Assistant Professor

Mohammad Arif Hossain

Department of Engineering Technology · Middle Tennessee State University

Dr. Mohammad Arif Hossain is an Assistant Professor in the Department of Engineering Technology at Middle Tennessee State University. His research broadly focuses on distributed edge intelligence, Agentic LLM Security, Quantum-assisted ML, and AI-native next-generation networks. He has published extensively in top-tier IEEE journals and serves as a reviewer for leading venues in communications and networking. He is a Member of IEEE.

Ph.D. in Computer Engineering

New Jersey Institute of Technology, USA

AI SecurityDistributed MLEdge Intelligence6G NetworksIoT SystemsQuantum-assisted ML
Mohammad Arif Hossain

News

  • Apr 2026 Paper accepted at IEEE TCCN
  • Sep 2025 Paper accepted at IEEE ICIP
  • Jun 2025 Paper accepted at IEEE TCCN
  • Aug 2024 Joined MTSU as Assistant Professor
  • Feb 2024 Paper accepted at IEEE TNSM
  • Jun 2023 Paper accepted at IEEE TCC
  • Mar 2023 Paper accepted at IEEE TVT
  • Jan 2023 Paper accepted at IEEE TCC
  • Oct 2021 Paper accepted at IEEE TCC
  • May 2021 Paper accepted at IEEE TGCN

Focus Areas

Research

View Projects →

Agentic LLM Security

Securing agentic LLM systems against prompt injection, tool misuse, and adversarial manipulation, with autonomous defense for multi-agent workflows.

Distributed Machine Learning

Federated and collaborative learning architectures that enable private, efficient model training across edge nodes.

Edge Intelligence & IoT

Optimizing computation offloading, resource allocation, and scheduling for mobile edge computing in heterogeneous IoT environments.

Generative AI

Generative models for network management, synthetic data, and intelligent automation in communication systems.

AI-Native 6G Networks

Integrating AI/ML natively into 5G/6G architectures for adaptive slicing, ISAC, and self-optimizing radio access.

Quantum-Assisted ML

Quantum computing paradigms to accelerate ML model training and optimization in next-generation wireless systems.