Microelectronics at The Ohio State University
Microelectronics at The Ohio State University
Redefining power and processing
Harnessing the might of the microscopic
Semiconductors and microelectronics
Our innovative research and partnerships in materials, devices and technological systems are advancing integrated circuits while leading workforce development.
Ohio State's Distinguishing Strengths
System and Circuit Architecture
- Hardware security, trust, and assurance
- Power Management/electrification
- Network on a chip
- Regulators and modulators
- Mm-wave/THz/antenna
- Circuit design
- Firmware
- RF amplifier design
Advanced Metrology
- Electron microscopy
- RF/power characterization
- Optical spectroscopy
- Electronic defect and interface spectroscopy (DLTS, DLOS)
Novel Materials and Devices
- Beyond CMOS/emergent phenomena
- Integrated and silicon photonics
- Biodevices
- Ferro-electronics
- Wide bandgap semiconductors
- Quantum
- Photonic and opto-electronic devices and sensors
- Atomistic calculations: Band structure, band offsets, defects, doping, interfaces, optical and dielectric properties, physics, quantum coherence
Manufacturing and Fabrication
- Robotics and automation
- Process simulation for front end and wire bonding
- Integrated circuit design and fabrication
- Logistics
- Epitaxy
Workforce Training and Curriculum Development
- Security
- Manufacturing technology, experiential training
Interdisciplinary Centers and Institutes
Microelectronics News at Ohio State
Ohio State leads new Department of Defense research program for next-generation semiconductor devices
Ohio State establishes new education and research center for advanced semiconductor fabrication
Midwest semiconductor network adds members, establishes initial focus
To learn more or connect with Ohio State smart mobility researchers,
please contact the Enterprise for Research, Innovation and Knowledge.