Salah Abdeljabar

I’m Salah Abdeljabar, a PhD candidate in Wireless Communications and Networking at King Abdullah University of Science and Technology (KAUST). I work at the intersection of wireless communications, IoT, and network optimization, with hands-on deployments and collaborations bridging academic research and real-world impact.

Education

KAUST
PhD, Electrical and Computer Engineering
KAUST, Saudi Arabia
Advisor: Prof. Mohamed-Slim Alouini
May 2023 - Present
KAUST
MS, Electrical and Computer Engineering
KAUST, Saudi Arabia
Advisor: Prof. Mohamed-Slim Alouini
Aug 2021 - May 2023
Lund University
Erasmus Exchange Program
Lund University, Sweden
Aug 2017 - Jan 2018
University of Jordan
BSc, Electrical Engineering
The University of Jordan, Jordan
GPA 3.95/4.0 (ranked 1st)
Sep 2014 - May 2019

Experience

KAUST
Graduate Research Assistant
Communication Theory Lab
KAUST, Saudi Arabia
Aug 2021 - Present
ICTP
Research Fellow
Marconi Lab, ICTP
Trieste, Italy
Sep-Dec 2024 & 2025
KAUST
Graduate Teaching Assistant
KAUST, Saudi Arabia
Jan 2023 - Present
Cisco
Technical Consulting Engineer
ESTARTA Solutions (Cisco Systems)
Amman & Krakow
Jun 2019 - Jul 2021
JO Vision
Software Engineer
JO VISION
Amman
Feb-Jun 2019
Dar Al-Handasah
Electrical Design Engineer
Dar Al-Handasah
Amman
May-Jul 2018

Projects (View all projects)

LoRaWAN Gateway Mesh project image LoRaWAN Gateway Mesh: Experimental Evaluation and Protocol Analysis
Hands-on evaluation of the RAK and ChirpStack LoRaWAN Gateway Mesh protocol, focusing on real hardware testing, system design, and performance limitations

Super-LoRa project image Super-LoRa: Making Long-Range IoT Faster and Smarter
Super-LoRa is a novel design that multiplies data rates for long-range IoT while staying low-power and practical, validated on real software-defined radios and campus-wide experiments
[PDF]

DTN Public Transport project image DTN for Rural Connectivity via Public Transport Systems
Leveraging public transport as data mules to provide Internet-like connectivity in regions where fixed infrastructure is missing or too expensive to deploy
[PDF]

Hybrid RF/FSO Maritime project image Hybrid RF/FSO Maritime Connectivity: Connecting Remote Islands
Real-world deployment of hybrid Free Space Optics and Radio Frequency links to deliver 20 Gbps connectivity to a remote island 19 km offshore.
[PDF]

DTN Educational Divide project image DTN for Equitable Digital Learning in Rural Areas
DTN framework that delivers digital learning content to rural communities by leveraging transport-based data mules to bridge the educational divide
[PDF]

RIS-VLC sum-rate and fairness optimization project image RIS-Assisted VLC: Sum-Rate and Fairness Optimization
Optimization framework for RIS-assisted VLC that improves network sum-rate and user fairness.
[PDF]

TV White Space project image TV White Space IoT Deployment with Microsoft Research
Joint KAUST–Microsoft Research field deployment of TV White Space IoT radios, demonstrating long-range, low-power connectivity for real-world sensing applications

RIS-Assisted Outdoor VLC project image RIS-Assisted Visible Light Communication for Outdoor Applications
Using intelligent reflective surfaces to enable reliable outdoor visible light communication for UAVs, vehicles, and smart city applications
[PDF]

Awards (View all awards)

ICTP Arab Fund Fellowship
Sep 2024 – Dec 2026
KAUST Fellowship
Aug 2021 – Present

Publications

See the Publications page for full details.

Teaching & Mentoring

Served as Teaching Assistant for graduate-level courses including Stochastic Processes, Numerical Optimization, Applied Mathematics, Mathematical Foundations of Machine Learning, and Linear Algebra. Lead TA and local organizer for TinyML Engineering for IoT Workshop (Jan 2025 & Jan 2024). Lead Instructor for High School AI Program (Summer 2025). Mentored 10+ students on research projects ranging from DTN-based educational platforms to LoRa mesh networking protocols. See the Teaching page for comprehensive details.

Service & Outreach