Abdullah Hossain, Ph.D. (Ee) Email & Phone Number

Hicksville, New York, United States

Brooklyn, New York, United States

- Taught the following undergraduate introductory/freshman lecture and laboratory courses: EET 1102 – Techniques of Electrical Technology EET 2271 – Circuit Analysis Laboratory EET 1122 – Circuit Analysis I- Teaching evaluations rated by both students and faculty as excellent.

Brooklyn, New York, United States

 Served as a research mentor for two scholarship recipients of the CUNY Research Scholars Program Mentorship with research assistants resulted in a prestigious research publication. Advised research assistants who placed within the top three in university-wide research competitions. Offered consulting and advisement for students interested in graduate research and education. Coordinated between the lab and vendors for budgeting, reports, and equipment acquisition.

Brooklyn, New York, United States

Research Experience--> Fiber Optics and Lasers Designed and characterized a novel dual-purpose Sagnac loop mirror to serve as a variable optical coupler/attenuator via exclusively passive optical components for C-band transmission. Proposed a novel THz generation technique (0.8 to 2.51 THz) via a self-designed tunable dual-wavelength C-band semiconductor optical amplifier (SOA)-based compound-ring fiber laser used to excite an Indium Phosphide substrate. Designed a passive beam combiner via a compound ring high-powered SOA-based tunable fiber laser via low-powered optical components achieving up to 98% coherent beam combining efficiency over the C-band up to a 30 nm range.-->Passive Optical Networks Proposed an upstream distributed dynamic bandwidth allocation scheme for Fiber-Wireless networks that shifts centralized control plane (optical) tasks to the access-end and reduce upstream data plane (wireless) latency. Leveraged above proposed scheme to enhance downstream performance in TDM-PON-based access networks.

New York, New York, United States

- Taught the following senior level course: EE 428 – Photonics Engineering Laboratory- Served as teaching assistant for the following interdisciplinary course, held office hours, conducted grading, and offered feedback: ENGR 276 – Engineering Economics Updated syllabi to remove obsolete course material and content, placed a heavier focus on current events and developments in technology companies and business sector.

Newark, New Jersey, United States

- Taught the following courses: ECE 636 – Computer Networking Laboratory (Graduate Level) ECE 429 – Computer Communications Laboratory I ECE 439 – Control Laboratory- Served as teaching assistant, held office hours, conducted grading, offered feedback and advisement for interdisciplinary undergraduate students for the following courses: ECE 252 – Microprocessors ECE 271 – Electronic Circuits I ECE 405 – Principles of Electrical Engineering- Updated syllabi, lab manuals, and formalized remote access experiments for COVID.- Teaching evaluations rated by students as excellent.

Research Experience:--> Core Networks Proposed three novel configurations for AI-Native to enhance slicing isolation and planar separation of core networks and minimize their control plane latency. Crafted a novel distributed and collaborative learning architecture for core network functions and NWDAF to utilize federated and split learning for upcoming 3GPP standards.-->Radio Access Networks Integrated LTE and mmWave bands with 3GPP New Radio (NR) numerology for TDD RAN network slicing, enhanced network spectral efficiency and reduced user transmission power. Designed a priority-based network slicing scheme for 5G and non-5G traffic utilizing multiple resource schedulers simultaneously.-->Drone/Aerial Networks Demonstrated the advantages of dual-band transmissions, numerology, and band admission policies in drone networks over current networks for best-effort and guaranteed services. Proposed novel numerology scheme assignment strategy for Internet-of-Things (IoT) devices to conduct spectrally efficient drone-edge computing to minimize energy consumption and latency.-->End-to-End Networks Implemented end-to-end network slicing for novel core network configurations enhancing slice isolation, planar separation, and minimizing end-to-end latency. Proposed hierarchical AI for 6G HetNets utilizing federated, split, and deep learning across network layers and access nodes.-->Research Funding/Proposals Managed two research project proposals across two research labs and was successfully funded for a joint research venture with Futurewei Technologies, leading to a subsequent proposal request. Funded by, produced deliverables and project reports for NSF Grant CNS-1814748 NeTS: Small: Free Space Optics as Backhaul and Energizer for Drone-assisted Networking. Crafted numerous technical presentations for both domestic and international conferences.

Bridgewater, New Jersey, United States

--> Integrated Sensing and Communications (ISAC) Research Coordinated between the system architecture and RAN teams to craft 3GPP study items and standardization proposals for 3GPP Standards Release 19 Proposed novel sensing parameters and analytics to be generated by the Network Data Analytics Function (NWDAF) via artificial intelligence (AI) to support mobile edge computing. Augmented the core network’s service-based architecture (SBA) with global and local Sensing Service Functions at the access and core networks. Demonstrated the latency improvements in ISAC networks which map target users’ environments, channel blockage, and velocity over legacy/current networks. Proposed potential sensing data flow paths to facilitate sensing functionalities at the access and core networks.

New York, New York, United States

 Managed substation and electrical drawings in company database, regulated access to vendors/contractors. Coordinated between field personnel and design teams to update outdated training procedures, manuals, and specification documentations for field operations (equipment replacement, etc.). Conducted benchmarking sessions with both domestic and foreign utilities. Managed the production of training modules for company-wide software-related training.

Doctor Of Philosophy - Phd, Electrical Engineering, Gpa: 4.0

Specialization: Next-Generation Radio Access and Core Networks Dissertation: 5G New Radio Access and Core Network Slicing.

Master Of Science - Ms, Electrical Engineering, Gpa: 3.8

Specialization: Wireless and Optical Communications

Bachelor Of Engineering - Be, Electrical Engineering