PhD ResearcherLecturerFull-Stack Engineer
I operate at the intersection of artificial intelligence and next-generation wireless systems — designing intelligent 6G networks, autonomous UAV swarms, and the software that turns research into real products.
A journey from teenage coder to research leader — every chapter compounding into the next.
Started writing code as a teenager, drawn to the idea that software could turn an idea into something real overnight.
Shipped real mobile applications to real users, learning product, performance, and the discipline of getting things into people's hands.
Founded and built ventures end-to-end — from the first prototype to customers, learning how technology becomes a business.
Led commercial operations at national scale, mastering distribution, teams, and the realities of taking products to market.
Moved to the frontier — leading research teams in AI, 6G, and UAV systems, and turning open problems into publishable results.
Became a lecturer and PhD researcher, publishing in IEEE venues and filing patents while teaching the next generation of engineers.
Now operating at the intersection of intelligence and connectivity — designing the AI-native networks and autonomous swarms of the 6G era.
My research fuses machine learning with the physical and network layers of 6G — making wireless systems that predict, adapt, and coordinate autonomously.
Live from Google Scholar — citations, h-index and the latest papers update automatically.
MA Oukebdane, AFMS Shah, AK Azad, J Ekoru, M Madahana · IEEE Access 13, 114934-114958
A comprehensive survey mapping the convergence of machine learning and 6G — taxonomy, enabling techniques, open challenges, and a research roadmap for AI-native networks.
MA Oukebdane, AFMS Shah, MB Islam, J Ekoru, M Madahana · IEEE access
A hybrid deep learning architecture that jointly forecasts network traffic and optimises wireless resource allocation for 6G, improving spectral efficiency under dynamic load.
MA Oukebdane, AFMS Shah · ICCK Transactions on Mobile and Wireless Intelligence 1 (1), 19-31
Explores how visual perception integrates into 6G network intelligence — informing beamforming, blockage prediction, and environment-aware resource management.
MA Oukebdane, S Ghouali, K Ghazali, M Feham · 2020 2nd International Workshop on Human-Centric Smart Environments for …
MB Belhaidas, O Dahoune, N Eather, MA Oukebdane · Measurement in Physical Education and Exercise Science 27 (1), 1-9
MS Guellil, S Ghouali, EK Hussein, MA Oukebdane, AE Dinar, W Cherifi, ... · 2020 International Conference on Decision Aid Sciences and Application (DASA …
AFMS Shah, MA Oukebdane, MT Rahman, S Uddin, S Sultana, I Sarwar, ... · 2025 9th International Symposium on Innovative Approaches in Smart …
MA OUKEBDANE · ICCK Transactions on Mobile and Wireless Intelligence 2 (Issue 1), 31-43
MA Oukebdane, S Ghouali, EK Hussein, MS Guellil, AE Dinar, W Cherifi, ... · Computational Intelligence Techniques for Combating COVID-19, 355-378
MA Oukebdane, S Ghouali, MS Guellil, W Cherifi, AE Dinar · 2020 International Conference on Decision Aid Sciences and Application (DASA …
S Ghouali, B Attaouia, HE Adardour, M Seghir, AE Dinar, EK Hussein · Advances in Communication Technology, Computing and Engineering, 455-464
Metrics and publications are pulled from Google Scholar and refresh automatically.
Filed innovations turning research breakthroughs into defensible intellectual property.
Flying Ad-hoc Networks · Wireless MAC
A method for adaptively tuning the MAC-layer contention window in Flying Ad-hoc Networks, sustaining throughput, fairness, and reliability as swarm topology and node density change in flight.
UAV Systems · Emergency Communications · AI
An autonomous UAV system that restores communications and coordinates search-and-rescue in disaster zones — using AI to detect, locate, and prioritise survivors while serving as a rapidly deployable aerial network.
From research platforms to shipped mobile products — twelve projects spanning a decade of building.
A decade of compounding roles — each one widening the scope from code, to products, to research, to people.
Biruni University · Istanbul, Türkiye
Teaching engineering and computer science while mentoring students bridging theory and applied research in AI and wireless systems.
ANWCL — Advanced Networks & Wireless Communications Lab · Türkiye
Leading research on AI for 6G, UAV networks, and resource optimisation — driving the projects from problem formulation to publication.
TÜBİTAK · Türkiye
Contributed to nationally funded research projects in wireless communications and intelligent networks.
Independent & Studios · Algeria / Türkiye
Designed and shipped numerous Android and Flutter applications across health, logistics, agriculture, and social domains.
Commercial Operations · Algeria
Directed sales operations at national scale — building teams, distribution, and growth across regions.
Logistics · Algeria
Managed shipping and logistics operations, optimising fulfilment and supply-chain reliability.
IT Services · Algeria
Built custom software and IT solutions for businesses — the foundation of a full-stack engineering practice.
Electrical & Computer Engineering — AI for 6G & UAV Networks
2022 — Present · In progress
Computer / Communications Engineering
2019 — 2021 · Completed
Computer / Telecommunications Engineering
2015 — 2019 · Completed
Founding clubs, leading research teams and taking groups to national finals — leadership as a force multiplier.
ANWCL — Advanced Networks & Wireless Communications Lab
Leads the research team driving AI, 6G, and UAV network projects from concept to publication.
TEKNOFEST Team
Directed the multidisciplinary team to two consecutive TEKNOFEST finals and a Special Jury Prize.
YTB Team
Led the team to a YTB championship, blending technical and organisational leadership.
Tesla Scientific Club
Founded a scientific club to cultivate engineering talent and a culture of building and research.
Tesla Scientific Club
Served as president, scaling the club's activities, membership, and impact.
Recognition from the world's largest technology competitions and beyond.
Reached the finals of the world's largest aerospace and technology competition for the second consecutive year.
Finalist among thousands of teams in the international UAV and autonomous systems competition.
Ranked within the top 1% of UAV swarm teams worldwide for autonomous coordination and mission performance.
Recognised by the jury for innovation and technical excellence in autonomous systems.
Led the team to a championship win, combining technical depth with standout leadership.
From low-level wireless networking to shipping mobile products and training models — depth across the stack.
Five languages and work across three countries — research and engineering without borders.
Open to research collaborations, speaking, advisory roles and ambitious ventures at the frontier of AI and connectivity.
