Surajo Muhammad

Education Background

Doctor of Philosophy (Engineering)  [2019-2022] 

PhD Thesis: Design of Multiband Energy Harvesting Systems for Wireless Power Communications. 

Supervisor: Dr. Tiang Jun Jiat

Co-Supervisor: Dr. Sew Kin Wong

https://www.mmu.edu.my/

Master of Engineering in Electronics and Telecommunications  [2013-2014] 

MS Thesis: Wideband Mobile Device Planar Antenna Using Couple Feeding Technique.

Supervisor: Prof. Madya Dr. Muhammad Ramlee Bin Kamarudin

https://www.utm.my/

Bachelor of Engineering (Hons) in Computer Engineering  [2004-2009] 

Final Year Project: Design and Construction of Digital Controller for Outdoor Light. 

Supervisor: Dr. Ima Okon Essiet

Co-Supervisor: Prof. B.A. Gonoh

http://www.buk.edu.ng/

Research Interest

• My research interests have recently shifted to focus on education and industrial-based research. During my Ph.D., I balanced academic research and industry engagements at Center for Wireless Technology (CWT),  Faculty of Engineering (FOE) at Multimedia University (MMU), and TM R&D Malaysia and published my findings in high-impact factor journals. My areas of expertise include RF energy harvesting for IoT devices, AI in wireless communication, Wireless Power Transfer for Biomedical Implants, optimizing 5G mm-wave Antennas, and developing Wearable and Implantable Antennas. Given my experience in these areas, I believe I could contribute to research teams working on similar projects..

Career Objectives

• To serve with good conduct, hardworking and dedication producing excellence and applying innovative ideas with good interpersonal skills to work as a team and diligently execute my potentials in an organization where the spirit of team work prevails.

Learning Methods

• The approach to student education has evolved to prioritize student learning, recognizing the interconnection between teaching and learning as a continuous process where students and instructors collaborate to establish meaning. Based on my ideas about teaching and learning, my purpose as an educator is to:

  1. Encourage active participation in learning. 

  2. Arouse the learner's excitement for learning.

  3. Provide a solid foundation for future learning.

Working Experience

• Centre of Future Network Unit, Research & Innovation Development Division, TM R&D, 63000, Cyberjaya, Malaysia (Dec, 2023 - To date)

(Researcher)

• 1. Lead research efforts in the Intelligent Plantation Connectivity project (IPCon) aimed at providing smart farming solutions to the plantation industry. 

  2. Investigate and analyze the capabilities of Microwave Link technology for enhancing industrial revolution processes.

  3.  Develop and implement strategies for real-time data transfer to improve productivity and safety measures in plantation environments. 

  4. Explore potential technologies such as Precision Agriculture, Automated Farm Equipment, Crop Monitoring and Management, Energy Management, and Weather Monitoring for integration into the IPCon project.

  5. Design and implement a cost-effective wireless charger for an electric vehicle (EV).

  6.  Ensure effective wireless transfer under misalignment or different battery statuses.

  7.  Minimize the cost and weight of the secondary coil.

  8.  Design the receiver coil for improved system efficiency.

  9.  Ensure the receiver coil produces less heat or temperature.

  10.  Minimize electromagnetic (EM) emissions.

  11.  Collaborate with industry partners and stakeholders to ensure project objectives align with industry needs and standards.

  12.  Publish research findings in reputable journals and present at conferences to contribute to the advancement of telecommunication research in Malaysia.

• Center for Wireless Technology (WCT), Multimedia University (MMU), Cyberjaya, Malaysia (May, 2023 - To date)

(Postdoctoral Research Fellow)

LinkdeIn

• 1. 5G RF Energy Harvesting for Emerging Technology. 

  2. In this work, we provide a future scenario for energy harvesting technologies for emerging IoT technology (such as new wearable and implantable devices used in consumer and healthcare technologies) that can support the research field in the 5G era.

  3.  The research explores RFEH’s methods and positions it within the framework of 5G.

  4. To investigate the performance of a miniaturized and efficient RF-rectifier and source antenna (rectenna) covering the 5G lower and upper spectrum.

  5. Develop a dual linearly polarized source antenna to minimize polarization mismatch. 

  6. Develop a simple and efficient miniaturized rectenna for wireless power transfer (WPT) for emerging biomedical implants.

  7. To investigate the performance of the proposed designs and also help in analyzing the results in tissue model and an ambiance environment.

  8. The work considers the challenges and emerging research trends in various areas that must be addressed before RFEH can be deployed alongside 5G supporting technologies.

  9. Helps academic researchers and other partners either collaboratively or autonomously in devising and preparing research experiments, setting priorities, and suggesting timelines and budgeting.

  10. Conducts statistical evaluations that involve choosing the suitable analysis technique, preparing the data for evaluation, assessing the credibility and consistency of the data, creating and scripting programs for executing the evaluations, and creating written reports about the outcomes of the evaluations.

  11. Operates specialized scientific equipment.

  12. Involved in conducting field research and composing technical documents and reports.

  13. Sharing the ideas and outcomes where necessary of the project with both internal and external stakeholders.

  14. Collaborating with other departments, external partners, and individuals to guarantee the achievement of the project.

  15. Collaborate with the faculty supervisor and other faculty members as necessary to offer career and research guidance and be actively involved in the process. 

  16. Oversee students who are undertaking specified projects, pursuing postgraduate studies, or working on their final year project (FYP).

  17. Conducting tutorial sessions, seminars, and laboratory classes (where relevant).

  18. Facilitating classroom conversations by prompting students to share their opinions and respond to each other's views.

• Kaduna Electric (Sept, 2015 - Dec, 2016)

(ICT Support Officer-1)

https://kadunaelectric.com/

1.  Design and implementation of service centers by providing a framework for administration, marketing, and maintenance.

2. Computer hardware and software maintenance across the whole service centers in the Area Office (AO).

3. Follow up all office IT requirements.

4. Maintenance and monitoring of communications gadgets such as ISDN and citizen band radio.

5. Processor Power Module (PPM) web server control and monitoring for electricity vending.

6. Responsible of managing a multi-user data/voice/video system (VTC)

7. MV-line data gathering using OSMTracker android base application and editing of both lines and points using Java OpenStreetMap Editor (JOSM) software of the entire AO.

8. Conduct training courses for a different level of proficiency related to computer skills for the staff in the AO.

9. Develop a tutoring plan that fits the student’s in training needs.   

• NYSC (Oct, 2010 - Oct, 2011)

  • Jigawa State College of Education (JSCOE), Gumel

(Computer, Tutor)

1. Conduct training courses for a different level of proficiency related to computer skills.

2. Develop a tutoring plan that fits the student’s needs.

3. Complete Tutoring Theory and Practicals for the first semester and second semester.

4. Contact assigned students within one day of receiving the assignment.

5. Assess Students' practicals and Coursework.

6. Research: Design and Implementation of a Digital Library.

• Andal Science Academy, Kabuga, Kano (Jun - Sept, 2012)

(Computer, Instructor) 

https://andalscience.sch.ng/

1. Schedule tutoring appointments with students or their parents.

2. Research or recommend textbooks, software, equipment, or other learning materials to complement tutoring.

3. Prepare and facilitate tutoring workshops, collaborative projects, or academic support sessions for small groups of students.

4. Participate in training and development sessions to improve tutoring practices or learn new tutoring techniques.

5. Organize a tutoring environment to promote productivity and learning.

6. Monitor student performance or assist students in academic environments, such as classrooms, laboratories, or computing centers.

7. Review class material with students by discussing the text, working solutions to problems, or reviewing worksheets or other assignments.

8. Provide feedback to students using positive reinforcement techniques to encourage, motivate, or build confidence in students.

Workshops and Participation in Academic Programs

• International Conference on Free and Open Source Software (Mar, 2009)

(Mumbayya House Kano-Nigeria.)

• Jigawa State College of Education (Jun, 2011)

(Training Workshop on Child Centered Approaches  and Effective School Management.)

• Columbia University [The Earth Institute-New York] In Collaboration with The World Bank & Kaduna Electric (Dec, 2016)

(MV-line data gathering using OSMTracker android base application and Editing of both lines and points using Java OpenStreetMap Editor (JOSM) software.)

• Department of Communications Engineering (Mar, 2018)

(Professional Development Seminar on Trends and Career Prospects in Communications Engineering.)

• Department of Communications Engineering (Mar, 2018)

(A 3 Minutes Thesis/Dissertation Competition)

• Telkom University, Indonesia and Multimedia Universiti, Malaysia (Sept, 2020)

(Artificial Intelligence in Business )

• Research Innovation Commercialization & Entrepreneurship Showcase (RICEs) (Nov, 2019)

(Practical energy harvesting for wireless power communication systems)

• Research Innovation Commercialization & Entrepreneurship Showcase (RICEs) (Nov, 2021)

(Design of Multiband Energy Harvesting System for Wireless Power Communications)

Membership

1. Institute of Electrical & Electronics Engineers (IEEE) [96442194]

2. Council of the Regulation of Engineering (R. 40,816)

Awards

• Nigerian Communication Commission (NCC) (Apr, 2018)

(Research Grant for the Design, Fabrication, and Experimental Characterization of Plastic Optical Fiber and Exploitation of its Potential in Nigeria Telecommunications Industry.)

• Kano State Government Overseas Scholarship

(Masters Scholarship )

• Jigawa State College of Education, Gumel

(School of Sciences Commendation Letter.)