Career Training

Environmental science is a rapidly growing field, particularly in light of challenges to our environment like global warming, exponential population growth, and potentially dangerous carbon emissions. Environmental scientists work to find ways to meet and overcome those challenges, in order to maintain a livable environment for generations to come. Training needs of this field can often be found at a local community college, where a two-year degree in environmental science can prepare you for a rewarding career or the next step in your education process.

What is Environmental Science?

Environmental science is the study of how various factors like industry, production, and humans impact the natural environment. Through those studies, an environmental scientist looks for ways to limit damage to wildlife, humans and natural habitat, through processes like conservation and green living ideas. The field of environmental science is a truly innovative one, as professionals in the industry look for new energy sources that are friendlier to the world in which we live.

The U.S. Bureau of Labor Statistics explains that an environmental scientist may begin his work by identifying the problems leading up to environmental damage. The scientist will then look for solutions to those problems, by observing and analyzing components of air, food, water, and soil. The job is highly specialized and might involve working with other companies or government agencies to educate, develop policies and measure the results of those policies on the environment.

This TED talk Dr. Milton Muldrow discusses

Despite the high unemployment rate and sluggish economy plaguing much of the country, there are numerous industries that can’t find enough skilled workers to staff their offices. To address both of these issues, community colleges nationwide are developing training programs in fields facing staffing shortages, putting displaced workers back on the job, and filling company needs. One focus to this end is on the manufacturing industry, a field that promises long-term economic growth and job stability. Community colleges are answering the manufacturing call, with new programs cropping up at campuses coast to coast.

Manufacturing Program Expanding at Asnuntuck

Already boasting a successful manufacturing training program, Asnuntuck Community College is preparing to expand to allow even more students the opportunity to move into this lucrative field. According to the Windsor Locks Patch, the Connecticut state legislature recently passed a comprehensive jobs bill that allotted $2.2 million to the school for the purpose of growing its precision manufacturing program. The hope is that the expansion of the program will encourage long-term economic growth in the area by boosting small business opportunities.

“Small business continues to be the engine that drives our economy,” State Representative Kathleen Tallarita (D-Enfield) told the Patch. “Investing in the future of Connecticut’s small businesses is essential to our continued economic growth.”

The funding will increase the manufacturing program's student body from 200 to 350 full-time students. It will also increase the number of incumbent workers from 325 to 450. The money will allow the

Metal is a material that has been used for the construction of many of our buildings and much of our infrastructure today. As this substance corrodes over time, it creates serious safety, environmental and financial concerns across the globe. The industry of corrosion technology is a relatively new field committed to preserving construction projects of all kinds with corrosion prevention and repair. Now community colleges are coming onboard this exciting new field to train up a new generation of workers committed to preserving the hard work of generations past.

Seward County Community College

What is a Corrosion Technician?

According to the Kilgore College website, corrosion technicians work in both indoor and outdoor settings, installing, maintaining and inspecting properties of all kinds. Structures of concern for corrosion technicians might include massive underground pipelines, industrial equipment and storage tanks. The technician might also work in transportation, maintaining airplanes, boats and other vessels.

The corrosion technician must have a background in chemistry, metallurgy and electricity. These professionals may specialize in a particular area of corrosion technology, such as coating inspection or material selection, but others may work in a more generalized setting. According to a report at Pay Scale, the average salary for corrosion engineers ranges from just under $40,000 annually to more than $100,000, depending on the level of skill, training and experience. The field is a growing one, with an increasing demand for corrosion technicians as current infrastructure ages, and few workers trained and ready

Solar energy is a growing technology that may be one of the best options for oil in the future. To answer the call within the solar industry, more community colleges are coming on board to train a new workforce of solar energy technicians. From a new solar energy lab in Maine to programs in solar thermal systems across the country, those who are interested in this exciting, growing field can get the training they need to launch a rewarding career in the solar energy industry.

Solar Technology Lab Opens in Maine

Kennebec Valley Community College has plenty to celebrate this year. The school is opening a new Solar Heating and Cooling Lab in the Muriel P. Frye building on the Fairfield campus, according to a report in the Morning Sentinel. The college was chosen by the U.S. Department of Energy in 2009 as one of nine regional resource and training locations nationwide. The Department of Energy partnered with the U.S. Departments of Labor and Education to launch the Solar Instructor Training Network at community colleges across the country.

The Solar Instructor Training Network is designed to prepare trainers for solar technology programs across the country. The trainers that complete the program will then go to various colleges to prepare students for careers in the solar heating and cooling industry. According to a report at WABI TV5, the lab at Kennebec has been in development for more than a year and serves as an example

If you love the ocean and are fascinated with the creatures that live within its depths, a career in marine biology might be the right choice for you. While this career has traditionally required a minimum of a four-year degree to get your foot in the door, many community colleges are now offering marine biology programs - in addition to aquarium science ones - that allow students to land jobs as research assistants and other entry-level positions in much less time. This article will cover what the career of a marine biologist looks like and highlight some of the community college programs now available in this field of study.

What is Marine Biology?

According to the Bureau of Labor Statistics, marine biologists commit their careers to studying saltwater organisms, focusing on the molecular biology of the living cells in creatures living within saltwater bodies around the world. Marine biologists may also be referred to as oceanographers, scientists who study the physical characteristics of the ocean, as well as the ocean floor. The work of a marine biologist is typically done in the field or a laboratory rather than in an office setting.

Marine biologists usually have a minimum of a four-year degree in the biological sciences, and many pursue post-graduate work as well. However, thanks to the addition of marine biology programs at community colleges, students can now find entry-level work in marine biology in a much shorter period of time, gaining on-the-job