Highly accomplished Space Systems Engineer and PhD Candidate with a robust background in aerospace research, satellite design, and complex project management. Proven ability to lead multidisciplinary teams, develop innovative solutions for space applications, and drive projects from concept to verification. Adept at leveraging advanced analytical skills and technical expertise to deliver high-impact results in dynamic R&D environments.
Research Assistant
Istanbul, Türkiye
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Summary
Led and executed aeronautical and astronautical science projects, managed research laboratory operations, and developed innovative solutions while overseeing project planning and team coordination to advance space systems research.
Highlights
Directed and executed multiple concurrent projects and experiments in aeronautical and astronautical sciences, contributing to advancements in space systems research.
Managed project lifecycles, including planning, coordination, and reporting, ensuring timely delivery and adherence to strategic objectives.
Developed innovative solutions for complex research challenges, enhancing project outcomes and technological capabilities.
Led multidisciplinary research teams, fostering collaboration and driving the successful completion of key initiatives.
PhD Researcher
Kitakyushu, Fukuoka, Japan
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Summary
Spearheaded the development of a Camera Control Board for the VERTECS 6U Nano-Satellite and contributed to ADCS and mechanical subsystem development for the LEOPARD 3U CubeSat, ensuring critical mission readiness.
Highlights
Developed the Camera Control Board for the VERTECS 6U Nano-Satellite (JAXA-SMASH) payload, ensuring critical functionality for space missions.
Supported Attitude Determination and Control System (ADCS) and mechanical subsystem development for the LEOPARD 3U CubeSat.
Contributed significantly to project feasibility, system architecture, schedule, and budget planning for complex satellite missions.
Prepared comprehensive PDR/CDR documentation and subsystem test plans, ensuring rigorous development and verification processes.
Participated in extensive satellite integration and verification tests, including Thermal Vacuum Chamber, Optical Collimator, Mechanical (Vibration, Shock, Modal, Static/Dynamic), Radiation, ADCS Air Bearing, Sun Simulator, and Anechoic Chamber EMC tests.
Engineer Internship
Bursa, Türkiye
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Summary
Contributed to the design, development, and analysis of full cell electrical light commercial vehicles, delivering innovative solutions in automotive R&D.
Highlights
Contributed to the design, development, and analysis of full cell electrical light commercial vehicles, enhancing product innovation.
Provided innovative solutions for R&D challenges, supporting advancements in automotive technology.
Engaged in academic research related to electrical vehicle technology, bridging industrial application with theoretical knowledge.
Engineer Internship
Istanbul, Türkiye
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Summary
Applied advanced design and manufacturing techniques using NX Siemens and 3D additive manufacturing to optimize production methods and project management.
Highlights
Utilized NX Siemens and Maker software for design and simulation, enhancing product development processes.
Applied 3D additive manufacturing techniques, contributing to rapid prototyping and optimized production.
Implemented advanced production methods and project management practices, improving efficiency and project delivery.
Long Term Engineer Internship
Ankara, Türkiye
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Summary
Applied technical drawing, analysis, and programming skills using Catia and Matlab to enhance production methods and analysis programs.
Highlights
Applied Catia and Matlab for technical drawing, analysis, and programming, improving design and simulation capabilities.
Gained practical experience in production methods, contributing to process optimization and efficiency.
Developed and refined analysis programs, supporting comprehensive engineering assessments.
Engineer Internship
Sakarya, Türkiye
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Summary
Explored robot technology, press, and welding techniques, enhancing understanding of efficient mechanical construction and production processes.
Highlights
Researched robot technology, press, and welding techniques, informing efficient mechanical construction practices.
Analyzed production processes to identify opportunities for improved efficiency and effectiveness in mechanical construction.
Gained foundational knowledge in advanced manufacturing techniques, contributing to operational understanding.
BSc Researcher
Sendai, Miyagi, Japan
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Summary
Designed and implemented a SLAM robotic project using MATLAB and robotic equipment, enhancing functionality and precision for autonomous systems.
Highlights
Designed and implemented a SLAM (Simultaneous Localization and Mapping) robotic project, significantly improving system functionality.
Utilized MATLAB for developing and optimizing robotic algorithms, enhancing precision and performance.
Applied robotic equipment to validate and implement design solutions, ensuring robust system operation.
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PhD
Space Science Programme, Aeronautical and Astronautical Engineering
Grade: GPA: 3.69
Courses
Capable Remote Sensing Systems for Space Applications (Thesis)
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MSc
Satellite Technologies, Aeronautical and Astronautical Engineering
Grade: GPA: 4.00
Courses
Design of ASTINSAT-1 and Structural Analysis, Use of Generative Design (Thesis)
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BSc
Mechanical Engineering Programme
Grade: GPA: 2.60
Courses
Design and Analysis of Earth Observation Satellite (Thesis)
Awarded By
TÜBİTAK, Kyushu Institute of Technology
Awarded a prestigious fellowship for PhD research at Kyushu Institute of Technology, Japan, focusing on lean satellite enterprises and in-orbit experiments.
Awarded By
TÜBİTAK
Supported an undergraduate research project focused on developing a capable remote sensing payload for CubeSats and structural subsystem modeling using generative design.
Awarded By
TÜBİTAK
Supported an undergraduate research project on applying index to images received from satellites.
Awarded By
TÜRKSAT, TEKNOFEST
Served as Team Leader and Subsystem Engineer for Structure, Thermal, and Propulsion, successfully completing the Critical Design Review (CDR) phase in the TÜRKSAT Model Satellite Competition.
Published by
NATO Science and Technology Organization (STO) AVT-417 Research Specialists' Meeting (RSM)
Summary
Presented research on the optical performance evaluation of remote sensing subsystems for small satellites within hybrid space architectures for NATO missions.
Published by
Meeting on Operational and Research Capabilities for Better Understanding Solar-Terrestrial Interactions
Summary
Presented research on the effects of radiation pressure in main-sequence stars, relevant for interstellar mission applications.
Published by
39th Annual Small Satellite Conference
Summary
Contributed to a publication detailing CubeSat technologies for light scattering observations and satellite positioning in Low Earth Orbit for future lunar missions.
Published by
Advances in Space Research
Summary
Published findings on optimizing adhesion angles for curved secondary mirror holders to enhance optical and structural performance in small satellites.
Published by
23rd National Astronomy Congress, Istanbul University
Summary
Contributed to a study investigating solar system objects using archival data.
Published by
Institute of Space and Astronautical Science, Japan Aerospace Exploration Agency (JAXA)(ISAS)
Summary
Published on an advanced imaging solution for small satellites incorporating a moving flat mirror system.
Published by
Journal of Aeronautics and Space Technologies
Summary
Published a detailed design and analysis of an optical telescope subsystem for aerospace applications.
Published by
75th International Astronautical Congress (IAC 2024)
Summary
Presented research on enhancing imaging efficiency in small satellite missions using a moving flat mirror method.
Published by
Aviation Technologies and Applications Conference 2023 ATAConf'23
Summary
Presented research on a reflective optical telescope subsystem specifically designed for CubeSats.
Published by
2023 10th International Conference on Recent Advances in Air and Space Technologies (RAST), IEEE
Summary
Presented research on the development of a reflector optical telescope subsystem for remote sensing applications.
Published by
6th International Congress On Engineering and Technology Management
Summary
Published research on the design and structural analysis of Astinsat1 using generative design methodologies.
Published by
International 10th Automotive Technologies Congress OTEKON 2020
Summary
Contributed to a publication on Fuel Cell Electric Vehicle (FCEV) technology and its impact on vehicle architecture.
Published by
International Turkic World Congress on Science and Engineering
Summary
Published research on determining heat transfer coefficients of small diameter wires in a wind tunnel.
Issued By
NASA
Issued By
Sabancı University & İTÜ
Issued By
Directorate General of Civil Aviation
Issued By
Ministry of National Defense SATEM
Issued By
Turkish Armed Forces Maintenance School Command
Issued By
Turkish Armed Forces MEBS
Issued By
Ministry of National Defense
Catia, Fusion 360, SolidWorks, KiCAD, Ansys (Mechanical), Ansys (Zemax OpticStudio), Ansys (Fluent), Ansys (STK), Systema Thermica (Airbus), GMAT, QGIS, Python, MATLAB.
Raspberry Pi, STM32, Arduino.
Feasibility Analysis, Mission Concept Design, System Architecture, Requirement Definition, Project Schedule & Budget Planning, PDR/CDR Documentation, Test Plan & Procedure Development, Acceptance Documentation Preparation.
3D Additive Manufacturing, Technical Drawing, Generative Design, Robotics, Welding, Press Techniques.
Playing Guitar, Traveling, Reading.
Volunteering (Community projects, Educational workshops).
Istanbul Technical University, Faculty of Aeronautics and Astronautics, Space Systems Design and Test Laboratory | E-mail: aslanr@itu.edu.tr | Website: https://akademi.itu.edu.tr/en/aslanr/ | GSM: +90 532 480 34 49
Yıldız Technical University, Department of Mechanical Engineering | E-mail: guclu@yildiz.edu.tr | Website: https://avesis.yildiz.edu.tr/guclu | GSM: +90 533 357 96 76
Kyushu Institute of Technology, Laboratory of Lean Satellite Enterprises and In-Orbit Experiments (LaSEINE) | E-mail: orger.necmi-cihan397@mail.kyutech.jp | Website: https://www.researchgate.net/profile/Necmi-Oerger | GSM: +81 70-9152-9335
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Summary
Development of a 6U Nano-Satellite for visible extragalactic background radiation exploration, including Camera Control Board engineering, ADCS, and mechanical subsystem support.
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Summary
A 3U CubeSat project focusing on light intensity experiments, on-orbit positioning, and satellite ranging demonstration, with ADCS and mechanical support.
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Summary
Master's thesis project focusing on the design and structural analysis of the ASTINSAT-1 satellite, utilizing generative design principles.
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Summary
Participated in the TÜRKSAT Model Satellite Competition, leading the Hezârfen team and managing structural, thermal, and propulsion subsystems through the Critical Design Review (CDR) phase.
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Summary
Robotic project focused on Simultaneous Localization and Mapping, involving design and implementation using MATLAB and robotic equipment.