Chemical Technology

The associate degree program in Chemical Technology promotes an understanding of modern theory, applications, and issues in chemistry; development of laboratory techniques and analytical skills; and enhanced communication skills with a focus on scientific writing. City Tech’s AS curriculum includes classroom and laboratory course work in general and organic chemistry; the curriculum also requires courses in calculus, calculus-based general physics I and II, two elective courses in science or mathematics and all Pathways general education required courses.

The AS in Chemical Technology provides graduates with the foundations for a bachelor’s degree or higher in disciplines such as chemistry, biochemistry, chemical engineering, education, applied mathematics and other related sciences. These programs may lead to admission to medical and dental schools, for highly qualified applicants. The AS in Chemical Technology also provides the preparation needed for transfer to professional schools in the health sciences in areas such as medical technology, pharmaceutical sciences, and physician assistant programs. The majority of graduates pursue higher education in baccalaureate programs within the City University of New York.

Learning Outcomes

1. A sound understanding of the fundamental principles of chemistry, including: atomic and molecular structures and states of matter; methods for measuring matter and energy; uncertainty in scientific measurement; chemical thermodynamics and chemical kinetics; conservation of matter and the changes in composition and energy that accompany chemical reactions; mechanisms of chemical reactions; electrochemistry
   and energy conversion.

2. Skill in written and spoken communication, particularly in the field of chemistry and experimental science: facility with the language of chemistry, with chemical formulae and chemical nomenclature; facility with descriptions of chemical energy and chemical thermodynamics.

3. Skill in experimentation and scientific method: knowledge and experience with techniques of chemical measurement and synthesis; understanding of the theoretical and mathematical principles of chemical analysis and chemical separations; experience with modern methods for spectroscopic identification of compounds.

4. Experience in the discovery and development of knowledge through experimental work and in the spoken and written presentation, discussion and critical analysis of scientific ideas.

5. Skill in problem solving, critical thinking and analytical reasoning.

6. A sound general education, including coursework specified under the CUNY Pathways Common Core.

Advisement Information

We recommend that all students consult with faculty advisors in the Chemistry Department for assistance with their academic programs and selection of courses, as well as in their career planning.

You can reach us by email at chemistry@citytech.cuny.edu.