--- title: Why Should You Learn Quantum Computing Online? description: Here are a 3 reasons why completing an online certificate program in quantum computing could give you a competitive advantage in the workforce of the future. image: https://curve.mit.edu/hubfs/3ReasonsBlogPost.jpg --- [![OL_sub-brand_lockup_two-line_rgb_black-ol](https://curve.mit.edu/hubfs/OL_sub-brand_lockup_two-line_rgb_black-ol.png)](https://openlearning.mit.edu/courses-programs?utm_medium=referral&utm_source=curve-blog&utm_campaign=curve-blog&utm_content=curve-blog-logo) - [The Curve - Home](https://curve.mit.edu) [Courses](https://xpro.mit.edu/catalog/) [Create Account](https://xpro.mit.edu/create-account/) [Sign in](https://xpro.mit.edu/signin/) - Categories - Follow Us [Subscribe](https://learn-xpro.mit.edu/the-curve-subscribe) - [Artificial Intelligence](https://curve.mit.edu/tag/artificial-intelligence) - [Data Science](https://curve.mit.edu/blog/topic/Data-Science) - [Engineering](https://curve.mit.edu/blog/topic/Engineering) - [Entrepreneurship](https://curve.mit.edu/blog/topic/Entrepreneurship) - [Technology Insider](https://curve.mit.edu/blog/topic/Technology-Insider) - [Leadership](https://curve.mit.edu/blog/topic/Leadership) - [Manufacturing](https://curve.mit.edu/blog/topic/Manufacturing) - [MIT Bootcamps](https://curve.mit.edu/blog/topic/MIT-Bootcamps) - [MIT Open Learning](https://curve.mit.edu/blog/topic/MIT-Open-Learning) - [MITx MicroMasters Programs](https://curve.mit.edu/blog/topic/MITx-MicroMasters-Programs) - [Online Education](https://curve.mit.edu/blog/topic/Online-Education) - [Professional Development](https://curve.mit.edu/blog/topic/Professional-Development) - [Quantum Computing](https://curve.mit.edu/blog/topic/Quantum-Computing) - - [  View All Posts](https://curve.mit.edu) ![Why Should You Learn Quantum Computing Online?](https://curve.mit.edu/hubfs/3ReasonsBlogPost.jpg) ![Blog Feature](https://cdn2.hubspot.net/hubfs/298890/blog-files/blog--cards-feature.png) [Subscribe](https://learn-xpro.mit.edu/the-curve-subscribe) ![MIT xPRO](https://curve.mit.edu/hubfs/MIT_Social-Media-Logo_MIT-Red.png "MIT xPRO") By: [MIT xPRO](https://curve.mit.edu/author/mit-xpro) on February 26th, 2020 2 Minute Read Print/Save as PDF # Why Should You Learn Quantum Computing Online? [Technology Insider](https://curve.mit.edu/topic/technology-insider) | [Professional Development](https://curve.mit.edu/topic/professional-development) | [Quantum Computing](https://curve.mit.edu/topic/quantum-computing) - Share: - - - - - [mailto:?body=https://curve.mit.edu/3-reasons-you-should-learn-quantum-computing-online](mailto:?body=https://curve.mit.edu/3-reasons-you-should-learn-quantum-computing-online) The quantum computing revolution could empower companies and entire industries to solve previously intractable problems. As investment in quantum technology grows and tech giants vie for [quantum advantage](https://curve.mit.edu/getting-beyond-the-hype-of-the-google-ibm-quantum-supremacy-debate), demand for professionals with foundational quantum computing knowledge and [hands-on quantum experience](https://curve.mit.edu/making-quantum-computing-accessible-and-convenient-through-online-learning-ibm-watson-ai-lab-and-mit-xpro-collaborate-to-support-lifelong-learners) has never been higher.   Will an online certificate program in quantum computing give you a competitive advantage in the workforce of the future? We think so. Here's why: 1. **Companies are planning to spend on quantum.** [Gartner](https://www.technologyfirst.org/magazines/2019/107-january/1332-predictive-futuristic-upcoming-trends-for-2019.html) included quantum computing in its “Top 10 technology trends for 2019," predicting that 20% of organizations will be budgeting for quantum computing projects by 2023. Those companies will need to invest in talent if they want to stay competitive in quantum computing.  2. **Investment in quantum computing is growing with market demand.** The market for enterprise quantum computing is [reported](https://www.tractica.com/newsroom/press-releases/enterprise-quantum-computing-market-to-reach-2-2-billion-by-2025/) to rise from $39.2 million in 2017 to $2.2 billion annually by 2025. Venture capital investors and governments have taken notice, with technology companies receiving around $450 million in private funding between 2017 - 2018 and the unanimously-passed National Quantum Initiative Act [allocating millions](https://www.forbes.com/sites/alexknapp/2018/12/20/congress-just-passed-a-bill-to-accelerate-quantum-computing-heres-what-it-does/#2a536bd72ef8) in funding toward quantum training and research. The bill also earmarked [$25 million per year](https://www.forbes.com/sites/alexknapp/2018/12/20/congress-just-passed-a-bill-to-accelerate-quantum-computing-heres-what-it-does/#2a536bd72ef8) though 2023 toward increased training in quantum computing, because... 3. **There is a shortage of quantum talent.** Regardless of industry, any company that deals with optimization problems or encrypted data will be impacted by quantum computing. As quantum computing becomes a reality, private enterprises and public programs are increasing investment in quantum research, training, and capabilities. Despite the demand, companies are facing a [quantum talent gap](http://news.mit.edu/2019/mit-william-oliver-qanda-talent-shortage-quantum-computing-0123).  For professionals interested in this emerging technology, there aren't many formal quantum computing training opportunities. That's why IBM Watson AI Lab has collaborated with MIT xPRO to develop an [online quantum computing curriculum](https://learn-xpro.mit.edu/quantum-computing) intended for professionals and leaders in business, government, and technology who are interested in the theoretical and practical aspects of quantum computing (QC). MIT faculty and a global network of professionals are exploring a new frontier in computing with online quantum computing courses MIT xPRO. **Get a preview of the program with [this free Quantum Computing resource](https://curve.mit.edu/hubfs/Quantum%20Computing/Ten_Questions%20NEW.pdf) from MIT Professor Dr. William Oliver.** - - - - - [mailto:?body=https://curve.mit.edu/3-reasons-you-should-learn-quantum-computing-online](mailto:?body=https://curve.mit.edu/3-reasons-you-should-learn-quantum-computing-online) - [![MIT Logo](https://curve.mit.edu/hubfs/OL_sub-brand_lockup_two-line_rgb_black-ol.png)](https://curve.mit.edu/) - [Privacy Policy](https://xpro.mit.edu/privacy-policy/)