Welcome to my website! I am a dedicated associate professor specializing in electrical engineering, electronics and software. Here you can take a look at my journey through the world of technology, from my research and academic work to my passion projects and insights. Join me on this digital journey and explore the ever-evolving landscape of electronics, software development and the fascinating intersection of these fields. Browse my portfolio, blog posts and research articles to get a deeper insight into my work. Thank you for visiting and I hope you enjoy your time here.
Yakup Sahin, PhD
Professor of Electrical & Electronics & Software
My fascination with technology has led me on a journey that started with electronics, progressed to power electronics, and now delves into the intricacies of software. I am Dr. Yakup Sahin; I envision a world where power is managed intelligently, the boundaries of electronics are pushed, and software breathes life into these systems – and I work diligently to turn this vision into reality. I apply my expertise in power electronics to enhance some of today’s most critical fields, including renewable energy systems, the efficiency of electric vehicles (EVs), and the capabilities of unmanned aerial vehicles (UAVs). My greatest motivation stems from finding elegant engineering solutions to complex problems and bringing these solutions to life. On my website, you can explore the projects, research, and insights that are born from this passion
About Me
My journey into the world of technology began not in a sterile lab, but amidst the grease and wires of an automotive electrical repair shop during my primary school years. This hands-on beginning, working long, demanding hours every summer, forged in me a resilience and a deep-seated work ethic. It was there, tackling real-world problems, that I learned to make decisions and shape my own path. As Steve Jobs aptly put it, ‘You cannot connect the dots looking forward; you can only connect them looking backwards.’ Reflecting now, those early experiences laid the very foundation for my engineering career.
This childhood fascination, a drive Sigmund Freud might call ‘the fulfilment of childhood dreams,’ naturally led me to pursue electrical engineering. My passion for electricity and commitment to the field earned me a highly competitive six-year scholarship from the Council of Higher Education of Turkey (YOK). This allowed me to study at one of Turkey’s top universities and gain international perspectives through conferences abroad.
This disciplined academic journey honed my ability to manage diverse challenges and fuelled my research endeavours. I’ve had the privilege of publishing several papers in prestigious SCI-E journals, with the quality and impact of my work growing over time – culminating in a recent publication in the IEEE Transactions on Power Electronics, a leading journal in our field. My expertise has also led to participation in key projects funded by national institutions like the Defense Industry Presidency (SSB) and The Scientific and Technological Research Council of Turkey (TUBITAK).
But I believe theory must be grounded in practice. In 2017, I channelled my early hands-on experience by leading six students to build a fully electric car from scratch, competing twice in the TUBITAK Efficiency Challenge. This drive to lead and innovate continues today, as I guide three distinct research groups across four universities, further developing both my scientific and organizational skills.
Bridging academia with industry is another core focus. As the CTO at Bitlis Technology Development Center (Bitlis TEKMER) Inc., I actively support start-up creation through university-industry collaboration. This engagement, combined with years of experience, inspired me to launch my own start-up, Eye Innovative Technologies (Eyeintechs), where I serve as Founder and CEO. This dual role provides a unique vantage point – observing the business world from a managerial perspective while unleashing creativity and technical skills through entrepreneurship.
My career is built on the conviction that the future demands engineers who master both hardware and software. Having spent years designing power electronics converters and teaching embedded C programming, I am now increasingly focused on Artificial Intelligence (AI). My goal is ambitious yet clear: to design intelligent power electronic converters with innovative, AI-driven control methods. I strive to be the bridge between electrical engineering and advanced software, pioneering more efficient, reliable, and intelligent energy conversion solutions for our future.
Education
Present-
2023
M. Sc.
Bitlis Eren University/Computer Engineering
2016
Ph. D.
Yıldız Technical University/Electrical Engineering
2013
M. Sc.
Yıldız Technical University/Electrical Engineering
2010
B. Sc.
İnönü University/Electrical and Electronics Engineering
Academic Background
2024-2025
Visiting Scholar
Aalborg University/Energy Engineering
2021-Pres
Associate Professor
Bitlis Eren University/Electrical and Electronics Engineering
2016-2021
Assistant Professor
Bitlis Eren University/Electrical and Electronics Engineering
2011-2016
Research Assistant
Yıldız Technical University/Electrical Engineering
2010-2011
Research Assistant
Bitlis Eren University/Electrical and Electronics Engineering
Expertise
Advancing Power Electronics for a Smarter Future
My work centers on pushing the boundaries of power electronics, driven by the need for more efficient, reliable, and intelligent energy conversion systems. I focus on both foundational techniques and their application in cutting-edge technologies, increasingly leveraging artificial intelligence to unlock new levels of performance.
Core Techniques & Innovations
- Soft Switching (SS): At the heart of efficiency lies the reduction of switching losses. I employ Soft Switching (SS), an advanced approach that minimizes the harsh voltage and current transients during semiconductor operations. By enabling these ‘gentle’ transitions, SS significantly boosts converter efficiency and enhances reliability, paving the way for more robust systems.
- Designing Novel Converter Topologies: The evolution of power electronics demands innovation beyond existing designs. My research involves the design, analysis, and implementation of novel power converter topologies. These are optimized for specific purposes, aiming to maximize energy conversion efficiency, reduce component stress, and elevate overall system performance.
- Power Factor Correction (PFC): Efficient power usage extends to grid interaction. Power Factor Correction (PFC) is crucial for enhancing the quality and efficiency of electrical power distribution. I work on PFC techniques that align voltage and current waveforms, minimizing reactive power, reducing energy losses, and ensuring stable power delivery across diverse applications.
Key Application Areas
- Electric Vehicles (EVs): As a transformative force in transportation, EVs rely heavily on sophisticated power electronics. My contribution focuses on designing compact, high-efficiency DC-DC power converters tailored for electric vehicles, addressing critical needs for performance, range, and reliability.
- Renewable Energy Sources: Tackling global energy challenges requires maximizing the potential of solar, wind, and other renewables. A key research area for me is designing high-efficiency DC-AC inverters. These are vital for effectively converting renewable power and seamlessly integrating it into our energy grids, promoting a cleaner, sustainable energy future.
Integrating Intelligence & Autonomy
- UAV Technologies: The versatility of Unmanned Aerial Vehicles (UAVs) offers immense potential across industries. My work in this space explores the intersection of power systems and autonomy. I am currently developing AI-based route tracking, FANET communication protocols for swarm UAVs, and innovative GPS-free navigation techniques.
- Machine Learning (ML): I believe Machine Learning holds the key to the next generation of power electronics. As a subset of AI, it allows systems to learn and adapt. I am actively applying ML to develop intelligent control algorithms and predictive failure models for power converters, aiming to create systems that are not only efficient but also self-aware and resilient.
By integrating these diverse areas – from fundamental switching techniques to AI-driven control – my goal is to engineer the high-performance, intelligent, and sustainable energy systems required for tomorrow’s world.
Administrative Experiences
Present
2023
GM of Eye Innovative Technologies LLC
The Eye Innovative Technologies firm is a start-up that intends to manufacture high technology and was formed by three academics who are experts in their fields. In addition, I am the General Manager (GM) of the company I co-founded.
Senate Member at BEU
As a senate member, my responsibilities encompass policy formulation, participation in legislative processes related to educational matters, oversight of governance structures, and representation of various constituencies within the university community. I actively contribute to the development and refinement of academic policies, curricula, and educational strategies. Additionally, I play a key role in budget approval, faculty appointments, and ethical considerations, ensuring the university’s adherence to academic excellence and ethical standards.
2024
2023
2024
2023
Erasmus Coordinator at OSB Voc. Sch.
I serve as a pivotal figure in the administration of the Erasmus+ program, a European Union initiative fostering international collaboration in education, training, youth, and sport. I play a crucial role in promoting the program, ensuring compliance with guidelines, and contributing to the internationalization and educational quality of the institution.
CTO at Bitlis Tekmer Inc.
Bitlis Tekmer is a university-industry collaboration institution that provides support for creating start-up firms. I present Tekmer’s possibilities for establishing new collaborations, overseeing cutting-edge initiatives, and keeping up with technological advancements.
2024
2023
2024
2023
Manager of OSB Voc. Sch.
As the founding director of Bitlis Eren University OSB Vocational School—a specially established institution located within the organized industrial zone, designed to train the technicians required by the industry—I initiated everything from scratch and accomplished the following:
- Opening four new departments
- Preparing curricula in line with the latest technology
- Designing the school building to meet architectural needs
- Preparing legal guidelines and documents
- Hiring academic staff
- Establishing administrative positions
- Creating the logo
- Additionally, I facilitated the enhancement of students’ vocational training through practical experience by establishing partnerships with the following companies:
– Eren Textile (a brand of Eren Holding)
– Kiler Textile (a brand of Kiler Holding)
– Van Gölü Elektrik Dağıtım Corp.
– Best Milk and Cheese LLC.
– V&N Catering LLC
Faculty Board Member
My key responsibilities as a Bitlis Eren University Engineering and Architecture Faculty Board Member include academic programme evaluation, budget management, faculty and staff recruiting, research advocacy, student issue resolution, policy formulation, development initiatives, and developing external partnerships.
2024
2023
2023
2022
Vice Chairman of the Board
As vice chairman of the board at Bitlis Tekmer, I supported and stood in for the chairman, assisting with strategic decisions, leading the board of directors, and ensuring adherence to company policies and goals.
Vice President of PSO
I spent two years advising academics and students on project writing in our university’s Project Support Office (PSO). During this time, I planned project writing seminars where I taught participants vital skills including organizing a project, conducting research, managing a budget, and presenting findings.
2023
2021
2024
2019
Vice Chair of EEE
As Vice Chair of the Department of Electrical and Electronics Engineering (EEE) at our university, I am responsible for curriculum creation, faculty collaboration, student communication, and active participation in departmental decisions. I also contribute to research, grant applications, and collaborative initiatives to improve academic quality and creativity in the department and create an atmosphere conducive to student and faculty success.
Chair of Electrical Machines
As the Chair of the Electrical Machines at EEE, I am in charge of all electrical machine-related teaching, research, and administrative responsibilities within our department. My objective is to foster an atmosphere that encourages both student and teacher achievement.
Pres
2016
Publications
SCI-E Indexed Papers
- Sahin Yakup (2025). Enhanced Efficiency and Cost-Effectiveness in PWM DC-DC Boost Converter Through Direct Power Transfer and Reduced Capacitor Voltage. International Journal of Circuit Theory and Applications. Doi: 10.1002/cta.
- Sahin Yakup and Ting Naim Süleyman, (2025). Efficient Soft-Switching Snubber Cell Design for PWM DC-DC Boost Converters: Enhanced Load-Independent Performance. International Journal of Circuit Theory and Applications. Doi: 10.1002/cta.4440
- Gecmez Hilal Şebnem, Ting Naim Süleyman, Sahin Yakup (2024). Design, analysis, and implementation of DC-DC boost converter with new active snubber cell. International Journal of Circuit Theory and Applications. Doi: 10.1002/cta.4141
- Tınğ Naim Süleyman, Sahin Yakup, Özgenel Mehmet Cihat (2023). Design and Implementation of a Flyback-Assisted Wide-Range Fully Soft-Switched T-Type Inverter. IEEE Transactions on Power Electronics, Doi: 10.1109/TPEL.2023.3266869.
- Sahin Yakup, Tınğ Naim Süleyman, Yeşilyurt Hüseyin (2023). A Novel Capacitor Voltage Reduced Bidirectional PWM DC-DC Buck-Boost Converter for Renewable Energy Battery Charge System. International Journal of Circuit Theory and Applications, Doi:10.1002/cta.3558
- Yeşilyurt Hüseyin, Sahin Yakup, Tınğ Naim Süleyman (2023). Fully soft-switched half-bridge DC–DC converter for hybrid electric vehicle battery charge applications. Electrical Engineering, 172, Doi: 10.1007/s00202-023-01826-2
- Tınğ Naim Süleyman, Fulya Aslay, Sahin Yakup (2022). A novel zero voltage transition boost converter and artificial neural network-based estimation of converter efficiency. International Journal of Circuit Theory and Applications, 50(9), 3251-3265., Doi: 10.1002/cta.3337.
- Tınğ Naim Süleyman, Sahin Yakup, Yetgin Halil (2021). A New Active Snubber Cell for Soft Switched Power Factor Correction Boost Converters. Scientia Iranica, 28(6), 3342-3351., Doi: 10.24200/SCI.2019.50087.1500.
- Bodur Hacı, Yeşilyurt Hüseyin, Tınğ Naim Süleyman, Sahin Yakup (2021). Zero voltage switching half bridge pulse width modulation DC-DC converter with switched capacitor active snubber cell for renewable energy applications. International Journal of Circuit Theory and Applications, 49(9), 2686-2698., Doi: 10.1002/cta.3015.
- Tınğ Naim Süleyman, Sahin Yakup, Yetgin Halil (2019). Design and implementation of an IBC reduced voltage across output capacitor. Electrical Engineering, 101(2), 517-525., Doi: 10.1007/s00202-019-00800-1.
- Sahin Yakup, Tınğ Naim Süleyman (2019). Design and application of a novel snubber cell for soft switched pwm dc–dc converters. Sādhanā, 44(3), Doi: 10.1007/s12046-018-1043-3.
- Sahin Yakup, Tınğ Naim Süleyman (2018). Design, analysis and application of high set-up ZVT DC–DC converter with direct power transfer. Sādhanā, 43(10), 1-8., Doi: 10.1007/s12046-018-0938-3.
- Sahin Yakup, Tınğ Naim Süleyman (2018). Soft switching passive snubber cell for family of PWM DC–DC converters. Electrical Engineering, 100(3), 1785-1796., Doi: 10.1007/s00202-017-0655-7.
- Sahin Yakup, Tınğ Naim Süleyman, Aksoy İsmail (2018). A highly efficient ZVT–ZCT PWM boost converter with direct power transfer. Electrical Engineering, 100(2), 1113-1123., Doi: 10.1007/s00202-017-0546-y.
- Sahin Yakup, Tınğ Naim Süleyman, Acar Fatih (2018). A soft switching with reduced voltage stress ZVT-PWM full-bridge converter. Review of Scientific Instruments, 89(4), 45105, Doi: 10.1063/1.5011970.
- Sahin Yakup (2018). A Novel Soft Switching PWM·PFC AC·DC Boost Converter. Journal of Electrical Engineering Technology, 13(1), 256-262., Doi: 10.5370/JEET.2018.13.1.256.
- Tınğ Naim Süleyman, Aksoy İsmail, Sahin Yakup (2017). ZVT-PWM DC–DC boost converter with active snubber cell. IET Power Electronics, 10(2), 251-260., Doi: 10.1049/iet-pel.2015.1052.
- Tınğ Naim Süleyman, Sahin Yakup, Aksoy İsmail (2017). Analysis, Design, and Implementation of a Zero-Voltage-Transition Interleaved Boost Converter. Journal of Power Electronics, 17(1), 41-55., Doi: 10.6113/JPE.2017.17.1.41.
E-SCI and TR Indexed Papers
- Erdal Akin, Sahin Yakup (2023). Q-Learning Based Obstacle Avoidance Data Harvesting Model Using UAV and UGV, European Journal of Technique, 13(1), 54-60., Doi: 10.36222/ejt.1237590.
- Sahin Yakup, Aksoy İsmail, Tınğ Naim Süleyman (2015). An Improved ZCZVT PWM DC DC Boost Converter. Sigma Journal of Enginnering and Natural Sciences, 33(4), 639-651.
- Sahin Yakup,Tınğ Naim Süleyman (2018). A New Soft-Switched ZCZVT-PWM DC-DC Boost Converter. Süleyman Demirel Üniversitesi Fen Bilimleri Enstitüsü Dergisi, 22(2), 435-442., Doi: 10.19113/sdufbed.37319.
- Sahin Yakup, Tınğ Naim Süleyman (2018). Darbe Genişlik Modülasyonlu DA‒DA Dönüştürücüler İçin Yeni Bir Yumuşak Anahtarlamalı Pasif Bastırma Hücresi. Journal of Polytechnic, 21, 183-192., Doi: 10.2339/politeknik.371477.
- Tınğ Naim Süleyman, Sahin Yakup (2018). Effects to System Performance of Different PWM Techniques in Field Oriented Speed Control with back-to-back Converter of PMSG. Academic Platform Journal of Engineering and Science, 6(2), 34-44., Doi: 10.21541/apjes.321310.
- Tınğ Naim Süleyman, Sahin Yakup (2018). Yeni bir pasif bastırma hücresi ile gerçekleştirilen güç faktörü düzeltmeli ve yükselticili AA-DA dönüştürücü. Erzincan Üniversitesi Fen Bilimleri Enstitüsü Dergisi, 11(1), 107-119., Doi: 10.18185/erzifbed.338019.
International Conference Presentations
- Sahin Yakup, Akın Erdal (2022). Improved Wide Load Range Zvt-Zvs Pwm Dc-Dc Boost Converter. 2nd International Rahva Technical and Social Researches Congress.
- Tınğ Naim Süleyman, Sahin Yakup (2019). A New Dc-Dc Boost Converter With Two Input supported By Ultracapacıtor For Electrıcal Vehicles. Internatıonal Congress Of Scıence Culture And Educatıon, 234-238.
- Sahin Yakup,Tınğ Naim Süleyman (2019). A New Swıtched-Capacıtor Pwm Dc-Dc Boost Converter. Internatıonal Congress Of Scıence Culture And Educatıon, 223-227.
- Sahin Yakup, Tınğ Naim Süleyman (2019). Desıgn Of A New Bıdırectıonal Dc-Dc Converter. Internatıonal Congress Of Scıence Culture And Educatıon, 228-233. (Tam Metin Bildiri/Sözlü Sunum)(Yayın No:6143261)
- Tınğ Naim Süleyman, Sahin Yakup (2019). Desıgn And Sımulatıon A Non-Isolated Interleaved Bıdırectıonal Dc-Dc Converter. Internatıonal Congress Of Scıence Culture And Educatıon, 239-246.
- Umaz RIDVAN, SAHİN YAKUP (2019). An Architecture for Two Ambient Energy Sources. 2019 4th International Conference on Power Electronics and their Applications (ICPEA), Doi: 10.1109/ICPEA1.2019.8911166
- Sahin Yakup, Umaz Rıdvan (2019). A Novel PWM DC–DC Boost Converter with Reduced Voltage Across Filter Capacitance. 2019 4th International Conference on Power Electronics and their Applications (ICPEA), Doi: 10.1109/ICPEA1.2019.8911143
- Tınğ Naim Süleyman, Sahin Yakup, Yetgin Halil (2019). An Active Snubber Cell For Soft Swıtched Pfc Boost converters. Umteb Internatıonal Congress On Vocatıonal Technıcal Scıences, 25-31.
- Tınğ Naim Süleyman, Sahin Yakup, Yetgin Halil (2018). A New Interleaved Boost Converter Reduced Voltage On Output Fılter Capacıtor. INES Internatıonal Academic Research Congress (INES – 2018), 1243-1248.
- Sahin Yakup (2018). A New Soft Swıtchıng Multı-Input Bıdırectıonal Pwmdc-Dc Converter For Electrıcal Vehıcles. INES Internatıonal Academic Research Congress (INES – 2018), 1257-1262.
- Bozkurt Ömer, Tınğ Naim Süleyman, Sahin Yakup (2018). A New Soft Switching Active Snubber Cell for DC-DC Forward Converters. International Symposium on Multidisciplinary Studies and Innovative Technologies, 86-90.
- Çöl Adem, Tınğ Naim Süleyman, Sahin Yakup (2018). A New Control Strategy for Achieving Soft Switching without Additional Voltage Stress in Bidirectional Full-Bridge Converters. International Symposium on Multidisciplinary Studies and Innovative Technologies, 77-81.
- Sahin Yakup (2018). A New Low Cost Soft-Switched Three-Level T-Type Grid Connected Inverter. International engineering and technology symposium, 545-549.
- Sahin Yakup, Tınğ Naim Süleyman (2018). The Effect of Direct Power Transfer Feature on The DC-DC Converter Efficiency. International Engineering and Technology Symposium (IETS’18), 628-630.
- Tınğ Naim Süleyman, Sahin Yakup (2018). High-Frequency ZVT DC-DC Boost Converter with Auxiliary Resonant Circuit. 7th International Conference on Advanced Technologies (ICAT’18), 102-106.
- Sahin Yakup (2018). Isolated Soft Switched PWM Bidirectional Full Bridge DC-DC Converter. 7th International conference on advance technologies (ICAT’xx18), 87-90.
- Sahin Yakup, Tınğ Naim Süleyman (2018). Novel Zero Voltage Transition High Set-up DC-DCConverter. 7th international conference on advanced technologies (ICAT’xx18)
- Tınğ Naim Süleyman, Sahin Yakup, Babacan Yunus (2018). Comparison of Basic Soft Switching Techniques in DC-DC Boost Converters Used in Solar PV Panels. International Symposium on Innovative Approaches in Scientific Studies, 437-440.
- Tınğ Naim Süleyman, Sahin Yakup, Aksoy İsmail (2016). A soft switching power factor correction interleaved AC DC boost converter. 2016 10th International Conference on Compatibility, Power Electronics and Power Engineering (CPE-POWERENG), Doi: 10.1109/CPE.2016.7544210
- Sahin Yakup, Tınğ Naim Süleyman, Akboy Erdem, Aksoy İsmail (2016). A new soft switching three level T type inverter. 2016 10th International Conference on Compatibility, Power Electronics and Power Engineering (CPE-POWERENG), Doi: 10.1109/CPE.2016.7544206
- Tınğ Naim Süleyman, Sahin Yakup, Aksoy İsmail (2016). Single Phase ZVT Sinusoidal PWM Full Bridge Inverter with Active Snubber Cell. International Conference on Recent Innovations in Engineering and Technology (ICRIET), 7-10. (
- Sahin Yakup, Tınğ Naim Süleyman, Aksoy İsmail (2016). 1 kW Power Factor Correction ZVZCT Boost Converter with an Active Snubber Cell. 18th International Conference on Electrical Engineering (ICEE’xx16)., 606-610.
- Tınğ Naim Süleyman, Sahin Yakup, Aksoy İsmail (2016). A ZVT-ZCT-PWM DC-DC Boost Converter with Direct Power Transfer. 18th International Conference on Electrical Engineering (ICEE 16), 589-594.
- Sahin Yakup, Tınğ Naim Süleyman, Aksoy İsmail (2016). A Soft Switching PWM DC DC Boost Converter with Increased Efficiency by Using ZVT ZCT Techniques. 18th International Conference on Electrical, Computer and Communication Engineering (ICECCE’xx16)., 217-222.
- Sahin Yakup, Tınğ Naim Süleyman, Aksoy İsmail (2016). A Single Phase ZVT ZCT Power Factor Correction Boost Converter. 18th International Conference on Electrical, Computer and Communication Engineering (ICECCE’xx16), 223-229.
- Sahin Yakup, Tınğ Naim Süleyman, Aksoy İsmail (2015). A New Soft Switched ZCZVT PWM DC DC Boost Converter. ACEMP – OPTIM – ELECTROMOTION JOINT CONFERENCE, 263-268.
- Tınğ Naim Süleyman, Sahin Yakup, Aksoy İsmail (2015). A New ZCT ZVT PWM Interleaved DC DC Boost Converter. ACEMP – OPTIM – ELECTROMOTION JOINT CONFERENCE, 250-256.
- Tınğ Naim Süleyman, Aksoy İsmail, Sahin Yakup (2015). A New Zero Voltage Transition PWM DC DC Boost Converter. ACEMP – OPTIM – ELECTROMOTION JOINT CONFERENCE, 257-262.
- Tınğ Naim Süleyman, Yaşa Yusuf, Aksoy İsmail, Sahin Yakup (2015). Comparison of SVPWM SPWM and HCC Control Techniques in Power Control of PMSG used in Wind Turbine Systems. ACEMP – OPTIM – ELECTROMOTION JOINT CONFERENCE, 69-74.
- Sahin Yakup, Aksoy İsmail, Tınğ Naim Süleyman (2015). A new reduced voltage stress ZVT ZVS PWM full bridge dc dc converter. 2015 IEEE 6th International Symposium on Power Electronics for Distributed Generation Systems (PEDG), 250-256., Doi: 10.1109/PEDG.2015.7223015
National Conference Presentations
- Sahin Yakup, Aksoy İsmail, Tınğ Naim Süleyman (2015). Geliştirilmiş ZCZVT PWM DC DC Yükseltici Dönüştürücü. Enerji Verimliliği, Kalitesi Sempozyumu Ve Sergisi. EVK 2015, 35(39)
- Tınğ Naim Süleyman, Aksoy İsmail, Sahin Yakup (2015). Elektrikli Araçların Batarya Şarjında Kullanılan Güç Faktörü Düzeltmeli Klasik ve Interleaved Yükseltici Türü Dönüştürücülerin Karşılaştırılması. Enerji Verimliliği, Kalitesi Sempozyumu Ve Sergisi. EVK 2015, 26(30)
- Sahin Yakup, Donuk Hakan, Gökcan Ali Osman (2015). DC DC Dönüştürücülerde Optimum Bastırma Hücresi Tasarım Kriterleri. Enerji Verimliliği, Kalitesi Sempozyumu Ve Sergisi. EVK 2015
- Sahin Yakup, Aksoy İsmail, Tınğ Naim Süleyman (2014). DC DC Dönüştürücülerde Kullanılan Yumuşak Anahtarlama Yöntemlerinin Karşılaştırılması. Elektrik – Elektronik, Bilgisayar Ve Biyomedikal Mühendisliği Sempozyumu. ELECO 2014, 235-238.
Projects
Academic Projects
- Design of a Filter-Functional Cell to Eliminate Dead Time Requirements in Inverters (2025-Present)
Funded by the scientific and technological research council of turkey (tubitak-1001 Project)
- Design, Analysis, and Application of a New Active Snubber Cell for DC-DC Boost Converters (2023-2024)
Funded by Erzincan Binali Yıldırım University
- Securing critical areas with the help of AI-based UAVs (AHLAT) (2022-2024)
Funded by the Turkish Presidency of Defense Industries
- Real-time human detection with unmanned quadcopter aerial vehicle (2022-2024)
Funded by Bitlis Eren University
- Maximizing Network Life with the Aid of Routing Optimization in Underwater Wireless Sensor Networks (2020-2023)
Funded by Bitlis Eren University
- Design and Application of a Novel Active Snubber Cell T–Type Inverter (2020-2021)
Funded by Erzincan Binali Yıldırım University
- Design, Analysis and Implementation of PFC AC-DC Pwm Converter with a New Soft Switching Snubber Cell (2017-2019)
Funded by Bitlis Eren University
- Design and Application of a New Interleaved DC–DC Pulse Width Modulated Converter with Reduced Capacitor Voltage (2018-2019)
Funded by Erzincan Binali Yıldırım University
- TEKNOFEST Efficiency Challenge Electric Vehicle (2017-2018)
Funded by The Scientific and Technological Research Council of Turkey
- Development and Implementation of a New Soft Switching Cell for Bidirectional DC–DC Converters (2013-2016)
Funded by Yıldız Technical University
- Investigation of Power Factor Correction Converters (2012-2013)
Funded by Yıldız Technical University
TEKNOFEST Efficiency Challenge Electric Vehicle
Position: Coordinator, 2017
Funded by The Scientific and Technological Research Council of Turkey and Sponsors
I feel a deep sense of pride and accomplishment as I reflect on this project, which I consider to be like my own child, completed shortly after finishing my doctoral studies. I’d like to take a moment to share the intricate details of this endeavour. In this venture, I led a team of six exceptionally talented students majoring in electrical and mechanical engineering. I served as the project coordinator, guiding our collective efforts toward a remarkable goal. Despite the constraints of limited funding, we managed to transform an ambitious vision into reality, crafting an entirely electric vehicle from scratch.
Over approximately five months, our relentless dedication and unwavering commitment brought our vehicle to a state of readiness for the upcoming competition. As the visuals depict, our creation stands as a testament to meticulous design and flawless execution, showcasing a vehicle that is both visually stunning and functionally impeccable.
One of the most gratifying aspects of this journey is the knowledge that I equipped these young engineers with the skills and expertise they needed during their formative years as students. It fills me with immense pride to know that they have gone on to pursue successful careers in prestigious companies, their potential fully realized. Touching the lives of these budding engineers and contributing to their professional growth has brought me unparalleled joy. Indeed, there is no greater satisfaction than making a lasting impact on the trajectory of young engineers as they embark on their professional journeys.
Social Responsibility Projects
Robotic coding classroom setup in Güzelsu Middle School
Position: Coordinator, 2023
Collaborators: Bitlis Eren University, Provincial directorate of national education, and SAMM Technology.
The distance between the Bitlis city centre and Güzelsu Village in the Ahlat district is 86 km. Although the village has a legendary beauty, it is also underdeveloped. Children who had never seen a computer in their lives or entered the wonderful realm of technology were among the secondary school pupils in the community.
But one day, a light broke through this darkness. I got in touch with SAMM Technology Company as soon as I learned about their dedication to and generosity towards education. I said, “Let’s give the kids in this mountain village a future filled with technology.”
We decided to develop a robotics coding class at the local school in collaboration with SAMM Technology Company. When the students first saw the computers, there was an amazing glitter and delight in their eyes. It made not only them but also me, very proud to be a part of this initiative to make an effort to make sure that these kids, who are so devoid of technology, had the same options as their counterparts in their modern world. We appreciate SAMM Technology Company and everyone who helped make this initiative a reality. The tale of Güzelsu Village is only beginning with this first step towards a bright future and I hope it will inspire many more success stories.
Computer classroom setup in Alakır Middle School
Position: Coordinator, 2023
Collaborators: Bitlis Eren University, Provincial directorate of national education, and VEDAS.
Alakır Village, situated far from the city centre with relatively limited government resources, is a testament to hope and solidarity. Upon learning that the computers in the village’s old computer lab were not functioning, I sprang into action immediately. I reached out to individuals who could help provide computers to the school, and Vangölü Electricity Distribution Company (VEDAS) generously stepped forward to support our cause.
VEDAS meticulously repaired the computers in need, donating 10 computers to our village school. As a result, Alakır Village now boasts a state-of-the-art computer laboratory. These children, now introduced to technology, will not only gain knowledge in coding but also have access to various facets of education within this laboratory.
I take immense pride in being part of this project. Taking a step forward for the future of the children in Alakır Village is a way of adding value to their lives and strengthening their education. Thanks to their access to technology, the youth of this village will now have the opportunity to acquire more knowledge and opportunities. We hope that this success story serves as inspiration for similar projects in other villages, encouraging our society to support more young talents.
One course-one academic activity in TOKİ Middle Scholl
Collaborators: Bitlis Eren University and TOKI middle school management.
Toki Middle School is an educational institution situated in Bitlis city. Upon learning that the students at the school had not previously had the opportunity to interact with academicians, I decided to organize an event that would connect them with academicians from our university. We named this event “One course, One Academic.”
The school administration enthusiastically responded to our proposal. Subsequently, I approached several academicians in my network, including our faculty dean, with the idea, and they all graciously accepted to participate. Thus, we embarked on an endeavour that would bring joy to our students.
During the event, academicians actively engaged with the students by attending one of their classes and engaging in stimulating conversations. The atmosphere during these classes was notably pleasant, and I firmly believe that this small but impactful initiative will leave a lasting impression on the lives of these students.
Students and Courses
Theses
Supervised Theses:
- MSc thesis titled “Real-time human detection with unmanned quadcopter aerial vehicle” by Veysi Akgün (2024, Supervisor)
- MSc Thesis titled “Establishment of A FANET Communication Network for Swarm Unmanned Aerial Vehicles” by Bedirhan Batıbay (2023, Supervisor)
- MSc Thesis titled “Design Analysis and Application of Low Cost and High Power Density DC-DC Converter” by Rahmetullah Akarslan (2021, Supervisor)
- MSc Thesis titled “A low-cost lorawan testbed for agricultural watering: Application and measurements” by Ali Tılfarlıgil (2021, co-supervisor)
BSc Courses
Spring
Power Electronics I
Electric Machines I
Winter
Power Electronics II
Electric Machines II
MSc and PhD Courses
Spring
Soft Switching Techniques in Power Electronics Converters
Winter
Advanced Power Electronics
Articles
This website will eventually contain practical application notes on electricity, electronics, and software. Keep an eye out!