Career Highlight:
Career Highlight:
PhD (Australia)
Postdoc (Australia, Spain, USA)
Academic (Australia, Bangladesh)
Research and Innovation Engineer (Poland)
Technical Project Leader (Poland, Australia)
Project Manager (Poland, Australia)
Embedded Files
Key Achievements:
Key Achievements:
Proposal Engagement: 35+
Technical Project Leadership: 06+
Project Management: 05+
Research Grant (Accumulation): 5 Million+ USD (EU, USA, Australia)
Intellectual Contributions: Patent:02; Book:03; Publications: 70+, Deliverables 18+
Supervision: 30+ (PhD:03; M.Sc: 05; B.Sc: 27+)
Profiles
PROPOSAL Preparation Experiences:
PROPOSAL Preparation Experiences:
My experience in crafting successful research proposals underscores my ability to combine technical expertise with effective communication. As an R&D personal, I am poised to lead and execute innovative projects while securing the necessary support for their realization. Beyond this, I actively engage in the assessment of fiscal prerequisites encompassing PoC establishment, trial apparatus, and human resources. I foster collaborative interactions with the financial domain to validate the precision of budgetary forecasts
Proposal Preparation Engagement:
2024: ENDOWED, HOLOGEMES, 6G-PLANET, PAISES-6G, FUSION-6G, OMNI-X, 6GENIE, DRIVING-6G, HARNESS, GAUSS
2023: ORIGAMI, SUNRISE-6G, REAL6G, TAU, 6G-SENSUS, 3MFE-6G
2022: 6G-SANDBOX, 6G-BRICKS, TRANTOR, ENVISAGE-6G, ENSURE-6G, COGNIHZE, 6G-CELESTA
2021: SUITE, LIBERTAS, CLAUDIUS, ORCHESAT, SPACIFY6G, ENGAGEMENT, MECON, PROUD5G, FNS
2020: MARSAL, AFTER-5G, STELLAR, B5G-TWIST, SUPERHET
2019: PPERM6G
2018: NOS5G
2015: EER5G
Funding Organisation:
EU H2020, 5G Corridors, EDF, ESA, MSCA, NGI-ATLANTIC, CHIST ERA, ASSIST-IOT, CELTIC-NEXT (EU)
NCBiR (Poland)
DSC CRG (Australia)
NSF (USA)
Memòria tècnica de projecte (Government of Catalonia, Spain)
Position: Expert R&I Engineer
Position: Expert R&I Engineer
Company: IS-Wireless, Poland
Duration: July 2019 – Present
Year: 2024
Funding Agency: European Union
Call/Programme: Smart Network and Services Joint Undertaking (SNS-JU)
Duration: January 2024 - April 2024
Title: Efficient Networking based on Dynamically configured Optical & Wireless technologies End-to-EnD (ENDOWED); Technical Contribution: Provided technical contribution for the development and commercialization of O-RAN components with a focus on enhancing energy efficiency in future optical access communication networks.
Title: Physical Layer Advancements for multifunctional 6G NETworks (6G-PLANET); Technical Contribution: Optimal spectrum usage in 6G and use case definitions.
Title: Future Unified Systems for AI integrated Optimization and Sustainable Networking in 6G (FUSION-6G); Technical Contribution: Provided technical contribution for Spectrum-aware EMF mitigation and network optimisation for 6G networks.
Title: A flexible platfOrm to provide 6G connectivity with Multi-band, enviroNmental and rich conteXt characterization (OMNI-X); Technical Contribution: Provided technical contribution for the Advanced Interference Management Strategies for 6G networks.
Title: 6G GEneralized approach to autonomous Networking architectures with aI rEliability guarantees (6GENIE); Technical Contribution: Provided technical contribution for the AI/ML-based O-RAN modelling in 6G networks.
Title: Pioneering AI-Enhanced Secure 6G Services Framework (PAISES-6G); Technical Contribution: AI/ML based threat detection and mitigation in the O-RAN enabled future network.
Funding Agency: European Union
Call/Programme: CELTIC NEXT Eureka
Duration: June 2024 - October 2024
Title: AI-Driven 6G RAN Design for Efficient, Resilient and Environmentally Responsible Networks (DRIVING-6G); Technical Contribution: Provided technical contribution on RAN Functions Optimisation for 6G networks.
Funding Agency: European Union
Call/Programme: European Defense Find (EDF)
Duration: September 2024 - November 2024
Title: Hybrid Advanced RecoNfigurable mEtasurfaces for Secure Communications & Sensing (HARNESS); Technical Contribution: Provided contribution on the RIS-aided network modeling in 6G networks.
Funding Agency: European Union
Call/Programme: MARIE SKŁODOWSKA-CURIE ACTIONS (MSCA DN)
Duration: September 2024 - October 2024
Title: Generative AI encoUnterS communicationS (GAUSS); Technical Contribution: Contributing to the design and optimization for Generative AI based 6G networks.
Funding Agency: European Union
Call/Programme: MARIE SKŁODOWSKA-CURIE ACTIONS (MSCA DN)
Duration: September 2024 - October 2024
Title: Sustainable End-to-End Solution for 6G Communication and Computing Training (SES6G); Technical Contribution: Contributing to AI-enhanced energy efficiency for 6G networks.
Year: 2023
Call/Programme: Smart Network and Services Joint Undertaking (SNS-JU)
Duration: January 2023 - April 2023
Title: Optimized resource integration and global architecture for mobile infrastructure for 6G (ORIGAMI); Technical Contribution: Coordinated with technical experts for the design implementation of the O-RAN complaint RIC platform in 6G network.
Title: SUstainable federatioN of Research Infrastructures for Scaling-up Experimentation in 6G (SUNRISE-6G); Technical Contribution: Developed a detailed research plan, including experimental design, testing methodologies to implement cell-free enabled near-RT RIC in a platform to run xApps and control the RAN parameters.
Title: 6G Multi-spectrum, reconfigurable physical layer sustained by context sense plane (6G-SENSUS); Technical Contribution: Focused on presenting the technical details of the proposed research while highlighting its potential impact on the 6G system architecture. Developed a multi-band spectrum sensing algorithm plan. Played a key role in building this consortium.
Title: Reconfigurable usEr-centric disAggregated muLticonnectivity-enabled mmWave 6G networks (REAL6G); Technical Contribution: Conducted an extensive literature review to identify gaps in the RIS-based network. Developed a research plan for mmWave-enabled system design with channel modeling and analysis of use case requirements.
Title: Multi-mode multi-function equipment for sustainable 6G (3MFE-6G); Technical Contribution: Investigated a state-of-the-art of the multi-modal technologies. Developed channel estimation and beamforming algorithm design plan for sensisng and communications for new 6G architecture.
Year: 2022
Call/Programme: Smart Network and Services Joint Undertaking (SNS-JU)
Duration: January 2022 - April 2022
Title:Supporting Architectural and technological Network evolutions through an intelligent, secureD and twinning enaBled Open eXperimentation facility (6G-SANDBOX); Technical Contribution: Directly involved in forming the concept of this proposal. Coordinated with the partners to provide testbed implementation plan in terms of vRAN augentmation. Developed a detail plan for implementing disruptive wireless echnoliges.
Title:Building Reusable testbed Infrastructures for validating Cloud-to-device breaKthrough technologies (6G- BRICKS); Technical Contribution: Coordinated with technical experts for building the concept of 6G-BRICKS. Involved in design plan for cell-free enabled RAN components and E2 interface extensions to support full potential of cell-free 6G networks.
Title: Transactive RAN architecture for 6G connectivity (TRANTOR); Technical Contribution: Conducted an extensive literature review to identify gaps for Transactive RAN architecture. Developed TWI algorithm plan for beyond 5G network architecture.
Title: ENd-to-end serVIce-baSed Architecture for a 6G ecosystem (ENVISAGE-6G); Technical Contribution: Investigated a state-of-the-art of the service based architecture for 6G system.
Title: End-To-End Sustainable And Resilient Multimodal 6G (ENSURE-6G); Technical Contribution: Conducted an extensive literature review to identify gaps for sustainable and resilient network. Developed joint multi-domain operation for E2E deterministic connectivity procedures for new 6G architecture.
Title: ACcurate, cOoperative and robust sensinG for autoNomous and Intelligent agents up-to (sub)TeraHz frequenciEs (COGNIHZE); Technical Contribution: Directly involved to build the consortium and core idea of this proposal. Investigated a state-of-the-art of sub-THZ enabled RAN architecture for 5G systems. Developed a new Sub THz enabled RAN paradigm in coexistence with legacy radar for joint communication and sensing to support flexible sensing services and localization techniques.
Title: 6G physiCal layEr technoLogiES for Terahertz communicAtions (6G-CELESTA); Technical Contribution: Investigated a state-of-the-art of the THz-enabled PHY design for 5G systems. Involved in developing channel modeling and estimation algorithms for 6G network.
Call/Programme: CELTIC NEXT Eureka
Duration: December 2022 - May 2023
Title:Multi-Access Edge Computing (MEC) over NTN for beyond 5G & 6G (MECON); Technical Contribution: Prepared an extensive literature survey to identify gaps for in multi-access edge computing for NTN. Developed an traffic steering approach in NTN networks and also investigated the usage of testbed.
Call/Programme: ASSIST-IOT OPEN CALL
Duration: July 2022 - January 2023
Title:Delivery of oPen-RAN based virtual 5G disaggregated mObile network to the port remote crane Use-case Destination (PROUD-5G); Technical Contribution: Developed a deployment plan of the O-RAN based disaggregated virtualized 5G network in Malta port.
Call/Programme: FNS Dutch Proposal
Duration: Speptember 2022 - March 2023
Title:Disaggregated RAN for 6G networks; Technical Contribution: Developed AI based concept for programmable network devices and scalable EE solution approach for disaggregated 6G networks.
Year: 2021
Call/Programme: Horizon Europe CL-4
Duration: October 2021 - April 2022
Title:Swarm Unified Intelligence suiTE (SUITE); Technical Contribution: Coordinator to build the consortium. Consultes with technical experts in terms building swarmfied network. Investigated a state-of-the-art of the swarm networks for RAN in beyond 5G networks. Developed decentralized swarm intelligence algorithms for RANs.
Title:Leading Innovative 6G and Beyond European Reference Technology and Specification (LIBERTAS); Technical Contribution: Developed the AI enabled self management and automated orchestration systems for 6G networks. Contributed to build uo the smart mobility management in ultra-dennse B5G/6G networks.
Title: Cognitive cLoud for Ai-based cloUd-eDge contInuUm optimiSation (CLAUDIUS); Technical Contribution: Performesd the state-of-the-art analysis for the AI based cloud-edge continuum.
Title:Service, resource, and open infrastructure virtualization and management for resilient and scalable multi- layered integrated Non-Terrestrial Networks (ORCHESAT); Technical Contribution: Worked in developing the concept for Flexible satellite communication system design as well as Space Segment architecture definition in multi-orbit hybrid architecture.
Call/Programme: Marie Skłodowska-Curie Actions (MSCA)
Duration: July 2021 - October 2021
Title: Key technologies for integrating Space Communication systems into 6G (SPACIFY6G); Technical Contribution: Prepared Individual Research Plan (IRP) for an Early Stage Researcher focusing on PHY and MAC layer modeling for NTN-6G systems.
Title: SpEctrum maNaGement and leArninG for intElligence-based sustainable future MobilE NeTworks (ENGAGEMENT); Technical Contribution: Prepared Individual Research Plan (IRP) for an Early Stage Researcher focusing on AI/ML based Spectrum Management for 6G Networks.
Duration: July 2020 - October 2020
Title:(Self-optimizing networks in the future smart, sustainable, and resilient world (STEER); Technical Contribution: Led to build up the consortium. Contributed in developing Self-adaptive network management and automation process for wireless networks. Wrote the impact of sustainability plan for 6G networks.
Year: 2020
Call/Programme: Horizon Europe ICT-52-2020
Duration: February 2020 - May 2020
Title:Machine Learning-based, Networking and Computing Infrastructure Resource management of 5G and Beyond Intelligent Networks (MARSAL); Technical Contribution: Investigated the relevant works for cell-free access in beyond 5G networks. Analysed the impact of the design in the beyond 5G networks.
Title:Accelerating Future Connectivity and Networks by Disruptive sub-TeraHertz Radio Technologies for Beyond 5G (AFTER-5G); Technical Contribution: Developed in building the Intelligent networking solutions for future > 100 Gb/s mobile applications utilizing the forthcoming > 100 GHz radio spectrum. Directly involved in constructing the core idea of the proposal.
Title:(Smart Transformative Evolutionary Reliable Architecture Connectivity (STELLAR); Technical Contribution: Worked to develop the energy efficient approach idea of the proposal. Developed intelligent traffic steering plan for the transformative networks. Designed algorithm plan for Adaptive green communications in multi-tier distributed networks.
Title:Kinesthetic Networking for a multi-Tb/s User-Centric D-RAN fronthaul (B5G-TWIST); Technical Contribution: Developed an idea for implementing B5G cell free user centric D-RAN architecture.
Title:Sustainable Spectrum and Radio Architecture Usage for Embracing Heterogeneous Connectivity (SUPERHET); Technical Contribution: Proposed a cognitive approach of using smart spectrum sensing in heterogeneous network.
Year: 2019
Position: Research Collaborator
Organisation: University of Houston, Texas, USA
Funding Agency: National Science Foundation (NSF), USA.
Duration: January 2019 - June 2019
Title: Privacy Preserving Enabled Radio Resource Management for 6G Networks (PPERM6G); Technical Contribution: Developed a completed research proposal on Privacy-aware MEC-enabled Radio Resource Management in Beyond 5G/6G Wireless Networks: A Deep Reinforcement Learning Approach.
Year: 2018
Position: Research Assistant
Organisation: i2CAT Foundation, Barcelona, Spain
Funding Agency: Techniospring Industry, Spain
Duration: July 2018 - December 2018
Title:Network Optimization on 5G Satellite System( NOS5G); Technical Contribution: Investigated the state-of-the-art analysis for the 5G satellite systems. Developed Optimization plan of discontinuous connectivity on the 5G-Satellite Core Network.
Year: 2015
Position: Research Assistant
Organisation: Edith Cowan University, Perth, Australia
Funding Agency: Avaya Australia
Duration: September 2015 – August 2016
Title:Improve the Energy Efficiency of 5G Systems by Software-Defined Radio (EER5G); Technical Contribution: Authored a comprehensive research proposal aimed at developing energy-efficient solution approach for 5G systems using software-defined radio.
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