Unveiling the World of Quantum Computing with IBM Interns
When it comes to quantum computing, IBM Quantum stands out as a pioneer in the field, leading the way for the next generation of quantum computing experts. In a recent episode of IBM’s Crosstalk podcast, two interns, Ari Noori and Abigail McClain Gomez, shared their insights on what it’s like to work at IBM and how their experiences have shaped their careers in quantum computing.
- During the podcast, Noori, now a full-time Quantum Hardware Engineer, emphasized the importance of networking and personal connections in securing opportunities. His journey at IBM began during his undergraduate studies when he first discovered quantum computing in a high school physics class.
- “I got very excited about quantum computing because it seemed like it would have a great impact on the world eventually,” Noori recalled. This excitement led him to seek out an internship at IBM, where he could work alongside some of the brightest minds in the field.
- McClain Gomez, a current Quantum Research Intern pursuing her PhD at Harvard, echoed Noori’s sentiments on the value of networking and gaining practical experience. She highlighted the collaborative environment at IBM, where she regularly interacts with research scientists to further her knowledge and skills.
Both interns agree that their time at IBM has been instrumental in shaping their career paths in quantum computing, offering them technical skills and career clarity. Noori emphasizes the importance of personal interactions and being proactive in seeking opportunities, while McClain Gomez values the support and collaboration she receives at IBM.
For those considering a future in quantum computing, the experiences of Noori and McClain Gomez provide a glimpse into the dynamic and supportive environment that IBM Quantum provides. Their stories showcase how internships can serve as a crucial stepping stone, offering not only technical skills but also invaluable industry connections and a clear path forward in the world of quantum computing.
Featured image: Credit: IBM