DAWIT YERDEA
Quantum Technology, SJSU
DAWIT YERDEA
Quantum Technology, SJSU
I am excited to participate in the NRT traineeship program because it will give me the chance to explore my research interests and move closer to my career goals. My research focus is on Cryogenic low-noise amplifiers ( LNAs) for quantum computing applications and the broader field of RF and microwave engineering. This program will help me develop in these areas while also learning from different disciplines. By working with experts in physics, engineering, and computing, I gain the opportunity to grow in an interdisciplinary environment and prepare for the future challenges in quantum technology and advanced electronics.
Outside of academics, I enjoy snorkeling, spending time with my daughter, fishing and a good steak. The SJSU- Mines bridge program is a great opportunity to collaborate with students and faculty across institutions, and I feel very blessed to have this opportunity.
I am excited to participate in the NRT traineeship program because it will give me the chance to explore my research interests and move closer to my career goals. My research focus is on Cryogenic low-noise amplifiers ( LNAs) for quantum computing applications and the broader field of RF and microwave engineering. This program will help me develop in these areas while also learning from different disciplines. By working with experts in physics, engineering, and computing, I gain the opportunity to grow in an interdisciplinary environment and prepare for the future challenges in quantum technology and advanced electronics.
Outside of academics, I enjoy snorkeling, spending time with my daughter, fishing and a good steak. The SJSU- Mines bridge program is a great opportunity to collaborate with students and faculty across institutions, and I feel very blessed to have this opportunity.
Education
Electrical & Electronics Engineering, Wollo University, Ethiopia
Research Interests
- cryogenic LAN amplifiers
- superconducting qubits
- RF/microwave electronics
Current Project
Cryogenic LAN Amplifiers for quantum computing application