Quantum computing leverages the core principles of quantum mechanics to solve highly complex problems far more quickly than what traditional, non-quantum (also called classical) computers are capable of. As one of the most rapidly advancing emerging technologies today, it holds transformative use cases across a wide range of industries, including software development, healthcare, medical research, and artificial intelligence.
The global quantum computing market is estimated to generate $866 million in total revenue in 2023, and industry forecasts expect that figure to grow sharply to $4.375 billion by 2028. This explosive growth is driven in part by rising investment and adoption of quantum technologies across more sectors than ever before. As a result, a career in quantum computing delivers intellectually engaging work, widespread professional recognition, and competitive high annual salaries. If you’re hoping to break into this lucrative fast-growing field, here are key tips to help you land your first quantum computing role:
Decide on a career path
The first critical step to building your quantum career is narrowing down which specific career track you want to pursue. Common options include research, software development, engineering, marketing, and education. Before settling on a path, take time to align your choice with your existing skills and personal interests. For example, if you have strong coding abilities, a role in quantum software development will likely be an excellent fit. If you are passionate about the quantum computing space but do not have a deep technical background, a marketing position focused on communicating quantum solutions to audiences could be the ideal entry point.
Get an undergraduate degree
To build a successful career as a quantum computing professional, you need a strong foundational grasp of mathematics and scientific principles, since most roles in the field revolve around complex numerical analysis and advanced calculations. Because of this, you will need to earn an accredited undergraduate degree in a relevant field, such as physics, programming, mathematics, or computer science.
