About

Muhammet Ali Köker is a computer and mechatronics engineer, software developer and technical writer. He began developing software in 2003 and has worked across a range of fields, from desktop and web applications to embedded systems, robotics and autonomous systems, digital forensics, cybersecurity, artificial intelligence, databases and systems software.

His academic education spans six universities. He completed a BSc in Computer Engineering at Kırıkkale University, an associate degree in Mechatronics at Sakarya University, a BSc in Business Administration at Istanbul University, and a BSc in Mechatronics Engineering at Afyon Kocatepe University. He completed graduate study in Digital Forensics at Gazi University and Cybersecurity at Marmara University.

His engineering work covers data structures, database systems, operating systems, networking, concurrency, processor and memory behavior, signal processing and, where relevant, physical systems. He has developed software in Java, C, C++, C#, Python and related technologies across systems with different scale and operational requirements.

Since 2019, he has worked as a Digital Forensics Software Engineer at the Republic of Türkiye Ministry of Interior. His work includes enterprise service systems based on Java and Spring Boot, Oracle-based data access and query optimization, performance-sensitive components in C and C++, artificial-intelligence, data and signal-processing workflows in Python, and analysis and user applications based on C#/.NET. Concurrency, queue behavior, data integrity, transaction boundaries, CPU, memory and I/O bottlenecks, and recovery after failure are among the recurring engineering concerns in high-volume, long-running systems.

His artificial-intelligence work covers data preparation, segmentation, inference, result processing, validation, resource management and service integration. Speech recognition, speaker recognition, image and audio processing, face recognition and similarity search are among its principal application areas. His work on the IBM POWER9 AC922 platform is one example of his practical experience with non-x86 processor architectures, SIMD, OpenMP, CUDA and GPU acceleration.

His academic work has covered speech separation, speaker recognition, image and audio processing, machine learning, spyware, cybersecurity and IoT forensics. He is among the authors of the chapters "Internet of Things and Digital Forensics" in Nesnelerin İnterneti Kuramdan Uygulamaya and "Image and Audio Processing" in Yapay Zeka Kuramdan Uygulamaya, both published by Nobel Academic Publishing.

From 2019 to 2025, he also worked on a project basis at Argus Technology as a Machine Learning Project Engineer, developing software for computer vision, deep learning, pattern recognition, signal processing and performance-sensitive workloads. From 2016 to 2019, he worked at Akınsoft and Akın Robotics as Control Software Lead / Lead Computer Engineer on robotic control and autonomy, behavior modeling, speech recognition and synthesis, image processing, communications and telemetry.

In 2015, he worked in Baykar's UAV software unit on telemetry, static code analysis, programming standards, avionics data communication and embedded software. In 2014, at Afyon Kocatepe University's IT Department, he developed software involving access-control and RFID systems, serial communication, databases and graphical user interfaces. These experiences complement the hardware and physical-system dimension of his later software and systems-engineering work.

His digital-forensics and cybersecurity work includes static and dynamic software analysis, PCAP and network-traffic analysis, binary data structures, custom file formats, file carving, data recovery, cryptology and secure data processing. In this work, systems are analyzed through source code, observable behavior and generated data; when necessary, the same behavior is reimplemented in a different language or runtime.

His software-development history predates his professional career and forms an important part of his personal technical archive. General-purpose desktop applications developed during the 2000s and 2010s were published through his personal website and software-distribution platforms of the period; some releases reached thousands of downloads and were listed by various sources as editor selections or example software. The Projects section preserves this line of work from 2003 to the present, together with algorithmic work, hardware and mechatronics projects, academic projects and current engineering work in their historical context.

In his technical writing, he distinguishes observations arising from implementation and measurement experience from information derived from academic or technical sources, and supports version-dependent or otherwise verifiable claims with current primary sources. Details concerning internal institutions, systems, datasets and infrastructure that are subject to professional confidentiality are not published. He works in both Turkish and English.

Verifiable Technical Outputs

Public technical work is linked where possible to source code on GitHub, publication identity through ORCID and Google Scholar, and research-software DOI records on Zenodo. Other public professional and technical profiles include LinkedIn, X, YouTube, and Medium.

The Curriculum Vitae provides a compact experience and education view. Projects and Blog connect that history to source code, algorithms, experiments and engineering notes that can be published openly. Work with public source repositories and persistent DOI records is collected separately under Open-Source Research Software, and the site's treatment of dates, verification and sources is documented in the Publication and Corrections Policy.

For professional work subject to institutional or project confidentiality, internal system names and operational details are not published. Public material preserves the problem class, engineering method and generalizable technical result instead.

The Site Itself Is a Software Project

The alikoker.com.tr project, developed through successive versions since 2007, is itself a long-running software effort around structured project/experience/article/Wiki content, bilingual publication and technical-source relationships.