Chemistry is the investigation of matter. Grappling with the difficult problems students will face during their lifetimes, such as the treatment of disease, assessment of environmental pollutant risk, the challenge of feeding a growing world population, understanding the processes that affect the Earth’s climate, and the continuous improvement of technology, requires an understanding of chemistry and an integrated approach to problem-solving. Students obtaining a Certificate of Achievement in Chemistry will demonstrate a view of the world around them that is shaped by their understanding of chemical and physical principles, and the language of mathematics. Through experiences in a laboratory setting, students will practice the scientific method to explore chemical phenomena, solve problems in a strategic fashion, and formulate and communicate an understanding of matter from a chemist’s perspective.
Students obtaining a Certificate of Achievement in Chemistry are prepared to transfer to a Bachelor of Science in Chemistry program at a four-year college, to take upper-division chemistry coursework in organic, inorganic, and nuclear chemistry; thermodynamics; and quantum mechanics. Simultaneously, they are prepared to enter the chemistry workforce, or pursue other opportunities where chemistry plays a role.
Future careers for students obtaining a Certificate of Achievements in Chemistry, after further education, include:
🗸 Physician
🗸 Patent attorney
🗸 Chemical Engineer
🗸 Criminologist
🗸 Museum Curator
🗸 Environmental Engineer
🗸 High school or middle school teacher
Learning Outcomes
Upon completion of this program, students will be able to:
🗸 Assess scientific data and use those data to evaluate the quality of conclusions.
🗸 Perform multistep organic syntheses, planning through implementation and structural verification, with the aid of gas
chromatography/mass spectrometry, infrared spectroscopy, and nuclear magnetic resonance spectroscopy.
🗸 Identify and quantify organic chemical compounds after obtaining and purifying them from their natural plant sources.
🗸 Use multiple pieces of scientific laboratory instrumentation to analyze environmental samples and use these data to evaluate
the risks of environmental exposure.
🗸 Apply current technology and databases to organize, analyze, and assess relevant scientific information.
🗸 Apply mathematical representations and the language of chemistry to communicate an understanding of chemistry in written and oral form.