nanocomposites: Symposium, 21-22 February 2018, Abstract book

Abstract collection from the 2018 polymer and nanocomposites symposium.

Effect of Curing Time

Analysis of curing time effects on material properties and performance characteristics.

Signature Achievements & Validation

International Space Station Heritage (2023-2024)

Dr. BEL's STATS (Self-Healing Technology Advanced Systems) nanocomposite was selected for 13 months of testing aboard the International Space Station in collaboration with NASA and JAXA. This represents the ultimate validation for materials science—exposure to the full spectrum of space radiation, thermal cycling, and vacuum conditions.

Testing Duration

13 Months

Technology Readiness

TRL 6

Partners

NASA + JAXA

Key Finding: The materials returned to Earth with complete performance data, demonstrating superior heavy ion radiation protection compared to conventional materials. This space heritage makes STATS immediately deployable for deep space missions.

Turkish Defense Validation

TOPSHOT Expo Armor

Roketsan Validated

Testing Facility: Roketsan (Turkey's premier defense contractor)

Test Results:

✓ Zero penetration across all test samples
✓ Minimal deformation under high-velocity impacts
✓ No spallation generation
✓ Lateral energy dispersion across multi-plate configurations
✓ Validated against anti-tank ammunition, artillery shrapnel, and IEDs

Weight Advantage: 40% weight reduction vs. conventional armor while maintaining superior protection

BELpico STEALTH System

5th-Gen Fighter Validated

Developed as cost-effective solution for Turkey's 5th-generation fighter programs

Validation Results:

✓ Structural integrity under Mach 2+ aerodynamic loads
✓ Extended operational life in maritime (salt exposure) environments
✓ Extended operational life in desert (sand erosion) environments
✓ Successful integration of advanced sensor windows (EOTS, DAS, IR systems)
✓ Broad-spectrum radar cross-section reduction (-25dB)

Research Publications & Impact

15+

Peer-Reviewed Publications

197+

Total Citations

7

h-index

84

Citations (Top Paper)

Most Cited Research:

"Gamma ray and neutron shielding properties of poly(methyl methacrylate)/colemanite composite for mixed radiation fields" - Published in Nuclear Engineering and Technology (2019) with 84 citations, establishing a cornerstone reference in radiation protection materials.

International Collaboration Network

NASA

ISS materials testing program

JAXA

Space materials validation

Roketsan

Ballistic testing & validation

MKE

Eight DDD partnership programs

Middle East

Advanced filtration combined with user-friendly portability, enabling rapid deployment across multiple security scenarios.

Global Expansion Strategy

Strategic global presence across three continents, positioning BELPICO for maximum market access and partnership opportunities.

Turkey (Headquarters) | Established January 2018

R&D Facilities: State-of-the-art laboratories in Tekirdağ equipped for materials testing, aerospace prototyping, and advanced manufacturing
Strategic Location: Bridge between Europe and Asia, enabling efficient collaboration with both regions
Market Access: Direct engagement with Turkish defense sector and NATO systems integration
Cost Advantage: Cost-effective prototyping and testing infrastructure while maintaining world-class quality standards

United Kingdom | Established October 2025

Belvyon AI London HQ: Commercial entity focused on investor relations and business development
Capital Markets Access: Gateway to European and international investors for scaling operations
European Market Entry: Access to European aerospace and defense markets with regulatory compliance
Strategic Partnerships: Positioning for NATO partnerships and UK Ministry of Defence collaborations

South Korea | Preparation Phase

East Asian Market Entry: Strategic positioning for Korean, Japanese, and Chinese technology markets
Defense Sector Partnerships: Engagement with Korean defense and advanced technology companies
Manufacturing Ecosystems: Access to world-class semiconductor and advanced manufacturing infrastructure
Hydrogen Technology Hub: SAGA system specifically designed for Korean energy transition requirements

Strategic Target Markets

Middle East

Saudi Arabia (SAMI), UAE (EDGE Group), Qatar (Barzan Holdings) - Focus on sovereign defense capabilities and technology transfer partnerships

Southeast Asia

Malaysia, Indonesia - Emerging defense modernization programs and renewable energy infrastructure development

NATO Allies

Strategic partnerships with European NATO members for interoperability and joint development programs

Strategic Vision & Investment Opportunity

De-Risked Deep Tech

Space heritage validation (ISS)
Military testing complete (Roketsan)
Controlled IP (single inventor)
Zero legacy R&D overhead

Dual-Market Strategy

Defense: High margins, stable contracts
Commercial: Scalable volume growth
Smart cities infrastructure
Clean energy transition

Rapid Execution

21-day prototype delivery
Single decision-maker agility
Technology transfer expertise
Personal commitment to success

Contact Dr. Tayfun Bel

Primary Research Office

Metallurgical and Materials Engineering
Istanbul, Turkey

Phone:

Email: cite@tayfunbel.com

Research Areas

Materials Science & Metallurgy
Aerospace Materials
Nuclear Energy Applications
Defense Technologies

Professional Network

Get In Touch

Reach out for collaborations, consultations, or inquiries

cite@tayfunbel.com

Send Email

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PhD in Materials and Metallurgical Engineering

MSc in Energy Science and Technology

Research Positions

R&D Company Owner

Lead Researcher

Research Scientist

Education & Expertise

Ph.D. in Materials and Metallurgical Engineering

M.Sc. in Energy Science and Technology

Research Impact

2019

2021

2023

Professional Profile

Executive Summary

The Solo Researcher Phenomenon

Global Enterprise

Unprecedented Concentration of Capability

Educational Foundation

Doctor of Philosophy (Ph.D.) in Materials Science

Master of Science (MSc) in Energy Science and Technology

Continuous Research Journey

Major Research Funding & Support

Personal Philosophy & Leadership

"Wolf Pack" Mentality

Scientific Rigor

Entrepreneurial Pragmatism

Ethical Commitment

Strategic Patience

Cultural Sensitivity

Long-term Vision

Core Technical Competencies

Materials Science & Nanotechnology

Aerospace & Defense Engineering

Nuclear & Radiation Physics

Artificial Intelligence & Digital Systems

Energy Systems

Manufacturing & Industrialization

Cross-Disciplinary Mastery

Notable Research Works

Radiation Shielding Properties Research

Space Radiation Environment Study

High-Temperature Performance Adhesives

Experience

Materials Science Expert

Extensive Research

International Presence

Innovation Leader

Business Leadership

Research Impact

Innovations

Product Description

Product Description

Product Description

Product Description

Research

Research Summary

Interests

Latest Research & Publications

Signature Achievements & Validation

International Space Station Heritage (2023-2024)

Turkish Defense Validation

TOPSHOT Expo Armor

BELpico STEALTH System

Research Publications & Impact

International Collaboration Network

Business Model: Design-Develop-Deploy (DDD)

Design Phase

Develop Phase

Deploy Phase

Three-Week First Mover Initiative

Product Portfolio: From Lab to Market

1. Radiation Shield (STATS)

Achievement

Market Applications

Unique Feature

2. TOPSHOT Expo Armor

Achievement