CV
Profile
| Full Name | Khandaker Foysal Haque |
| Research Areas | Intelligent wireless systems, integrated sensing and communication, learning-driven MIMO networks, wireless sensing, and edge computing |
| Research Platforms | Wi-Fi, mmWave, and sub-THz systems |
| Publications | 30+ peer-reviewed publications in venues including IEEE INFOCOM, ACM MobiHoc, ACM MobiCom Workshops, IEEE WoWMoM, IEEE TIFS, IEEE Communications Magazine, Computer Networks, IEEE Wireless Communications Letters, and IEEE Sensors Letters |
| Profiles | |
Education
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2021–2026 Massachusetts, USA
Ph.D. in Computer Engineering
Northeastern University - Dissertation: Domain-Adaptive Learning-Driven Intelligent Wireless Systems for Sensing and Edge Computing
- Advisor: Prof. Francesco Restuccia
- Research: integrated sensing across sub-6 GHz, mmWave, and sub-THz; learning-driven MIMO; sensing-assisted edge computing; and secure covert MIMO systems
- GPA: 3.75/4.00
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2019–2021 Michigan, USA
M.Sc. in Computer Engineering
Central Michigan University - Concentration: Internet of Things and Machine Learning
- Thesis: LoRa Architecture for V2X Communication—An Experimental Evaluation with Vehicles on the Move
- Advisors: Prof. Ahmed Abdelgawad and Prof. Kumar Yelamarthi
- GPA: 4.00/4.00
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2012–2016 Bangladesh
B.Sc. in Electrical and Electronic Engineering
Islamic University of Technology - Concentration: Radio-frequency and wireless communication
- Thesis: Evaluation and Design of Routing Protocols for Underwater Delay-Tolerant Networks
- Advisor: Prof. Habibul Kabir
- GPA: 3.52/4.00
Research Experience
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2021–2026 Massachusetts, USA
Graduate Research Assistant
Department of Electrical and Computer Engineering, Northeastern University - Developed standard-compliant Wi-Fi beamforming-feedback sensing, simultaneous multi-subject sensing, and domain-adaptive sensing frameworks.
- Designed communication-native ISAC systems at 58 GHz mmWave and 130 GHz sub-THz frequencies.
- Developed learning-based multi-band CFR fusion, multipath estimation, MIMO feedback analysis, and adaptive channel sounding.
- Designed sensing-assisted, semantic MU-MIMO, and physical-layer approaches for low-latency wireless edge computing.
- Developed neural radio fingerprinting with compressed MIMO feedback.
- Built Wi-BFI, the m3MIMO testbed, WiSEC, and a real-time MU-MIMO Wi-Fi edge-computing testbed.
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2024–2025 Maryland, USA
NSF INTERN Research Collaboration
DEVCOM Army Research Laboratory - Advanced the design and implementation of energy-efficient, multi-modal covert communication and routing frameworks.
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2024 Maryland, USA
Research Intern
DEVCOM Army Research Laboratory, Network Cyber & Computational Sciences Division - Developed simultaneous multi-modal covert routing mechanisms.
- Investigated energy efficiency and communication-overhead reduction in heterogeneous covert networks.
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2019–2021 Michigan, USA
Graduate Researcher
Central Michigan University - Designed V2X communication architectures using LoRa, Zigbee, and Bluetooth Low Energy.
- Developed cyber-physical systems for smart-city applications.
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2020 Michigan, USA
Collaborative Research Experiences for Teachers Program
Central Michigan University - Led the RET team in developing an onboard vehicular testbed.
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2016 Bangladesh
Undergraduate Researcher
Islamic University of Technology - Designed and evaluated routing protocols for underwater wireless communication.
Teaching and Professional Experience
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2019–2021 Michigan, USA
Graduate Teaching Assistant
College of Engineering, Central Michigan University - Courses: Digital Circuits, Communication Systems, Wireless Sensor Networks, Microelectronic Circuits, and Microprocessor Fundamentals
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2017–2019 Bangladesh
Lecturer
European University of Bangladesh - Courses: Electrical Machines I and II, Microprocessor and Embedded Systems
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2015 Bangladesh
Industrial Intern
Bangladesh Power Development Board -
2015 Bangladesh
Industrial Intern
Bangladesh Atomic Energy Commission -
2015–2016 Bangladesh
Industrial Intern
Bangladesh Telecommunications Company Limited
Selected Systems and Open-Source Tools
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Wi-BFI
- Open-source tool for extracting IEEE 802.11 beamforming feedback information from commercial Wi-Fi devices.
- Source code
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m3MIMO
- Fully digital 8 × 8 mmWave MU-MIMO testbed for communication and sensing research.
- Source code
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WiSEC
- Modular multi-band, multi-antenna Wi-Fi testbed with 18 independently configurable network interface cards.
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BANDWEAVE
- Learning-based multi-band CFR fusion for enhanced MIMO channel estimation.
- Source code
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SAWEC
- Sensing-assisted wireless edge-computing framework for selective visual-data offloading.
- Source code
Technical Skills
| Programming | Python, C, C++, Assembly, HTML, and SQL |
| Wireless and Hardware | Software-defined radios, wireless and edge-computing testbeds, single-board computers, and the Colosseum wireless network emulator |
| Software | MATLAB, Simulink, GNU Radio, NS-3, OMNeT++, Cooja, X-CTU, PSpice, Proteus, Atoll, Microwind, AutoCAD, NetLogo, Cadence, and HOMER |
Patents and Invention Disclosures
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2026 Method for Joint Multipath Parameter Estimation in MIMO Networks
- Northeastern University invention disclosure INV-26164; approved April 2026 (provisional).
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2025 BANDWEAVE: Enhanced Channel Estimation in MIMO Networks with Multi-Band Fusion
- U.S. Provisional Patent Application 63/859,745.
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2025 PhyDNNs: Bringing Deep Neural Networks to the Physical Layer
- U.S. Provisional Patent Application 19/183,466 (pending).
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2024 SHRINK: Dynamic Data-Driven Channel Sounding for Reduced MIMO Feedback Overhead in Wi-Fi
- U.S. Provisional Patent Application 63/735,833 (pending).
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2024 SAWEC: Sensing-Assisted Wireless Edge Computing
- U.S. Patent Application 18/917,687 (pending).
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2023 Method and Apparatus for Wi-Fi Sensing Through MU-MIMO Beamforming Feedback Learning
- U.S. Patent Application PCT/US23/31651 (pending).
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2023 Simultaneous Multi-Subject Activity Classification Through Wi-Fi Signals
- U.S. Patent Application 18/489,570 (pending).
Honors, Awards, and Grants
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2026 - Best Paper Award, IEEE INFOCOM, for BANDWEAVE.
- INSI/Qualcomm Travel Grant ($1,500) for presenting BANDWEAVE at IEEE INFOCOM.
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2020 - Best Paper Award, IEEE iSES, for “A LoRa-Based Reliable and Low-Power V2X Communication Architecture.”
- Graduate Research and Creative Endeavors Grant ($1,600) for D2D-based V2X communication with LoRa.
- College of Science and Engineering conference-support grants, Central Michigan University.
Student Mentorship
- Mentored undergraduate and M.S. students at Northeastern University on Wi-Fi sensing, MU-MIMO systems, and wireless edge computing.
- Supervised undergraduate researchers at Central Michigan University on IoT, V2X communication, and embedded-system projects.
- Mentored external undergraduate and M.S.-level students in wireless sensing and machine learning for communication systems.
Professional Service
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Technical Program Committees
- IEEE SECON 2026
- IEEE MASS 2025
- IEEE ICMI 2025
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Journal Reviewing
- Computer Networks
- IEEE Transactions on Mobile Computing
- IEEE Internet of Things Journal
- IEEE Transactions on Cognitive Communications and Networking
- IEEE Wireless Communications Letters
- IEEE Journal of Selected Topics in Signal Processing
- International Journal of Computer and Telecommunications Networking
- MDPI Sensors
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Conference Reviewing
- IEEE IWQoS, WCNC, ICC, WoWMoM, SmartComp, SECON, WONS, PIMRC, LCN, MILCOM, and GLOBECOM