HQAN Alumni Interview Series: Sarah Sharif
11/1/2024 4:00:00 PM
This article is part of the HQAN Alumni Interview series. Be on the lookout for more featured researchers to come!
Sarah Sharif
Assistant Professor of Electrical and Computer Engineering, Director of QNETS Laboratory at The University of Oklahoma
Sharif was a postdoctoral researchers in the Goldschmidt group from 2020 to 2022. During that time she was also a member of the Chicago Quantum Exchange and organized two iterations of the workshop "Open Quantum Initiative Workshop: Building a diverse quantum ecosystem."
How did HQAN shape your job search and your job today?
The guidance and advice I received from the esteemed faculty members were instrumental in refining my research focus and approach. Their expert input helped crystallize my ideas, directly influencing the development of my research themes and objectives. This support was pivotal not just in honing my research skills but also in shaping my career trajectory, laying a solid foundation for my future academic and research-oriented endeavors within the quantum information science field.
In the realm of quantum information science and engineering, one of the most complex and urgent challenges we face is the transition from table-top experimental setups to fully integrated photonic circuits. This shift is crucial for the practical deployment of quantum technologies. I believe a significant focus must be placed on investigating new materials and structures specifically tailored for quantum optical applications. Advancing this frontier is essential for enhancing the scalability, reliability, and functionality of quantum devices, ultimately bringing quantum innovations closer to real-world implementation.
For an undergraduate or graduate student aiming to enter the quantum workforce, my advice would be multi-faceted and strategic by building a strong foundation, engaging with practical learning, network and collaboration, focusing on interdisciplinary skills, and develop soft skills such as strong communication and teamwork skills. Embarking on a career in quantum technologies is challenging but incredibly rewarding, offering the chance to be at the forefront of developing technologies that could revolutionize multiple industries.
For an undergraduate or graduate student aiming to enter the quantum workforce, my advice would be multi-faceted and strategic by building a strong foundation, engaging with practical learning, network and collaboration, focusing on interdisciplinary skills, and develop soft skills such as strong communication and teamwork skills. Embarking on a career in quantum technologies is challenging but incredibly rewarding, offering the chance to be at the forefront of developing technologies that could revolutionize multiple industries.
Do you have a funny or memorable story from an HQAN trip or retreat?
During one of our Saturday trips to the University of Chicago with HQAN, I faced a dilemma when I couldn't find a babysitter for my two-year-old daughter. Initially, I considered canceling the trip, but instead, I decided to bring her along and create a memorable experience for her too. She was already accustomed to the lab environment, usually sitting quietly at a distance, either watching me work or enjoying her cartoons.
On the trip, she quickly assumed the role of a safety tour guide. With a serious demeanor, she continually reminded everyone to keep a safe distance from the optics labs and the lasers. Rather than limiting our experience, her presence brought a unique warmth and added a welcoming touch to the group, making the trip even more memorable and enjoyable for everyone involved.