Qualcomm Institute (QI) workforce development programs include a focus on nanotechnology. Skills in nanotechnology are in high demand. A growing number of businesses and research groups use these technologies to create nanoscale devices with applications in medicine, genomic profiling (including epigenetics), communications, electronics, multi-function sensors, photonics and quantum computing, to name a few. Many of these opportunities reside in California, home to 22% of the country’s nanotechnology companies and 24% of the nation’s nanotechnology patents.
Supported by State funds, QI offers a one-year internship for students to work at its Nano3 facility. As workforce development interns, students have the unique opportunity to learn and operate Nano3’s experimentation scanning electron microscope (SEM). The SEM is a powerful tool used in various scientific disciplines to investigate the nanoscale structures and characteristics of materials. It plays a crucial role in supporting both academic researchers and industry professionals, making this internship an excellent opportunity to gain valuable skills.
During the internship, students work closely with experienced researchers and scientists who teach the intricacies of SEM operation and sample preparation techniques. Students are exposed to a wide range of real-world research projects and have the chance to contribute to the scientific community by assisting academic and industry users with their SEM needs.
This internship opportunity provides a unique blend of academic and practical experiences, giving students the chance to contribute to groundbreaking research while expanding students’ knowledge and skills in the field of nanotechnology.
“I am learning about neuroscience, hearing about different companies, and meeting people. I’ve already had other research opportunities open up because of this experience.”
“The friendships and mentors are inspiring; they motivate me to keep on learning every day. I found there is beauty in innovation and research, and it’s better when we collaborate.”
