Program Requirements
Option A: 2+ Program Required Courses (16)
- CHEM 107/107L Principles of Chemistry with Lab
- CHEM 108/108L Principles of Chemistry and Quantitative Analysis with Lab
- CSCI 130 Computer Science I Using Java
- ECON 102 Principles of Microeconomics
- EGNR 101 Introduction to Engineering
- ENGL 311 Writing for Science or
- ENGL 372 Technical writing
- ENVS 202 Data analysis for Scientists
- ENWR 110 Composition II
- MATH 219 Calculus I
- MATH 220 Calculus II
- MATH 221 Calculus III
- PHYS 211/211L Principles of Physics I with Lab
- PHYS 212/212L Principles of Physics II with Lab
- BIOL130/130L Principles of Biology with Lab
- CHEM 207/207L Organic Chemistry I with Lab
- CHEM 208/208L Organic Chemistry II with Lab
- CHEM 241 Introduction to Heat and Mass Transfer
- CSCI 156 Python programming for applications
- EGNR 211 Engineering Statics
- EGNR 212 Engineering Dynamics
- GEOL 208/208L Principles of Physical Geology with Lab
- MATH 222 Differential Equations
Option B: 3+ Program Required Courses (24)
- CHEM 107/107L Principles of Chemistry with Lab
- CHEM 108/108L Principles of Chemistry and Quantitative Analysis with Lab
- CSCI 130 Computer Science I using Java
- CSCI 215 Computer Science II Using Java
- EASC 201 Earth System Science
- ECON 102 Principles of Microeconomics
- EGNR 101 Introduction to Engineering
- ENGL 311 Writing for Science or
- ENGL 372: Technical Writing
- ENVS 202 Data Analysis for Scientists
- ENWR 110 Composition II
- GEOL 208/208L Physical Geology with Lab
- MATH 123 Introduction to Functions
- MATH 180 Precalculus
- MATH 219 Calculus I
- MATH 220 Calculus II
- MATH 221 Calculus III
- PHYS 211/211L Principles of Physics I with Lab
- PHYS 212/212L Principles of Physics II with Lab
- BIOL130/130L Principles of Biology with Lab
- CHEM 207/207L Organic Chemistry I with Lab
- CHEM 208/208L Organic Chemistry II with Lab
- CHEM 241 Introduction to Heat and Mass Transfer
- CSCI 333 Object oriented programming using C++
- EGNR 211 Engineering Statics
- EGNR 212 Engineering Dynamics
- MATH 222 Differential Equations
- ECON 101 Principles of Macroeconomics
- ENVS 246 Sustainability and Social Justice
- GEOG 260 Introduction to Urban Studies and Planning in the United States
- GEOG 380 Making Places Sustainable
- PHIL 102 Introduction to Ethics
- SOCI 282 Society, Technology, and Future
This program establishes a freshman and sophomore curriculum leading to transfer admission by Articulation Agreement (2+3) to a Bachelor of Science degree program in one of the engineering disciplines at the:
- University of Massachusetts-Lowell: Chemical Engineering, Civil Engineering, Computer Engineering, Electrical Engineering, Mechanical Engineering, Plastics Engineering, and Engineering Technology
- University of Massachusetts-Dartmouth: Bio-Engineering, Civil Engineering, Computer Engineering, Electrical Engineering, Mechanical Engineering
- Mass Maritime Academy: Energy Engineering, Facilities Engineering
- Worcester Polytechnic Institute (WPI): Chemical Engineering, Civil Engineering, Mechanical Engineering, Bio-medical Engineering, Electrical Engineering, Environmental Engineering, Fire Protection Engineering, Architectural Engineering, Robotics
Each student who enters the program will be assigned an advisor from the Environment, Society & Sustainability Department. By the end of their freshman year, students should be considering what specific area of engineering they wish to transfer into at the above mentioned institutions. It may be necessary for transfer students to schedule summer session coursework if they wish to complete all degree requirements over a four-year period.
The program of study during the two years at Framingham State University is shown above. Each incoming student must pass the mathematics placement examination in order to register for a credit-bearing mathematics course. Students must do well on this examination to begin the mathematics sequence with Calculus I. Students who do not place into the Calculus I course are required to take additional mathematics prior to taking Calculus I. Courses to be taken during the sophomore year of the program depend, to some extent, on the choice of engineering concentration.
Career Opportunities
Pre-Engineering students will be prepared to pursue career opportunities across a wide range of exciting fields, including:
Mechanical Engineer
Assess thermal and mechanical devices, troubleshoot issues, and build and repair devices.
Civil Engineer
Design, build, construct and maintain public and private sector systems.
Electrical Engineer
Design, develop and implement electrical equipment and devices.
Chemical Engineer
Design, optimize and troubleshoot chemical manufacturing processes
Environmental Engineer
With a master’s degree, prepare, review and improve environmental investigation reports.
Biomedical Engineer
With a master’s degree, design biomedical devices and equipment.
Deirdre Kearney, Pre-Engineering student
“The Pre-Engineering Program has given me the confidence to speak up and learn without the fear of failure. In fact, my professors have taught me how to learn through my failures instead of ignoring them.“
Mike Au, ‘19, Pre-Engineering, R&D Engineer, Boston Scientific
”All-in-all, I thrived at FSU, and I was able to thrive, and complete my Bachelor's and Master's in Mechanical Engineering at Worcester Polytechnic Institute ALL because of the skills, knowledge, and experiences gained at FSU.”