Industrial Speakers

Company Presentations and Sustainable Personnel
Training

( Names sorted in alphabetical order)

Ahmet Nezir Ertürk

Otonom Teknoloji, Türkiye, Türkiye

Presentation Title: Design Considerations for Tethered Aerostat Systems

Design Considerations for Tethered Aerostat Systems

Unmanned air systems have a grooving number of types for different problems and environments. Tethered air systems are connected to the ground or base platform using a special cable, called tether cable. This cable provides mechanical strength, unlimited power and uninterruptable high-speed communications between the ground and air segments. Although the mobility of the tethered air systems are totally different than the conventional systems, the tethered air systems have advantages for long flight endurance, operation in harsh environment, operation in GNSS denied environment and more.
In this session, modern design considerations will be reviewed for lighter than air platforms, namely aerostats. The design considerations will include the power electronics and communications for tethered applications, advanced materials for air platform and the tether cable, reducing crew workload for ground segment, and effects of advanced mission payloads.

Ahmet Nezir Erturk has a BSc degree from Computer Engineering and Information Science department of İhsan Doğramacı Bilkent University and MBA degree from Gazi University. He has 30+ years of experience in defence and aviation industries. He participated in design, development, modernization and verification of various air platforms including large helicopters, passenger and cargo airplanes, modern fighter jets, fixed wing unmanned air systems, hot air balloons, airships, aerostats and tethered drones.
He founded Otonom Teknoloji in 2012 to design and manufacture modern unmanned and autonomous platforms to serve in defence, aviation and agriculture sectors. He is still acting as the General Manager of Otonom Teknoloji. He is also managing a citrus farm in Turkey and voluntarily supports Computer Engineering education in the country.

  • Tethered Aerostat
  • Tethered Drone
  • Power Electronics
  • Tethered Communications
  • Lighter Than Air

Hüseyin Devrim

TEKSIS İleri Teknolojiler, Türkiye

Presentation Title: The Importance of Green Hydrogen in the Aviation Sector

The Importance of Green Hydrogen in the Aviation Sector

As the aviation industry confronts the pressing challenge of reducing its carbon footprint, green hydrogen emerges as a transformative solution. This speech explores the critical role of green hydrogen in decarbonizing air travel, emphasizing its potential to significantly lower greenhouse gas emissions and enhance sustainability. Unlike conventional fossil fuels, green hydrogen is produced using renewable energy sources, making it a clean alternative that aligns with global climate goals.
We will discuss the advancements in hydrogen production, storage, and fuel cell technologies that are paving the way for its integration into aviation. Key case studies of airlines and manufacturers already investing in hydrogen initiatives will illustrate the feasibility and benefits of this approach. Additionally, we will address the challenges, including infrastructure development and regulatory frameworks, that must be overcome to fully realize green hydrogen’s potential in aviation.
By embracing green hydrogen, the aviation sector can lead the charge towards a sustainable future, significantly contributing to global efforts to combat climate change. This speech aims to inspire stakeholders across the industry to invest in innovative solutions that will redefine air travel for generations to come.

Hüseyin Devrim, who graduated from METU Metallurgical and Materials Engineering Department in 1992, is the co-founder of TEKSIS and has been working as General Manager than 2007. He used his experience and knowledge in the development innovative commercial products in Hydrogen Value Chain and has been involved as a project manager in more than 30 national and international R&D projects. He shares his experience and achievements of these projects in the sector with the global public through international fairs, congresses and seminars, as well as interviews and scientific publications published by various journals.
Since TEKSIS has started to take part in the field of Hydrogen Technologies as a Technical Consulting and EPC company in recent years, Mr. Devrim has been involved in the preparation and realization of the feasibility of many green Hydrogen production, storage, transportation, distribution and utilization projects with commercial products.
He is the member of Hydrogen Europe, Hydrogen Alliance, National Hydrogen Association, Turkish Standard Institute (TSI) Hydrogen Technologies Mirror Committee, ITU Energy Institute Advisory Board, Eskişehir Technical University Civil Aviation Research and Application Center Advisory Board, and ENSİA (Energy Industrialists & Business Association) Board of Directors, head of Hydrogen Working Group. DURED-Offshore Wind Energy Association

  • Hydrogen Energy
  • Hydrogen in Aviation
  • Renewable Fuels
  • Fuel Cell
  • Hydrogen Production and Storage

Okan Özkan

myTECHNIC Aircraft MRO Services, Türkiye

Presentation Title: Aviation Sustainability Revolution with AI

Aviation Sustainability Revolution with AI

AI-driven technologies hold promises in significantly reducing aviation emissions by optimizing flight paths, improving air traffic management, and enhancing predictive maintenance. Advanced algorithms can analyze vast datasets to identify the most efficient routes, reducing unnecessary fuel consumption and thus, carbon emissions. AI can also facilitate real-time adjustments in flight paths, considering weather conditions and air traffic, further minimizing environmental impact.

AI’s potential extends beyond direct emission reductions and fuel optimization. It can foster eco-friendly practices through predictive analytics and automation. For instance, AI can aid in the development of more sustainable materials and manufacturing processes, monitor and predict environmental impacts, predictive maintenance, and improve waste management practices within airports. Additionally, AI can support the transition to alternative fuels by optimizing their usage and ensuring seamless integration with existing aviation infrastructure.

Okan ÖZKAN is a CTO / R&D Director / ISO:27001 Lead Auditor with over 20 years of experience in software development, project management, and innovation. He works at myTECHNIC MRO Technical Services, where he leads the ICT and R&D department and oversees various projects and activities related to software development, vendor management, performance reporting, and cost-benefit analysis. He has implemented web based in-house developed A/C maintenance management software and completed TUBITAK-TEYDEB funded projects. He also certified myTECHNIC as an R&D Center in 2018.
Before myTECHNIC, he worked as an IT Manager at Group SAGUN, where he planned and realized group companies and factories wide area VPN and WEB based software network. He also worked as a Network & Software Manager at MNG Kargo A.Ş., where he designed and improved Cargo monitoring software and managed infrastructures. He also worked as a Software Engineer at KALEDATA Group, where he analyzed and designed KALE-ERP software’s MRP module. He also worked as a Project Researcher and an Assistant Operator and Network Administrator at Eastern Mediterranean University, where he designed and installed campus wide magnetic stripe card-based security system and trained microprocessors classes as an assistant.
While doing his master’s degree in computer engineering at Haliç University, he worked on artificial intelligence. He also holds a BS in Electrical & Electronics Engineering from Eastern Mediterranean University, where he wrote his thesis on magnetic card based high security safe. He also holds a BA in business administration and a pre-bachelor’s degree in justice from Anadolu University. He is fluent in English and has very good computer skills in various programming languages, ERPs, databases, and software.
He is President of R&D Centers Communication Platform (ARGEMIP), a board member of Information Technology Association (BiTekDer), a member of Foreign Economic Relations Board, Innovative Technologies Section (DEIK), an advisory board member of Halic University and Eskisehir Technical University, a member of The Chamber of Electrical Engineers (EMO), and a member of Informatics Association of Turkey (TBD). He is interested in scuba diving, sailing, golf, woodworking, and model making

  • Robotic Systems
  • Artificial Intelligence (AI)
  • Innovation Management