From electromagnetic concepts to practical engineering
Explore selected research experience and the technical capabilities behind WaveElecA Engineering: antenna systems, RF and microwave design, electromagnetic simulation, and electronic hardware development.
Portfolio context: WaveElecA Engineering was incorporated in November 2026. The research examples below describe Dr. Muhammad Ayaz’s earlier academic and professional work; they are not presented as projects delivered by the newly incorporated company. Client identities, proprietary designs, and confidential results are not disclosed.
Selected research experience
Conformal beamforming antenna arrays
As a Research Associate at COMSATS University Islamabad, Abbottabad Campus, Dr. Ayaz contributed to the project “Design and Development of Conformal Beamforming Array for the Aerial Platform.” His work included cylindrical and wedge-shaped array design, electromagnetic modelling, fabrication, and experimental evaluation, alongside anechoic-chamber installation and calibration activities.
Methods: CST Microwave Studio, Ansys HFSS, S-parameter measurements, gain and radiation-pattern characterization.
Metamaterial phase shifters and flexible phased arrays
Dr. Ayaz’s doctoral research investigated conformal phased antenna arrays using composite right/left-handed (CRLH) phase shifters with particles responsive to magnetostatic fields. This work connects phase-control structures, full-wave simulation, and experimental antenna research.
Selected publication: “A Flexible Conformal Phased Array with Embedded Magnetic Particles Based Composite Right/Left Handed Metamaterial Phase Shifters,” IEEE Access, 2024 (Ayaz and co-authors).
Phase control for wireless and radar applications
Research interests include passive and reconfigurable phase-control structures for microwave systems. A related publication is “Design and Implementation of a Magnetostatic-Responsive Stub-Loaded Phase Shifter With Stepwise Precise Phase Control for X-Band Wireless and Radar Applications,” IEEE Access, 2025 (Ayaz and co-authors).
Engineering capabilities available for your project
Antenna and array design: phased arrays, conformal arrays, MIMO, beam steering, reconfigurable antennas, and mmWave structures.
RF and microwave development: electromagnetic modelling, circuit simulation, phase shifters, design optimization, and RF PCB implementation.
Prototyping and evaluation: design documentation, fabrication support, measurement planning, and comparison of simulated and measured performance. Deliverables and test arrangements are agreed for each project.
Major antenna and PCB project concepts
Status: proposed development scopes. The following examples illustrate projects that can be discussed and scoped with WaveElecA Engineering. They are not completed-project case studies or claims of measured results. Feasibility, resources, deliverables and validation arrangements are confirmed for each engagement.
Modular Phased-Array Antenna Development Platform
A proposed development programme combining antenna-element design, array architecture, feed-network modelling and beam-steering studies. The scope can include electromagnetic models, design comparisons, prototype documentation and an agreed evaluation plan for wireless communications research.
Conformal Antenna Array for Connected Platforms
A proposed study of antenna arrays integrated with curved surfaces, addressing installation geometry, element placement and radiation-pattern requirements. Work packages can cover concept assessment, electromagnetic simulation, feed-network design and prototype planning.
Broadband MIMO Antenna System for Wireless Devices
A proposed antenna development scope for compact wireless hardware, covering element integration, matching, isolation and enclosure effects. Deliverables would be defined around the client’s operating bands, space constraints and validation requirements.
Integrated RF Front-End and Antenna PCB
A proposed RF hardware project combining antenna integration, RF routing, matching networks and circuit-board implementation. The scope can include schematic development, stack-up planning, layout review, fabrication outputs and a prototype test plan.
Multilayer High-Speed PCB Development
A proposed board-development programme for digital and mixed-signal electronic systems, covering schematic capture, stack-up selection, controlled-impedance routing and power-distribution planning. Interface requirements, analysis depth, manufacturing outputs and validation responsibilities would be agreed during scoping.
Embedded Data-Acquisition and Sensor Interface PCB
A proposed electronic platform for collecting and processing sensor signals, with analog front-end circuits, embedded control, power management and communication interfaces. Development can be scoped from requirements and circuit design through PCB documentation and prototype bring-up planning.
RF Measurement and Antenna Evaluation Board
A proposed custom PCB platform for evaluating antenna interfaces and RF components. Work packages can include connector transitions, calibration or test structures, circuit layout and measurement documentation matched to the available laboratory equipment.
Power and Control PCB for Antenna Systems
A proposed control-board development scope supporting antenna or RF research platforms, including power regulation, monitoring and control interfaces. Electrical requirements, protection features, PCB constraints and test criteria would be specified before implementation.
How we approach a project
1. Define: review operating frequency, bandwidth, size, interfaces, environment, budget, and acceptance criteria.
2. Design: develop and compare concepts using electromagnetic and circuit analysis.
3. Refine: optimize the agreed design and prepare implementation documentation.
4. Evaluate: review prototype or simulation evidence against the agreed requirements.
Discuss your engineering requirements
Tell us what you are developing and which technical challenges you need to solve. Start with a non-confidential overview; any sensitive design information can be discussed through an agreed process.
Request a technical quote · Contact our team · info@waveeleca.com