What is Plastics Technology?
Plastics Technology, Associate in Applied Science (A.A.S.), is an associate degree, that prepares the graduate to enter industries involved in the design, processing and manufacture of plastics products and their technology.The technical skills taught in the program are hands-on and utilize industrial, state-of-the-art equipment. In addition, the curriculum has several core courses in the humanities, social sciences and sciences. Verbal, technical writing, reading, and computer skills are stressed in many of the technical courses.
Career opportunities in Plastics Technology

The two-year graduate with a Plastics Technology degree is immediately employable in the field of plastics engineering technology. The two-year graduate is involved in a number of technical operations and procedures including product design, mold design and building, prototype building, testing, evaluation, plastic materials selection, process planning, manufacturing, quality control, and inspection.

Plastics Technology graduates are typically placed in entry level positions in a manufacturing or related industrial company, supervised by senior engineers, engineering technologists, or more experienced engineering technicians. The job titles and responsibilities vary greatly and include areas such as CAD, CAM, drafting, mold or product design, quality control, production planning, and process planning. Salaries average in the low to middle $20,000 range depending on industry and location.

Plastics Technology graduates may choose to continue their education, earning a baccalaureate degree in plastics manufacturing or related engineering technology fields. Students can transfer to the SUNY Institute of Technology at Utica/Rome, Rochester Institute of Technology (RIT) and others.

High School Preparation Requirements
High school graduates entering the Plastics Technology A.A.S. program must have at least a C to C+ average in a curriculum that has two units of defined (Regents) mathematics, and one unit of defined science. It is desirable that other courses include one additional defined unit in mathematics and science.
The Plastics Technology A.A.S. Curriculum

The associate degree in Plastic technology curriculum has a total of 64 credit hours, 22 credit hours of courses in the humanities, social sciences, mathematics and sciences, and 42 credit hours of mechanical, CAD, manufacturing, electrical, and plastics courses. The minimum math required is MATH 103 Algebra and Trig III. A beginning student having the minimum entrance requirements will take this sequence of courses.

This is a ThinkPad University program.


First Year -- Fall Semester
ENGL 101 Language and Composition
MATH as advised
CHEM Chemistry as advised
CAD 181 Introduction to CAD
DRFT 151 Engineering Drawing I
MECH 120 Engineering Materials
                                               Semester credits-16
Spring Semester
MATH as advised
CAD 182 CAD Applications
DRFT 152 Engineering Drawing II
MECH 101 Machine Tools
PLAS 121 Introduction to Plastics
PLAS 131 Plastic Production/Mold Design
                                               Semester credits-16
SECOND YEAR -- Fall Semester
SOCS Social Science elective
CAD 284 Advanced Topics in CAD
ELEC 190 Basic Electricity
MFG 221 Manufacturing Processes I
PLAS 221 Plastics Manufacturing Processes
PLAS 231 Plastic Processing I
                                               Semester credits-17
Spring Semester
SOCS Social Science elective
ENGL 112 Technical Communications
PHYS 107 Introduction to Physics
MECH 232 Fluid Power Mini
PLAS 241 Plastics Mold Construction
PLAS 251 Plastics Processing II
                                           Semester credits-15