Showing posts with label science jobs after college. Show all posts
Showing posts with label science jobs after college. Show all posts

10 December 2012

Undergrad Degree in Chemistry and Its Uses

As it becomes easier and easier to earn undergraduate degrees, more people are pursuing further degrees before seeking positions in their fields of study. This raises the question of whether or not an undergraduate degree in Chemistry is enough to have a career

Chemistry degrees

An undergraduate degree in Chemistry requires four years of education at a college or university. During this time, you will learn the basics of higher-level chemistry, as well as specific information based on your intended career path. For example, if you would like to teach high school Chemistry, you would also need courses in education.

Some schools offer specialties within the degree programs, such as biochemistry. These degrees focus on a specific area of chemistry, and may be suited for a specific career path.

Career options

There are many career options available for those with an undergraduate degree in Chemistry. Some common career paths include teaching, chemistry manufacturing and sales or working in a lab setting.

Chemistry teacher

Teaching Chemistry is a good way for people passionate about science to share what they know with others. Requirements for a teaching position vary by state. Some states may require a degree in Education in addition to Chemistry. In addition to sharing knowledge about chemistry, teachers are responsible for creating lesson plans, grading assignments and other typical duties associated with teaching.

Chemical manufacturing or sales

A chemical plant manager is someone who supervises a chemical manufacturing facility. This career has typical managerial responsibilities, in addition to performing quality control. Chemical sales representatives sell products and services. Their responsibilities are typical of sales representatives. Having a degree in Chemistry allows the sales representative to speak about the products and services with authority, as well as answer questions the prospective customer may have.

The chemical products and services created and sold are often used outside the chemistry field. This allows those in this field a wide variety of opportunities to pursue areas of interest.

Laboratory Technicians and Research Assistants

Laboratory Technicians are men and women who perform tests and procedures in a lab setting. They must have a good knowledge of Chemistry and other sciences in order to perform the proper procedures and interpret the results. A research assistant is someone who helps doctors, scientists or other researchers develop new medicines or products.

Additional education

Many people who pursue careers in Chemistry decide to get advanced degrees. This allows them to pursue a particular field of interest, as well as opening up a wider variety of career opportunities. For example, while a chemical plant manager position may not require a Master's degree, having one can give the applicant an advantage.

Ultimately, some careers will have more applicants with higher degrees, while others will not. If the career path you are pursuing is trending toward requiring advanced degrees, the investment may be worth it. However, if the career path you are pursuing continues to focus on applicants with undergraduate degrees, an advanced degree will not be necessary. The final decision of whether or not an undergraduate degree is "enough" for a career in Chemistry will come down to the particular career being pursued and where you would like to be as your career path progresses.


This article was composed by Ty Whitworth for the team at http://www.ChemicalWire.com/.


15 February 2011

A Background in Chemistry Opens Many Doors

As the economy is only beginning to recover, many college students are seeking ways to distinguish themselves in one of the most difficult job markets ever.  To look more attractive to employees, college students may want to consider a degree in chemistry.  And while many may think a chemistry degree is a one-way ticket to laboratory work, the comprehensive scope of a chemistry degree can help you land a job in a number of fields.  According to Dow Chemical CEO Andrew Liveris, whose interest in chemistry started in grade school, “95 percent of the things that touch our lives — such as food, water, shelter, transportation, and medicine — are made possible through chemistry.”  It’s no surprise then that so many industries look approvingly on students that graduate with a chemistry degree.  Further, according to PricewaterhouseCoopers, those who graduate with a chemistry degree earn 12% more than those that graduate with degrees in psychology, biological sciences, linguistics, or history and 30% more than those without a degree at all.  Here is a more complete look at some of the opportunities: 

1. Environmental control: Governmental enterprises like the EPA and environmental groups like the Sierra Club or the NRDC all rely on scientists to provide them with the most appropriate environmental data.  Chemistry is extremely important, especially when measuring air, soil, and water quality for possible contaminants.

2. Forensics: From your local police force to the CIA or FBI, chemistry plays a huge role in the field of forensics, performing tests to help solve crime.

3. Pharmaceuticals: Whether you choose to work at a local pharmacy or help design new life saving drugs, some of the most beneficial careers for those with a chemistry degree can come in this field.

4. Graduate Study: Having a background in chemistry also builds a solid foundation for those looking to enter medical school or law school, and also provides a concrete knowledge base for those interested in teaching at the high school or college level.

One other interesting and emerging concept is that of “green chemistry” which, as defined by the EPA, is the design of chemical products that eliminate the use of hazardous substances.  When envisioning a chemical plant, it can sometimes bring to mind pipes with green ooze trickling out into the local water supply.  Historically in chemistry, this type of hazardous waste came from solvents and resources needed for the chemical reaction to create the end product.  But through green chemistry, scientists are developing ways to remove these hazardous materials from the process altogether, creating a safer way to produce items we need daily without contaminating the environment.

Overall, the list above is just a small sample of the possibilities that are presented to those with a background in chemistry.  With the food, water, and energy problems facing the world today, Liveris, along with the UN and other international institutions, deemed 2011 the International Year of Chemistry (IYC) to help inspire students to consider chemistry and to encourage people from around the world to apply chemistry as a catalyst for change.  Clearly chemists are desired now more than ever, and hopefully students appreciate the potential of a chemistry degree, and use it to distinguish themselves in an increasingly competitive job market.

Alan Parker is a blogger based out of New York, NY who writes about alternative energy, green business, sustainability, and climate change.
Follow on Twitter @AGreenParker