How Can We Help Community Colleges Turn Out Qualified, Employable STEM Workers?

July 16, 2012

The Center on Education and the Workforce at Georgetown University stated in their 2011 STEM report that by 2018, 92% of STEM workers will need post-secondary education. Of that 92%, 65% will need a bachelor's degree or higher and 35% will have sub-baccalaureate training.

The demand for STEM professionals has increased, but our education system has not been able to train STEM workers adequately.

The Center on Education and the Workforce at Georgetown University stated in their 2011 STEM report that by 2018, 92% of STEM workers will need post-secondary education. Of that 92%, 65% will need a bachelor's degree or higher and 35% will have sub-baccalaureate training.

The demand for STEM professionals has increased, but our education system has not been able to train STEM workers adequately. According to the report, "Our career and technical education system will need a stronger STEM curriculum at the high-school and sub-baccalaureate level that is more tightly linked with competencies necessary for STEM jobs."

Community colleges have become essential in preparing future STEM professionals and many colleges have already started offering more robust STEM curricula based on current and projected industry needs.

For example, the MentorLinks program has reinforced programs in advanced manufacturing, biotechnology, electronics, engineering technology, environmental technology, video game programming and welding to name just a few. But the government and current STEM professionals should do more to help prepare future STEM workers. How can we help community colleges turn out qualified, employable STEM workers?

To learn more about the MentorLinks program and what some colleges and Universities are already implementing to better prepare future STEM workers, read "Boosting STEM Education at Community Colleges" by TheAtlantic.com.

Sponsored Recommendations

IDEC Push-In Terminals make control panel wiring quicker and easier

Push-in terminals simplify the wiring of control panels for equipment manufacturers that have many control devices in the panel. The push-in terminal also reduces manufacturing...

Addressing Harsh Environmental Challenges with Technology

Discover why rugged HMI technology is crucial for enhancing machine performance and reliability in harsh environments. Learn about our high-quality, certified solutions designed...

2024 State of Technology Report: Motors, Drives & Motion

Motion makes manufacturing move. Motors and drives are at the core of industrial operations. Without them, production comes to a halt. This new State of Technology Report from...

Case Study: Conveyor Solution for Unique Application

Find out how the Motion Automation Intelligence Conveyor Engineering team provided a new and reliable conveyance solution that helped a manufacturer turn downtime into uptime....