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Shafiq Ahmed

Shafiq Ahmed

Cybersecurity researcher at the University of Essex, building provably secure, post-quantum authentication for smart grids, vehicles and IoT.

Portrait of Shafiq Ahmed

Right now

PhD dissertation submitted at the University of Essex, awaiting the degree.

  • MilestoneSubmitted my PhD dissertation at the University of Essex.
  • 2026 · Paper“LP-AKA: QoS Aware Privacy Preserving Lattice Authentication for 5G-Advanced and 6G Slices” accepted at IEEE GLOBECOM 2026.
  • 2026 · Paper“Low Latency Hybrid Post-Quantum Authentication for Mobile EV Charging” accepted at 2026 IEEE 104th Vehicular Technology Conference: VTC2026-Fall.

About

Cybersecurity researcher with more than six years of academic, teaching, and research experience. My PhD research examines provably secure and cost-effective authentication for smart grids, vehicle-to-grid communication, and Internet of Things networks. The work combines applied cryptography, post-quantum security, AI-assisted authentication, federated learning, physical unclonable functions, and formal verification.

Applied Cryptography

Authentication protocols, key agreement, signcryption, elliptic curve cryptography, and post-quantum cryptography

Network and IoT Security

Smart grids, V2G communication, industrial cyber-physical systems, vehicular networks, and wireless sensor networks

AI for Cybersecurity

Reinforcement learning, intrusion detection, zero-knowledge authentication, and predictive token learning

Secure Distributed Systems

Federated learning, blockchain access control, PUFs, and edge computing security

Based in
Colchester, United Kingdom
Now
PhD Candidate in Computer Science & Electronic Engineering, University of Essex
Languages
Urdu, Punjabi, English

Selected publications

View publications

Experience & education

Experience

  1. Oct 2023 - Present

    PhD Researcher

    University of Essex, School of Computer Science & Electronic Engineering, UK
    • Design and formally analyse post-quantum authentication and key-establishment protocols for smart grids, V2G systems, autonomous vehicles, and resource-constrained IoT networks
    • Develop AI-assisted and federated learning security frameworks supported by protocol verification
    • Publish first-author research in IEEE journals and collaborate with researchers in the United Kingdom, Pakistan, China, and Ireland
  2. Sep 2020 - Jul 2023

    Lecturer, Department of Computer Sciences

    Bahria University Lahore Campus, Pakistan
    • Designed and delivered Programming Fundamentals, Introduction to Information and Communication Technology, Object-Oriented Programming, Data Structures and Algorithms, and Network Security
    • Developed curricula incorporating emerging technologies and industry-relevant practices
    • Supervised final-year projects and served as Project Coordinator and Student Advisor
    • Managed departmental research reporting as Research Coordinator
    • Received the Rector's appreciation letter and a PKR 100,000 award for research excellence
  3. Apr 2019 - Aug 2021

    Research Assistant, Network Security Research Group

    COMSATS University Islamabad, Pakistan
    • Researched secure and privacy-preserving frameworks for IoT, V2G, edge, and cloud environments
    • Co-authored peer-reviewed journal publications on authentication and network security
  4. Feb 2018 - Sep 2020

    Teaching Assistant and Junior Lecturer

    COMSATS University Islamabad, Sahiwal Campus, Pakistan
    • Delivered undergraduate teaching in programming, object-oriented programming, data structures and algorithms, and mobile and web application development
    • Conducted laboratory sessions, assessed coursework and examinations, and provided individual student support
    • Prepared course materials, practical sessions, and assessment frameworks

Education

Oct 2023 - Present

Doctor of Philosophy in Computer Science & Electronic Engineering

University of Essex, Colchester, UK
Status
Dissertation submitted, awaiting degree
Thesis:
AI Based Provably Secure and Cost-Effective Authentication Protocols for Demand Response Power Management in Vehicle to Intelligent Grid Paradigm
Supervisor:
Dr. Mohammad Hossein Anisi, Head of IoE Laboratory, University of Essex
2018 - 2020

Master of Science in Computer Science

COMSATS University Islamabad, Sahiwal Campus, Pakistan
Thesis:
Anonymous Key-Agreement Protocol for V2G Environment within Social Internet of Vehicles
GPA:
3.78/4.00
2015 - 2017

Master of Computer Science

COMSATS University Islamabad, Sahiwal Campus, Pakistan
Thesis:
Remindly, a natural-language mobile application for reminders and meeting scheduling.
GPA:
3.74/4.00

Methods & tools

Formal verification
ProVerifAVISPAScytherTamarin
Programming
PythonC/C++JavaJavaScript
Research software
LaTeXMATLAB
Cryptography
Elliptic curve cryptographyML-KEMML-DSAXMSSPUFsZero-knowledge proofsSigncryption
Artificial intelligence
Reinforcement learningFederated learningDeep learning for security applications
Distributed systems
Ethereum smart contractsHyperledger FabricConsortium blockchains
Cybersecurity
Authentication protocolsKey agreementIntrusion detectionNetwork securityIoT security

Awards, service & teaching

  • Research Excellence AwardRector of Bahria University. PKR 100,000 cash award and Rector's appreciation letter

Let's talk.

Collaborations, speaking invitations, or a thoughtful disagreement with something I wrote.

References
Available on request

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