Like us!
Follow us!
Gallery!

team member

  • Engr. Shabir Ahmad
  • Lecturer
  • shabir@uetmardan.edu.pk
  • Department of
    Computer Software Engineering
  • Name
    Engr. Shabir Ahmad

  • Personal

    Phone : +92-937-9230452
    Email : shabir@uetmardan.edu.pk
    Address : Department of Computer Software Engineering, UET Mardan.

  • Experience
    • 2019-till date: Researcher, JNU Big Data Center
      2016-till date: Lecturer, UET Mardan
    • Oct 2013- Aug 2016: Principal Software Engineer, DatumSquare IT Services
    • Feb 2013 – Oct 2013: Senior Software Engineer, Vizteck Solutions
    • Jan 2012 – Feb 2013: Open Source Technologist, Zeropoint.IT

  • Qualification
    • MSc (Computer Software Engineering)
    • BSc (Computer Systems Engineering)

  • Honor and Awards

    Research Award 2018

    Distinction in Matric, FSc and BSc

    Best Organizer Award 2015

    Employee Excellent Award 2013,2015,2016

    Consistent Employee Excellence 2014

  • Brief Statement of Research Interest
    • Internet of Things
    • Machine Learning
    • Big Data

  • Publications
    1. Mehmood F, Ullah I, Ahmad S, Kim D-HJE. A Novel Approach towards the Design and Implementation of Virtual Network Based on Controller in Future IoT Applications. 2020;9(4):604.
    1. Jamil F, Ahmad S, Iqbal N, Kim D-HJS. Towards a Remote Monitoring of Patient Vital Signs Based on IoT-Based Blockchain Integrity Management Platforms in Smart Hospitals. 2020;20(8):2195.
    1. Iqbal N, Jamil F, Ahmad S, Kim DJIA. Toward Effective Planning and Management Using Predictive Analytics Based on Rental Book Data of Academic Libraries. 2020;8:81978-96.
    1. Ahmad S, Kim DJFGCS. A multi-device multi-tasks management and orchestration architecture for the design of enterprise IoT applications. 2020;106:482-500.
    1. Ahmad S, Kim DHJIA. Quantum GIS based descriptive and predictive data analysis for effective planning of waste management. 2020;8:46193-20
    1. Mehmood F, Ullah I, Ahmad S, Kim DJJoAI, Computing H. Object detection mechanism based on deep learning algorithm using embedded IoT devices for smart home appliances control in CoT. 2019:1-17.
    1. Mehmood F, Ahmad S, Kim DJS. Design and Implementation of an Interworking IoT Platform and Marketplace in Cloud of Things. 2019;11(21):5952.
    1. Mehmood F, Ahmad S, Kim DJIJoIT, Engineering E. Design and implementation of automation appliances control based on MVC model using distributed MQTT broker in CoT networks. 2019;8(3C):262-9.
    1. Mehmood F, Ahmad S, Kim DJE. Design and Development of a Real-Time Optimal Route Recommendation System Using Big Data for Tourists in Jeju Island. 2019;8(5):506.
    1. Malik S, Ahmad S, Ullah I, Park DH, Kim DJS. An adaptive emergency first intelligent scheduling algorithm for efficient task management and scheduling in hybrid of hard real-time and soft real-time embedded IoT systems. 2019;11(8):2192.
    1. Malik S, Ahmad S, Kim DJS. A Novel Approach of IoT Services Orchestration Based on Multiple Sensor and Actuator Platforms Using Virtual Objects in Online IoT App-Store. 2019;11(20):5859.
    1. Malik S, Ahmad S, Kim BW, Park DH, Kim DJE. Hybrid Inference Based Scheduling Mechanism for Efficient Real Time Task and Resource Management in Smart Cars for Safe Driving. 2019;8(3):344.
    1. Jin W, Ullah I, Ahmad S, Kim DJS. Occupant comfort management based on energy optimization using an environment prediction model in smart homes. 2019;11(4):997.
    1. Fayaz M, Ahmad S, Hang L, Kim DJP. Water supply pipeline risk index assessment based on cohesive hierarchical fuzzy inference system. 2019;7(4):182.
    1. Ahmad S, Ullah I, Mehmood F, Fayaz M, Kim DJIA. A Stochastic Approach Towards Travel Route Optimization and Recommendation Based on Users Constraints Using Markov Chain. 2019;7:90760-76.
    1. Ahmad S, Mehmood F, Mehmood A, Kim DJE. Design and Implementation of Decoupled IoT Application Store: A Novel Prototype for Virtual Objects Sharing and Discovery. 2019;8(3):285.
    1. Ahmad S, Mehmood F, Kim D-HJS. A DIY approach for the design of mission-planning architecture using autonomous task–object mapping and the deployment model in mission-critical IoT systems. 2019;11(13):3647.
    1. Ahmad S, Malik S, Ullah I, Park D-H, Kim K, Kim DJS. Towards the design of a formal verification and evaluation tool of real-time tasks scheduling of IoT applications. 2019;11(1):204.
    1. Ahmad S, Malik S, Park D-H, Kim DJS. Design of lightweight driver-assistance system for safe driving in electric vehicles. 2019;19(21):4761.
    1. Ahmad S, Kim DJS. Design and Implementation of Thermal Comfort System based on Tasks Allocation Mechanism in Smart Homes. 2019;11(20):5849.
    1. Ahmad S, Khudoyberdiev A, Kim DJIA. Towards the Task-Level Optimal Orchestration Mechanism in Multi-Device Multi-Task Architecture for Mission-Critical IoT Applications. 2019;7:140922-35.
    1. Fayaz M, Ahmad S, Ullah I, Kim DJP. A blended risk index modeling and visualization based on hierarchical fuzzy logic for water supply pipelines assessment and management. 2018;6(5):61.
    1. Ahmad S, Malik S, Ullah I, Fayaz M, Park D-H, Kim K, et al. An Adaptive approach based on resource-awareness towards power-efficient real-time periodic task modeling on embedded IoT devices. 2018;6(7):90.
    1. Ahmad S, Malik S, Kim D-HJIJGDC. Comparative analysis of simulation tools with visualization based on real-time task scheduling algorithms for iot embedded applications. 2018;11:1-10.
    1. Ahmad S, Kim D-HJIJoE, Technology. A Season-Wise Long-term Travel Spots Prediction Based on Markov Chain Model in Smart Tourism. 2018;7(4.39):564-70.
    1. Ahmad S, Hussain I, Fayaz M, Kim D-HJP. A Distributed Approach towards Improved Dissemination Protocol for Smooth Handover in MediaSense IoT Platform. 2018;6(5):46.
    1. Ahmad S, Hang L, Kim DHJS. Design and implementation of cloud-centric configuration repository for DIY IoT applications. 2018;18(2):474.
    1. Ahmad S, Jamil F, Khudoyberdiev A, Kim D. Accident risk prediction and avoidance in intelligent semi-autonomous vehicles based on road safety data and driver biological behaviours.
    2. AHMAD S, IMRAN, JAMIL F, IQBAL N, KIM D. Optimal Route Recommendation for Waste Carrier Vehicles for Efficient Waste Collection. A Step forward towards Green and Clean Jeju Island.

  • Other Research or Creative Accomplishments
    • Research-based Software
      • JNU Complex Problem Solving Architecture for solving predictive optimization problems
      • JNU decoupled application store for virtual object sharing and discovery
      • JNU task orchestration system
      • JNU cloud-centric configuration fetcher
    • Professional Projects
      • Website: Telio PC
      • Website: Fixatfout
      • Website: Artistsworks
      • Capital Alliance
      • Witte Museum

  • Selected Professional Presentations
    • Season-wise Travel route prediction based on Markov Chain in International Conference on Converging technologies, 2018, Jeju City, South Korea
    • Scheduling review in Internet of things in Green and Smart Technologies 2017, Jeju City, South Korea
    • Drupal 8 Core and API Changes, Drupal Camp Islamabad, 2014