irfan muqim

• An industrious and adaptable professional possessing extensive expertise in assessing engineering methodologies, with a diverse background encompassing 4.5 years of involvement in RF, electronic circuit design, and PCB development
• Having 3.5 years of teaching experience to Electronics and Avionics undergraduate students at a Leading Institution in Pakistan. 
• Dedicated to the pursuit of Research and Development, consistently aiming to establish productive and impactful research approaches that foster an engaging and enriching learning atmosphere
• Future interests include perusing a Ph.D. with an ambitious Mentor and execution of R&D projects through industrial collaboration. 

During my tenure as a Research Officer at INTELL Lab, National University of Science and Technology (NUST), I engaged in cutting-edge projects that fueled my passion for innovation and problem-solving. Serving as the Lead RF PCB Designer, I successfully developed a range of RF circuits, including switches, mixers, phase shifters, detectors, power dividers, pre-power amplifiers, and LNAs. These circuits underwent rigorous simulations, validated both independently and through co-simulations with touchstone files using ADS. This experience sharpened my skills in circuit design, simulation, and the implementation of advanced RF systems.

One highlight was the design of a GaN HEMT RF High-power amplifier circuit. Through extensive ADS simulations, I optimized power output and efficiency. Additionally, I devised an autonomous bias sequencer for the GaN amplifier, ensuring smooth continuous and pulse mode operation. These projects showcased my ability to craft intricate RF systems with emphasis on performance and reliability.

Within the INTELL Lab, I led the development of a Level 3&4 maintenance scheme for RF components of Unmanned Air Vehicles (AV) and their ground control station (GCS). This encompassed thorough testing of antennas, RF cables, attenuators, diplexers, switches, and connectors. To facilitate testing, I designed various PCBs, demonstrating my dedication to precision and reliability.

As a Research Assistant at Karachi Institute of Economics and Technology (KIET), I contributed significantly to a National Center of Artificial Intelligence (NCAI) project involving designing and simulating Readout Electronics for a Graphene-Transistor-based Point-of-Care Electronic Test Kit. I also designed the PCB board for the Readout Electronics and supported application development.

Another project funded by HEC-NRPU involved designing a transmitter and receiver module for a Mid-Range Wireless Power Transfer System. I performed comparative analyses and characterized feeding techniques for Patch antennas, while also designing PCBs for digital phase shifters, power dividers, and charge pumps.

In my role as a Jr. Lecturer at KIET, I guided research experiments, aided in undergraduate final-year projects, and imparted practical PCB design knowledge. I also led workshops, fostering an inspiring learning environment for electronics engineering and PCB design students.

Proficient in software like Altium, ADS, HFSS, LTSpice, PSPICE, Multisim, and SolidWorks, my expertise, coupled with a strong academic background in Electronics Engineering, equips me to tackle complex PCB design projects with an innovative approach.

I pursued my MS in Electronics Engineering at KIET from August 2019 to January 2023, achieving a CGPA of 3.45 out of 4.00. During this time, I engaged in a range of selected courses that enriched my academic journey. These courses included Advanced Algorithm Analysis, Advanced Wireless Communication, Electromagnetic Field Theory, Optimization Theory, Analog Integrated Circuits, Drone Networks, Digital Electronics, and Information Theory and Coding. Each of these subjects contributed to my comprehensive understanding of electronics engineering, enhancing my knowledge in areas like algorithm analysis, wireless communication, electromagnetic fields, circuit design, and advanced theoretical concepts. This educational experience has provided me with a strong foundation to approach complex engineering challenges with analytical and innovative perspectives.