Computer and mechatronics engineer and technical author, developing software since 2003 and combining an interdisciplinary education across six universities with work in digital forensics, cybersecurity, AI, data and systems engineering.
Selected examples from academic publications, directly developed projects and technical work across different periods.
My IBM POWER9 AC922 has been a long-running engineering platform since 2019 for digital forensics and AI work involving AltiVec/VSX, OpenMP, CUDA, Tesla V100, dlib, MXNet, FAISS, ArcFace, Kaldi, Vosk, whisper.cpp, OCR, file carving, and current CTranslate2/faster-whisper experiments.
General-purpose desktop software developed and published during the 2000s and 2010s through the personal website and software platforms of the period; some releases reached thousands of downloads.
A computer-engineering graduation project covering UAV interface software, embedded software, electronic systems, communication and reliability-oriented design.
The book chapter "Internet of Things and Digital Forensics," co-authored with Hüseyin Çakır, was published in Internet of Things: From Theory to Practice, edited by Hüseyin Çakır and Çelebi Uluyol (Nobel Publishing, 2021, pp. 399-410, ISBN 978-625-417-165-9).
A digital-forensics term project on speaker recognition based on speech-signal separation, enhancement and filtering.
The book chapter "Image and Audio Processing," co-authored with Nursel Yalçın, was published in Artificial Intelligence: From Theory to Practice, edited by Hüseyin Çakır and Çelebi Uluyol (Nobel Publishing, 2022, pp. 205-242, ISBN 978-625-427-802-0).
This C# WebP encoder produces the VP8L bitstream directly without wrapping native libwebp; transforms, LZ77 search, and canonical Huffman coding form the core pipeline.
File carving recovers candidate files without filesystem metadata by combining signatures with structural validation; header matching alone produces weak boundaries and false positives.
Professional experience since 2014 spanning university IT systems, unmanned aircraft, robotics, machine learning, digital forensics and high-volume software systems.
Since 2019 — High-volume and real-time digital-forensics, AI and large-scale software systems spanning Java/Spring, Oracle, C/C++, Python, ASR, image/face processing, reverse engineering and performance engineering.
2019-2025 — Project-based computer vision, deep learning, pattern recognition and signal processing, combining models, data pipelines and CPU/GPU performance engineering with C/C++, Python, OpenCV, CUDA and OpenMP.
2016-2019 — AROS/AR-CONTROL, AR-CORE, AR-GUI and ADA H4 for humanoid robotics: control, autonomy, behavior modeling, HMM-based ASR/TTS, vision, telemetry and real-time hardware/software integration.
Part-time experience at Kırıkkale University's Distance Education Center in 2015-2016, supporting day-to-day administrative work and distance-education operations.
2015 — From TMS570/lwIP embedded networking in Ikitelli to real UAV systems in Kesan: avionics debugging, C/C# static analysis and telemetry integrated into ground-control software.
2014 — End-to-end hardware/software integration in the university IT software unit: RFID readers, RS232, UID processing, databases, serial monitoring and Arduino-based access control.
Academic education across six universities in computer engineering, mechatronics, business administration, digital forensics and cybersecurity.
Bachelor's degree in computer engineering, completed with a graduation project on a mini unmanned aerial vehicle.
Associate degree covering mechanical design, electronics, control systems, measurement, programmable controllers, hydraulics and pneumatics.
Bachelor's degree in business administration covering management, accounting, finance, economics, marketing, law and quantitative methods.
B.Sc. in Mechatronics Engineering combining control, sensors, microprocessors/microcontrollers, PLC, industrial communication and manufacturing with a speech-separation graduation project.
M.Sc. in Digital Forensics combining evidence handling, cyber law, security, anti-forensics and audio/image examination with a speaker-recognition project and academic book chapters.
My Marmara University M.Sc. in Cybersecurity experience connecting secure coding, network defense, cryptology, penetration testing, data mining/machine learning and a spyware term project with digital forensics.
A hierarchical archive of software and project work, technical articles, course notes, academic studies, education and professional activities from 2003 to the present.
Published academic books and book chapters to which I contributed as an author.
General-purpose desktop software developed and published during the 2000s and 2010s through the personal website and software platforms of the period; some releases reached thousands of downloads.
Academic project archive covering undergraduate graduation projects and graduate-level term projects.
Technical articles and historical engineering writing on software and systems engineering, real-time data processing, artificial intelligence, speech and signal processing, digital forensics, cybersecurity and algorithms.
Algorithms developed and optimized for specific mathematical, statistical and software-engineering problems.
Open course notes in engineering, computer science, software, artificial intelligence, electronics, mathematics, cybersecurity and related fields.
Certified training in networking and server administration, programming, cybersecurity, AI, data analysis, project management, foreign languages, communication and PCB design.
Electronics, hardware, mechatronics, robotics and embedded-software projects.
Engineering competitions, technical visits, professional seminars, university communities and institutional AI and big-data events.
Applications written in different languages to process and manage data stored in databases or files.
Software developed to address specific technical or operational needs.
Websites designed and developed in accordance with contemporary web standards.
The technical development of the work across successive periods.
Early software, automation applications and personal web publishing.
Algorithm optimization, embedded systems, unmanned aerial vehicles, robotics and mechatronics.
Digital forensics, cybersecurity, mission-critical and high-volume enterprise software systems, real-time data processing, performance engineering, speech and signal processing, and artificial intelligence.
