The US technology industry has grown significantly, particularly in the role of high-level research. According to the latest forecasts from the U.S. Bureau of Labor Statistics (BLS), technical research work (officially known as the role of computer and information research scientists) is set to grow at an astounding 26% by 2033.As highlighted in the BLS, there are forecasts that 9,400 new jobs will be added in the sector by 2033, as there are only 36,600 experts currently in the US High Tech Research. This shows not only growth but also transformations. At the heart of this surge is the incredible need for minds that can push the boundaries of artificial intelligence, machine learning, cybersecurity, quantum computing and more.
What do computer and information research scientists do?
Computer and Information Research Scientists don’t just improve systems. They shape how technology works in all fields: medicine, defense, business, education, and more. From smarter diagnostic tools in hospitals to groundbreaking algorithms predicting natural disasters, their work is exposed to real life in real ways.Computer and Information Research Scientists solve complex computing problems through research, theory and innovation. They are:
Their work progresses both software and hardware, from simplifying complex AI algorithms to designing faster, safer computing architectures.
Specialization
High wages, higher purpose
According to BLS, as of May 2024, the median annual salary for computer and information research scientists was around $67.74 per hour. Most experts in this field often work full-time in labs, universities, or technology companies. High wages reflect both the complexity of the job and the level of education and expertise required.For students considering return on investment in education, this career checks all boxes
This is an area where expertise is not only respected, but rewarded. Many experts lead research teams, publish groundbreaking papers, and move into executive roles in high-tech leadership.
STEM students are ready to lead the next wave of technology innovation
For students pursuing interdisciplinary fields such as computer science, information systems, engineering, and even biomedical computing, this career path is already within reach. Most roles require a master’s degree, but there is flexibility in how you can get there. The long-term reward is clear.The tech industry doesn’t just hire coders. We are looking for curious minds, adaptable thinkers and problem-solvers. Ready to build something that doesn’t exist yet. Whether you’re experimenting with neural networks in a college lab or sketching ethical AI ideas, this field offers more than just work. It offers opportunities to shape the future.