Microelectronics
Research Areas
Advancing the frontiers of microelectronics
RF Components & Circuits
Communications Technology
Research into RF components and circuits for next-generation wireless communication systems — covering 5G/6G building blocks, power amplifiers, low-noise amplifiers, filters, and antenna matching networks. Our vector network analyzers and signal generators enable full characterization from concept through tape-out.
Research Activities
- RF IC design and characterization up to 67 GHz
- Power amplifier design and efficiency optimization
- Filter and resonator development
- Antenna and matching network characterization
- Wireless transceiver front-end research
Medical Sensors & MEMS
Healthcare Advancements
Development of medical-grade sensors and MEMS devices for next-generation diagnostic and monitoring equipment. Our precision parametric analyzers and optical measurement systems support characterization of biosensors, pressure transducers, and implantable device components.
Research Activities
- MEMS pressure and flow sensor fabrication
- Biosensor characterization and validation
- Implantable device component testing
- Medical-grade signal conditioning circuits
- Point-of-care diagnostic device prototyping
Sensor Technologies & ICs
IoT Revolution
Sensor technologies and integrated circuits that enable the next generation of smart, connected IoT devices — from environmental monitoring nodes through to industrial edge-computing platforms. Our mixed-signal and digital logic capabilities support full system-on-chip characterization.
Research Activities
- Ultra-low power IC design and validation
- Wireless sensor node development
- Edge AI hardware acceleration research
- Multi-sensor fusion circuit design
- Industrial IoT protocol development
MEMS for AR, Displays & Sensing
Optical Innovations
MEMS devices and optical circuits for augmented reality, display technology, and optical sensing applications. Our 600–1700 nm optical spectrum analyzers and probe stations enable characterization of optical MEMS, photonic integrated circuits, and LiDAR components.
Research Activities
- Optical MEMS design and characterization (600–1700 nm)
- Photonic integrated circuit testing
- LiDAR and ToF sensor development
- AR/MR display component research
- Fiber-optic communication device testing
Partnership Opportunities
We collaborate with companies and academic institutions to push the boundaries of what is possible with Egyptian microelectronics capabilities.
Collaborative Ventures
Joint R&D projects with technology companies where our instrumentation, clean room, and engineering expertise accelerate commercial development timelines.
Research Collaborations
Academic-industry partnerships producing peer-reviewed research, graduate theses, and technology transfer — bridging Ain Shams and Cairo University with industry.
Clean Room Access
Scheduled access to our 110 m² ISO-class clean room facility for qualifying research teams and companies needing controlled-environment fabrication.