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profileurl=https://fusst.fui.edu.pk/fusst2/media/fcv_E/faculty_cv_ee/Engr%20Muhammad%20Hassan%20Malik.html
profilepic=https://fusst.fui.edu.pk/fusst2/images/ee-related-photo/mhaassanmalikpic%20new.jpg
name=Engr. Muhammad Hassan Malik
designation=Lecturer
email=mhassan.malik@fui.edu.pk
office=Room # 49 1st Floor CCTV and ECE Labs Block
bio=Engr. Muhammad Hassan Malik is a Lecturer in the Department of Electrical and Computer Engineering at Foundation University Islamabad (FUI), where he also serves as the Program Manager for the Bachelor of Science in Electrical Engineering program. In his academic and administrative roles, he is actively engaged in academic leadership, curriculum development, and ensuring compliance with Outcome-Based Education (OBE) frameworks in alignment with the standards of the Pakistan Engineering Council (PEC) and the Higher Education Commission (HEC) of Pakistan.\n\nHe earned his Bachelor of Science in Telecommunication Engineering from Foundation University Islamabad in 2014, followed by a Master of Science in Telecommunication Engineering from the University of Engineering and Technology (UET) Taxila. His postgraduate research focused on the development of chipless RFID tags for crack detection and localization in concrete structures.\n\nEngr. Malik is a dedicated researcher specializing in chipless RFID sensors, Internet of Things (IoT)-based detection systems, and advanced antenna design. His research spans interdisciplinary applications, including agriculture, infrastructure monitoring, smart cities, and wireless communication systems. His work integrates RFID, IoT, Artificial Intelligence (AI), and MIMO antenna technologies to develop cost-effective, scalable, and sustainable solutions to address real-world engineering challenges.\n\nHis key research contributions include:\n\nDevelopment of chipless RFID-based systems for milk composition analysis to enhance food quality and safety.\nRFID-enabled crack detection and localization techniques for structural health monitoring.\nDesign of leaf wetness detection systems for precision agriculture and crop health assessment.\nIntegration of AI with chipless RFID sensors for smart city applications, including surveillance and waste management.\nDesign and development of MIMO PIFA antennas for compact and high-performance wireless devices.\nImplementation of advanced MIMO techniques, such as beamforming and spatial multiplexing, to improve system throughput and reliability.\nResearch in 5G communication systems, focusing on the integration of MIMO antenna technologies with next-generation wireless networks.
edu=Msc Telecom Engineering UET TAXILA (Research: Chipless RFID Crack sensor for concreat structure )  \nBsc Telecom Engineering FOUNDATION UNIVERSITY ISLAMABAD
res=Chipless RFID Sensor Design and Applications.\nInternet of Things (IoT)-Based Smart Detection Systems.\nArtificial Intelligence Integration in Sensing Technologies\nAdvanced Antenna Design and MIMO Systems.\nWireless Communication and 5G Technologies\nSmart Agriculture and Environmental Monitoring
patents=
journals=Novel, sustainable and water-efficient nano bubble dyeing of cotton fabric Cellulose ISSN 0969-0239 \nWater-efficient, eco-friendly and effluent-free nano bubble finishing of cotton fabric Journal of Natural Fibers WJNF-2021-0718.R1
books=
bookchap=
conferences=
projects=Milk Composition Analysis Using Chipless RFID Tags\nThis project was carried out under the FUI Internal Funding Program, with a total grant of PKR 0.3 million (300,000). The research focused on developing a cost-effective and non-invasive chipless RFID-based sensing system for analyzing milk composition, aiming to enhance food quality monitoring and safety standards.(in progress)\nLeaf Wetness Detection Using Chipless RFID Tags\nThis project was funded by the Pakistan Engineering Council (PEC) with a grant of PKR 0.1 million (100,000) and has been successfully completed. The study involved the design and implementation of a chipless RFID-based sensor system for detecting leaf wetness, contributing to precision agriculture and improved crop health management.\nSmart Street Sensor Using Chipless RFID Technology\nThis project focuses on the development of an intelligent street monitoring system utilizing chipless RFID technology. The proposed system aims to support smart city applications, including environmental sensing and urban infrastructure monitoring, through a low-cost and scalable sensing solution.
ugcourses=Application of information and communication Technology \nApplications of Information and Communication Technology Lab	\nDigital Signal Processing theory\nDigital Signal Processing Lab\nEntrepreneurship\nPrograming fundamentals\nComputer control networks (CCN)\ncommunication system \nElectronic devices \nElectronic circuit design lab \nlinear circuit analysis\nDigital logic design  	\nProfessional Ethics\nSignals & System\nSignals & System Lab\nOrganizational Behavior\nobject-oriented programming
pgcourses=
fuiservices=Program Manager BSc Electrical Engineering. \nCourse advisor of Fall- 2023 BSc Electrical Engineering.\nBOS Meeting coordinator/secretary.\nMember of the IAB (Industrial Advisory Board) of the Electrical Engineering Department. \nMember of the DCRC of the Electrical and Computer Engineering Program.\nMember of DQRC of the Electrical And Computer Engineering Program.\nCoordinator of the CLO-PLO master file for all the courses of the Electrical Engineering Program.\nManage the cohort-level report for OBE of the Electrical Engineering Program.\nMember of QEC of the Electrical and Computer Engineering Program.\nMember of the Departmental SAR committee.\nSupervise final year projects.\nFYP coordinator \nFocal person  for SIS portal record For PEC to all the batches of the Electrical Engineering Program.
otherservices=
orcid=
googlesch=
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    <h3>Contact</h3>
    <p><b>Email:</b> <a href="mailto:mhassan.malik@fui.edu.pk">mhassan.malik@fui.edu.pk</a></p>
    <p><b>Office Location:</b> Room # 49 1st Floor CCTV and ECE Labs Block</p>
    <h3>Education</h3>
    <p><ul><li>Msc Telecom Engineering UET TAXILA (Research: Chipless RFID Crack sensor for concreat structure )</li></ul></p>
    <h3>Area of Expertise</h3>
    <p><ul><li>Chipless RFID Sensor Design and Applications.</li><li>Internet of Things (IoT)-Based Smart Detection Systems.</li><li>Artificial Intelligence Integration in Sensing Technologies</li></ul></p>
    <h3>Research Profiles</h3>
    <p><b><a href="" target="_blank" rel="noopener noreferrer"><img src="https://orcid.org/assets/icons/favicon.ico" height="15px" width="15px"> ORCID</a></b></p>
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        <h2>Engr. Muhammad Hassan Malik</h2>
        <p><b>Lecturer</b></p>
        <p>Department of Computer & Electrical Engineering</p>
        <p><b><strong>Foundation University Islamabad</strong></b></p>
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      <p>Engr. Muhammad Hassan Malik is a Lecturer in the Department of Electrical and Computer Engineering at Foundation University Islamabad (FUI), where he also serves as the Program Manager for the Bachelor of Science in Electrical Engineering program. In his academic and administrative roles, he is actively engaged in academic leadership, curriculum development, and ensuring compliance with Outcome-Based Education (OBE) frameworks in alignment with the standards of the Pakistan Engineering Council (PEC) and the Higher Education Commission (HEC) of Pakistan.<br />
<br />
He earned his Bachelor of Science in Telecommunication Engineering from Foundation University Islamabad in 2014, followed by a Master of Science in Telecommunication Engineering from the University of Engineering and Technology (UET) Taxila. His postgraduate research focused on the development of chipless RFID tags for crack detection and localization in concrete structures.<br />
<br />
Engr. Malik is a dedicated researcher specializing in chipless RFID sensors, Internet of Things (IoT)-based detection systems, and advanced antenna design. His research spans interdisciplinary applications, including agriculture, infrastructure monitoring, smart cities, and wireless communication systems. His work integrates RFID, IoT, Artificial Intelligence (AI), and MIMO antenna technologies to develop cost-effective, scalable, and sustainable solutions to address real-world engineering challenges.<br />
<br />
His key research contributions include:<br />
<br />
Development of chipless RFID-based systems for milk composition analysis to enhance food quality and safety.<br />
RFID-enabled crack detection and localization techniques for structural health monitoring.<br />
Design of leaf wetness detection systems for precision agriculture and crop health assessment.<br />
Integration of AI with chipless RFID sensors for smart city applications, including surveillance and waste management.<br />
Design and development of MIMO PIFA antennas for compact and high-performance wireless devices.<br />
Implementation of advanced MIMO techniques, such as beamforming and spatial multiplexing, to improve system throughput and reliability.<br />
Research in 5G communication systems, focusing on the integration of MIMO antenna technologies with next-generation wireless networks.</p>
    </div>
    <div id="qual" class="tab-content">
      <p><ul><li>Msc Telecom Engineering UET TAXILA (Research: Chipless RFID Crack sensor for concreat structure )</li><li>Bsc Telecom Engineering FOUNDATION UNIVERSITY ISLAMABAD</li></ul></p>
    </div>
    <div id="research" class="tab-content">
      <p><ul><li>Chipless RFID Sensor Design and Applications.</li><li>Internet of Things (IoT)-Based Smart Detection Systems.</li><li>Artificial Intelligence Integration in Sensing Technologies</li><li>Advanced Antenna Design and MIMO Systems.</li><li>Wireless Communication and 5G Technologies</li><li>Smart Agriculture and Environmental Monitoring</li></ul></p>
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          <p><ol><li>Novel, sustainable and water-efficient nano bubble dyeing of cotton fabric Cellulose ISSN 0969-0239</li><li>Water-efficient, eco-friendly and effluent-free nano bubble finishing of cotton fabric Journal of Natural Fibers WJNF-2021-0718.R1</li></ol></p>
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        <div class="vtab-content" id="projects">
          <p>Milk Composition Analysis Using Chipless RFID Tags<br />
This project was carried out under the FUI Internal Funding Program, with a total grant of PKR 0.3 million (300,000). The research focused on developing a cost-effective and non-invasive chipless RFID-based sensing system for analyzing milk composition, aiming to enhance food quality monitoring and safety standards.(in progress)<br />
Leaf Wetness Detection Using Chipless RFID Tags<br />
This project was funded by the Pakistan Engineering Council (PEC) with a grant of PKR 0.1 million (100,000) and has been successfully completed. The study involved the design and implementation of a chipless RFID-based sensor system for detecting leaf wetness, contributing to precision agriculture and improved crop health management.<br />
Smart Street Sensor Using Chipless RFID Technology<br />
This project focuses on the development of an intelligent street monitoring system utilizing chipless RFID technology. The proposed system aims to support smart city applications, including environmental sensing and urban infrastructure monitoring, through a low-cost and scalable sensing solution.</p>
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          <p><ul><li>Application of information and communication Technology</li><li>Applications of Information and Communication Technology Lab</li><li>Digital Signal Processing theory</li><li>Digital Signal Processing Lab</li><li>Entrepreneurship</li><li>Programing fundamentals</li><li>Computer control networks (CCN)</li><li>communication system</li><li>Electronic devices</li><li>Electronic circuit design lab</li><li>linear circuit analysis</li><li>Digital logic design</li><li>Professional Ethics</li><li>Signals &amp; System</li><li>Signals &amp; System Lab</li><li>Organizational Behavior</li><li>object-oriented programming</li></ul></p>
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          <p><ul><li>Program Manager BSc Electrical Engineering.</li><li>Course advisor of Fall- 2023 BSc Electrical Engineering.</li><li>BOS Meeting coordinator/secretary.</li><li>Member of the IAB (Industrial Advisory Board) of the Electrical Engineering Department.</li><li>Member of the DCRC of the Electrical and Computer Engineering Program.</li><li>Member of DQRC of the Electrical And Computer Engineering Program.</li><li>Coordinator of the CLO-PLO master file for all the courses of the Electrical Engineering Program.</li><li>Manage the cohort-level report for OBE of the Electrical Engineering Program.</li><li>Member of QEC of the Electrical and Computer Engineering Program.</li><li>Member of the Departmental SAR committee.</li><li>Supervise final year projects.</li><li>FYP coordinator</li><li>Focal person  for SIS portal record For PEC to all the batches of the Electrical Engineering Program.</li></ul></p>
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