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Muhammad Saad is listed as MSc in Electrical Engineering with expertise in ANSYS HFSS and Antenna Design based in Kassel, Hesse, Germany. AeroLeads shows a matched LinkedIn profile for Muhammad Saad.
Muhammad Saad previously worked as Radio Frequency Engineer at Dedrone and Master Thesis Student at University. Muhammad Saad holds Master Of Science (Msc), Electrical, Electronics And Communications Engineering from University Of Kassel.
With extensive experience in electrical and electronics engineering, I am passionate about designing, simulating, and testing antennas and RF systems for diverse applications. I hold a master's degree in Electrical Communication Engineering from the University of Kassel, where my thesis focused on the *Development of a Scilab Algorithm for Transforming Virtual Near-Field Antenna Data into a Far-Field Antenna Radiation Pattern*. This work involved algorithm development, data transformation, and enhancing the accuracy of far-field radiation predictions, showcasing my analytical and problem-solving skills in electromagnetic field analysis. In my role as a Working Student at Dedrone GmbH, I contributed to the design and simulation of RF components such as Wilkinson power dividers, signal jamming devices, and direction-finding antennas. I performed RF measurements using Vector Network Analyzers (VNA) and gained hands-on experience with PCB design in Altium, integrating these designs with CST Studio for RF environment simulations. Additionally, I explored software-defined radio (SDR) applications using GNU Radio. As part of the Microwave Electronics Lab at the University of Kassel, I designed and simulated various antennas, including a bi-quad antenna, microstrip patch antenna, and half-wave dipole antenna. I also investigated the impact of substrate materials on antenna parameters and prepared a comprehensive lab manual to assist students in mastering microwave engineering concepts. I thrive in collaborative and multidisciplinary environments and am always eager to learn and apply new technologies to solve complex challenges in the RF and microwave domains.
A career timeline built from the work history available for this profile.
Kassel, Hesse, Germany
In my role as a Working Student at Dedrone GmbH, I worked on antenna design, Wilkinson power splitters, and signal jamming systems, all simulated in CST Studio Suite. I also gained practical skills in RF measurements using a Vector Network Analyzer (VNA) for network analysis and time-domain reflectometry. Additionally, I designed PCBs in Altium, importing them into CST for RF environment simulations,
My master’s thesis, Development of a Scilab Algorithm for Transformation of Virtual Near-Field Antenna Data into a Far-Field Antenna Radiation Pattern, demonstrates my analytical and problem-solving skills in high-frequency applications.
Kassel, Hesse, Germany
My work with the Microwave Electronics Department at the University of Kassel further strengthened my simulation skills, as I designed microwave resonators and humidity sensors in HFSS. I also supported projects, partially supervised students with antenna designs and absorber applications, which reinforced my collaboration and communication skills.
Stadt Kassel, Hesse, Germany
Designing, Simulation, and Fabrication of Bi-quad Antenna Operating at S-band using High-Frequency Simulation Software (HFSS). [Microwave Electronics Lab, Uni Kassel] •Investigated different substrate materials and their parameters w.r.t antenna parameters. A fabricated antenna will be used for experiments for students in the microwave department.Design and Analysis of a Microstrip Patch Antenna at 2.4 GHz using HFSS.[Microwave Electronics Lab, Uni Kassel] •A microstrip patch antenna is designed and simulated, fed by a coaxial cable. Design and Analysis of a Half-wave Dipole Antenna at 2.4 GHz and its measurements using HFSS. [Microwave Electronics Lab, Uni Kassel]
Rawalpindi
• Designed and assembled multilayer PCBs in Altium for various products for the R&D department, mostly for an on-grid solar inverter of 10KW, voltage sensors and current sensors, DC-DC converters (4-channel and 6-channel), electric meters (mass production).• Programming and SMD assembly on Automatic pick and place machine (TM-240A). Reflow process (DDM Novastar). Quality check of PCBs.• Monitored the overall production department, trained new staff, and wrote a lab-manual
Islamabad
• Assembled, calibrated, and tested solar panels for quality check. Lab work included On-grid, off-grid, and hybrid inverter testing, solar charger testing.• Fieldwork: monitored solar system of 100KW for inverter efficiency, surveyed for error evaluation, and installed solar systems.
• Continuously monitored WLL core and Access. (Huawei and ZTE) Networks to ensure maximum network availability. Analyzed real-time faults and their classifications in terms of their severity and impact on the services, monitored outages, and coordinated with field staff for service restoration.
• Measured instruments for temperature and E-attendance mechanism. Designed mechanism of petrol pump machine and emergency shutdown.
Activities and Societies: Projects regarding Electronic and organic cell.
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Muhammad Saad is listed as MSc in Electrical Engineering with expertise in ANSYS HFSS and Antenna Design.
Muhammad Saad is based in Kassel, Hesse, Germany.
Muhammad Saad has worked for Dedrone, University, University Of Kassel, Taraz Technologies, and Tesla-Pv.
You can use AeroLeads to view verified contact signals for Muhammad Saad, including work email, phone, and LinkedIn data when available.
Muhammad Saad holds Master Of Science (Msc), Electrical, Electronics And Communications Engineering from University Of Kassel.
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