2+2 Computer Engineering, BS and 2+2 Electrical Engineering, B.S.
Program overview
As of fall 2024, St. Francis College (SFC) is partnered with Manhattan University (MU) to provide a continuous program for a B.S. in Computer Engineering and a B.S. in Electrical Engineering, taken across two institutions. Program highlights are as follows:
- Students enrolling in the program at SFC should declare an Associates in Liberal Arts as their major and should complete all the courses listed below.
- To continue at MU, SFC students must earn a grade of C (2.0) or better in all chemistry, physics and math courses, and have an overall GPA of 2.5 or better.
- Once SFC students complete all the courses, they will transfer to MU to complete their B.S. in Computer Engineering and their B.S. in Electrical Engineering. MU will accept 60 of the credits taken at SFC (See Appendix A below). St. Francis College students will matriculate into Manhattan University with junior standing.
- The application process from SFC to MU will be simplified for Computer Engineering and Electrical Engineering pathway candidates: the application fee, essay, letters of recommendation and enrollment deposit will be waived.
- Students admitted to MU from SFC who have earned a 3.0 cumulative GPA or higher will be automatically considered for merit-based scholarships. Students must enroll at MU as full-time, degree-seeking students and maintain a 3.0 GPA to renew their scholarship. The scholarship is renewable for up to two years or four semesters (fall and spring) of full-time coursework in a Bachelor’s Degree program. Scholarships cannot be applied towards housing, fees, summer session, or graduate tuition. St. Francis College students may also be eligible for state and federal aid and are encouraged to submit the FAFSA as soon as it becomes available.
PROGRAM REQUIREMENTS
PROGRAM REQUIREMENTS
After the completion of their first 60 transferable credits at St. Francis College, St. Francis College students must complete 74 credits at Manhattan University for a total of 134 credits.
Computer Engineering
FRESHMEN FALL | Credits Earned |
Gen Chemistry I & Lab (CHE 1201 & 1201L) | 4 |
Calculus I (MAT 2202*) | 4 |
Introductory Writing (WRI 1100) | 3 |
General Education Elective** | 3 |
Total SFC Credits | 14 |
FRESHMEN SPRING | Credits Earned |
Gen Physics I & Lab (PHY 2001 & 2001L) | 4 |
Calculus II (MAT 2203*) | 4 |
Any REL 1000 Level Course | 3 |
English Literature | 3 |
General Education Elective** | 3 |
Total SFC Credits | 17 |
SOPHOMORE FALL | Credits Earned |
REL 200 | 3 |
Calculus III (MAT 3304*) | 4 |
Linear Algebra (MAT 3312*) | 3 |
General Education Elective** | 3 |
Computer Programming Total SFC Credits | 3 16 |
SOPHOMORE SPRING | Credits Earned |
REL 300 | 3 |
General Physics II and Lab (PHY 2001 and 2001L) | 4 |
Differential Equations I (MAT 3401*) | 4 |
General Education Elective** | 3 |
Total SFC Credits | 14 |
ELECTRICAL ENGINEERING
FRESHMEN FALL | Credits Earned |
Gen Chemistry I & Lab (CHE 1201 & 1201L) | 4 |
Calculus I (MAT 2202*) | 4 |
Introductory Writing (WRI 1100) | 3 |
General Education Elective** | 3 |
Total SFC Credits | 14 |
FRESHMEN SPRING | Credits Earned |
General Physics and Lab (PHY 2001 and 2001L) | 4 |
Calculus II (MAT 2203*) | 4 |
Any REL 1000 Level Course | 3 |
English Literature | 3 |
General Education Elective** | 3 |
Total SFC Credits | 17 |
SOPHOMORE FALL | Credits Earned |
Computer Programming | 3 |
Calculus III (MAT 3304*) | 4 |
REL 200 | 3 |
General Education Elective** | 3 |
Linear Algebra (MAT 3312*) Total SFC Credits | 3 16 |
SOPHOMORE SPRING | Credits Earned |
REL 300 | 3 |
General Physics II and Lab (PHY 2000 & 2000L) | 4 |
Differential Equations I (MAT 3401*) | 3 |
General Education Elective** | 3 |
Total SFC Credits | 13 |
*The credit discrepancy is due to the fact that CHE 1201 and MAT 3312 are each one more credit at SFC than at MU.
**General Education Electives can be chosen from the following disciplines: History, Philosophy, Economics, Psychology, Sociology, Fine Arts, Political Science, English, or Education
PROGRAM LEARNING OBJECTIVES
PROGRAM LEARNING OBJECTIVES
PLO 1: Apply appropriate mathematical concepts to science.
PLO 2: Explain the structure, properties, and reactions of chemicals and biomolecules.
PLO 3: Apply appropriate safety principles when conducting scientific experiments.
PLO 4: Evaluate orally and in written work scientific data obtained by experiment.
PLO 5: Explain the various ways that science impacts our lives and the world around us.
PLO 6: Explain different physical phenomena.
CURRICULUM HIGHLIGHTS
CURRICULUM HIGHLIGHTS
The 2+2 Engineering program provides students with a strong foundation in science, mathematics, and engineering principles during their first two years at St. Francis College, followed by advanced engineering coursework at Manhattan University. The curriculum begins with core courses in General Chemistry, Physics, and Calculus, establishing the scientific and analytical skills essential for engineering study. Students continue with advanced mathematics including Calculus III, Linear Algebra, and Differential Equations, along with computer programming, preparing them for modern engineering problem-solving and computational applications. Laboratory-based physics and chemistry courses develop practical experimental skills, while general education courses in writing, literature, religion, and the humanities strengthen communication, critical thinking, and ethical reasoning. After completing the first 60 transferable credits at St. Francis College, students transition to Manhattan University to complete additional specialized engineering coursework in Computer Engineering or Electrical Engineering, ultimately earning a total of 134 credits and preparing for careers in engineering, technology, and advanced scientific fields.
CAREER OPPORTUNITIES
CAREER OPPORTUNITIES
⚡ Electrical Engineer
• Design and develop electrical systems used in power generation, telecommunications, transportation, and electronics.
💻 Computer Engineer
• Create and improve computer hardware, embedded systems, and advanced computing technologies used in everyday devices and large-scale systems.
🔌 Power Systems Engineer
• Work with energy companies to design and maintain electrical power grids, renewable energy systems, and smart energy technologies.
🖥 Software and Systems Engineer
• Develop software and integrated hardware systems for applications in technology, robotics, and automation.
📡 Telecommunications Engineer
• Design communication networks, wireless systems, and signal processing technologies used in modern communication systems.
🤖 Robotics and Automation Engineer
• Build and program automated systems and robotics used in manufacturing, healthcare, and emerging technologies.
🔬 Research and Development Engineer
• Conduct research to develop new electronic devices, computing systems, and advanced technologies.
🎓 Graduate Study and Advanced Engineering Careers
• Pursue advanced degrees in electrical engineering, computer engineering, artificial intelligence, robotics, or related fields.