“Learn while you can. Use your time to build a strong foundation of knowledge about the field.”
Dr. John Sound began his career at NOVA 20 years ago as an adjunct instructor at the Alexandria campus, teaching humanities and religion. He later transitioned to full-time roles teaching math and, eventually, engineering technology. In 2018, he brought his expertise in microelectronics to the Manassas campus, where he played a key role in developing the Engineering Technology program. Today, he teaches a variety of IET courses, blending his technical knowledge with a passion for education.
Dr. Sound’s dedication to teaching and the IET field is rooted in his upbringing—both of his parents were educators. While earning his master’s degree in public administration at the University of Pittsburgh, he worked as a teaching research assistant. During his doctoral studies in India, he also served as a teaching assistant in the technology industry, further cementing his commitment to education.
Currently, Dr. Sound co-teaches a Fiber Optics Technology workshop on Saturdays with Professor Amir Mehmood. He also instructs courses such as Basic Technical Mathematics, Electric Motor Control, Fiber Optics Technology, Computations for Engineering Technology, OSHA 10, Student Development, Team Concepts & Problem Solving, and Introduction to Lean Manufacturing and Six Sigma.
Among these, Electric Motor Control and Fiber Optics Technology are particularly hands-on. In Electric Motor Control, students work with various modules to understand motor operations, while in Fiber Optics Technology, they learn about fiber types, terminations, connectors, and splicing techniques. Furthermore, students learn automation using mechatronics trainers.
The program also incorporates cutting-edge technology, including digital electronic modules, advanced Sumitomo splicing equipment, upgraded motor control components, and AC/DC trainers. These innovations simplify system simulation by allowing students to connect components like resistors, capacitors, and inductors using cables instead of traditional breadboards.
“As the industry evolves, we strive to introduce new, hands-on tools so students can confidently demonstrate their skills in the workplace,” he says.
Dr. Sound has seen many of his students thrive in their careers. He previously taught a few cohorts of students through Year Up, a nonprofit that prepares participants for roles at companies like Micron. He often encounters these former students excelling in the field.
Last semester, two of his students, Jennifer and Marina, achieved notable success. Both received perfect 4 out of 4 evaluations. Marina, who holds an engineering degree, was promoted to an engineer, while Jennifer advanced to a T2 position.
“To teach effectively, I must be well-qualified,” Dr. Sound explains. “That knowledge benefits me first, then flows to my students as they learn to the same standard. I see the impact when they grasp the material and are ready to apply it in their chosen fields. It strengthens and energizes me to see the results of my teaching—especially when I visit Micron and data centers, where I see my students thriving. That’s the reward for my hard work and what keeps me motivated.”
He also encourages students in the IET field to embrace all aspects of their education, even if certain concepts don’t seem immediately relevant.
“I studied optimization and advanced calculus,” he says. “Do I use those every day? No. But that’s the standard of the program—it builds a foundation. It’s not about applying everything directly; it’s about developing the ability to learn. With a strong foundation, your brain can adapt to new challenges. When you face something unfamiliar, you can say, ‘I don’t know this yet, but I can learn it.’ That mindset is key to success.”
Dr. Sound can be reached at jsound@nvcc.edu