Rakibul Islam Rony

Doctoral research on the development of 5G with a focus towards, "Joint optimization of backhaul and access networks in 5G cell-less architectures". Tools: Matlab, Python, LaTeX

Project meetings and updates. Attend training and schools. Prepare project deliverables on-time Technical and non-technical report writings. Outreach activities. Update the EU commission.

- Analyze the deployed LTE network and propose the transition towards 5G in terms of backhaul and access networks requirements. - Propose and test the algorithms for joint spectrum sharing of access and backhaul networks. - Learn and adapt to the working environment, research activities of the largest telecom operator in Greece.

Conduct assigned course, mainly Communications engineering course. Thesis supervision Research project proposals and management Courses I have taken: 1. Communication Theory 2. Communication Theory Lab 3. Digital Electronics 4. Digital Electronics Lab 5. Wireless Communications

Conduct assigned course, mainly Communications engineering course. Thesis supervision Research project proposals and management Head of the Department Lead the team, attend and present the department to the honourable board of trustees. Courses I have taken: 1. Communication Theory 2. Communication Theory Lab 3. Digital Electronics 4. Digital Electronics Lab 5. Electronics II 6. Electronics II Lab 7. Wireless Communications

Research work in wireless communication. Prepare, submit and present project deliverables on HOMESNET, a CELTIC-NEXT project. Masters Thesis: “Small Cells for Broadband Internet Access in Low-Income Suburban Areas in Emerging Market Environments” Supervisor: Prof. Jyri Hämäläinen. Research Area: Communication Engineering/ Wireless Communication, Heterogeneous Network (with Small cell), Radio Network Planning. Tools: WinProp (Propagation and network simulation tool), Matlab

Link Budget Calculation, Radio Network Planning for All Phase-(1, 2, 3) in WiMAX Project, Make prediction with Atoll, considering updated Digital Map and Propagation Model and KPI analysis, Site selection, Future plan simulation, Optimization Parameter Planning and initial tuning, Diagnose all RF related problems such as interference; call failures, HO failures, Slot congestion, bad quality, poor coverage, imbalance and missing neighbours.

5G, wireless networks, backhaul, fronthaul, mmWave, machine learning, neural networks, LSTM, resource sharing and optimization, functional splits, spectrum.