Transfer Pathway Guides
Rochester Institute of Technology
2026-2027
Computer Engineering - B.S. (EN35)
College Web Site: http://www.rit.edu
MCC Degree Awarded:
Engineering Science A.S. (EN01)
Please note that some courses required in a Transfer Pathway may not be required for the MCC program. This could have financial aid implications. Students should meet with their advisor or with a transfer representative to discuss an academic plan and recommended sequence of courses.
Transfer Guide
Students interested in
this Competitive Transfer Pathway must complete an MCC program change request
and meet specific entrance requirements to be formally accepted.
For those accepted (as indicated by their MCC major): continuous, full-time
enrollment (12 or more credit hours each semester) is required. Enrollment
in this Competitive Transfer Pathway, along with closely following the
guide, significantly increases the likelihood of acceptance by the 4-year
institution. Please note that student contact information will be shared
with the 4-year institution. Students will need to complete a transfer
application, typically done prior to the start of their last semester at
MCC.
If not accepted, students can still follow this advising guide and
apply to the transfer university.
All students are encouraged to meet with transfer staff at MCC and at the
transfer institution.
Note the following:
A minimum GPA of 3.0 is required for admission consideration by RIT for
those accepted into the Competitive Transfer Pathway. Students not formally
accepted into the Competitive Transfer Pathway may need a higher GPA. Students
repeating courses will have their grade point average recalculated by RIT
to include these courses in their overall GPA. Numerous repeat of courses
and/or low GPA may result in removal of student from the Competitive Transfer
Pathway by MCC or RIT. The final admissions decision will be made by RIT.
Matriculated, continuous, full-time enrollment (12 or more credit hours
each semester) is required for students formally accepted into this Competitive
Transfer Pathway (as indicated by the MCC major).
A grade of C or better is needed for credit to be awarded by RIT.
AP, IB, CLEP, transfer credit, MCC College Now or other Dual Enrollment
courses: Credits showing as accepted by MCC may not be transferable. See
Transfer
and Test Credit.
Contact RIT with questions.
The MCC code EN02 is
the base program for EN01 students. Students following this Chemical (EN04)
engineering track will need course substitutions applied to EN02 at time
of registration in order to meet financial aid and graduation requirements.
Students should consult with the Engineering department and their Success
Coach.
Read additional RIT specific notes at the bottom of this page.
| Computer
Engineering (EN04)
|
Credit
Hours
|
Transferability
|
| FIRST
SEMESTER
|
| In
addition to required courses, RIT Computer Engineering will accept the
following courses:
MTH 260 = RIT MATH 251 Probability and Statistics I
MTH 220 = RIT MATH 190 Discrete Mathematics for Computing
MTH 230 = RIT MATH 241 Linear Algebra
|
| ENG
101 College Composition OR ENG 200 Advanced Composition
|
3
|
UWRT
150
|
| MTH
210 Calculus I
|
4
|
MATH
181
|
| CSC
101 Introduction to Object-Oriented Programming
|
4
|
elective,
needed to take CSC 103
|
| ENR
161 Computing with Excel and C
|
3
|
Open
elective
|
| ENR
157 Digital Systems
|
4
|
ENR
157 + RIT CMPE-161 = RIT CMPE-160
|
| Total
|
18
|
|
| SECOND
SEMESTER
|
|
|
| MTH
211 Calculus II
|
4
|
MATH
182
|
| PHY
161 University Physics I
|
4
|
PHY
211
|
| CSC
103 Introduction to Data Structures
|
4
|
CSCI
141
|
| ENR
261 Matlab Programming
|
3
|
Open
elective
|
| SOC
101 Introduction to Sociology
|
3
|
SOCI
102 - Social Perspective at RIT
|
| Total
|
18
|
|
| THIRD
SEMESTER
|
|
|
| MTH
212 Calculus III
|
4
|
MATH
219
|
| PHY
261 University Physics II
|
4
|
PHY
212
|
| ENR
253 Circuit Analysis I
|
4
|
EEE 281
|
| CSC
202 Programming Embedded Microcontrollers in C and Assembly OR
CSC 223 Computer Programming "C++": Take CSC 202
|
4
|
CSC 202
= CMPE 250 for Computer Engineering
|
| Total
|
16
|
|
| FOURTH
SEMESTER
|
|
|
| MTH
225 Differential Equations
|
4
|
MATH
231
|
| ENR
254 Circuit Analysis II
|
3
|
EEEE
282
|
| CHE
151 General College Chemistry I
|
4
|
CHMG
141 &145 - satisfies engineering chemistry requirement at RIT
|
| ENR
259 Engineering Design Laboratory
|
1
|
CMPE
110
|
SUNY
GENERAL EDUCATION WORLD HISTORY AND GLOBAL AWARENESS (SUNY-WHGA) ELECTIVE
OR
SUNY
GENERAL EDUCATION WORLD LANGUAGES (SUNY-WLNG) ELECTIVE
|
3
| Choose
a course that will also fulfill a RIT Perspective. For example, GEG 102
is both a SUNY-WHGA and RIT Global Perspectives. See: MCC-RIT
Perspectives
|
| Total
|
15
|
|
| TOTAL
CREDITS
|
67
| MCC
students will need to take CSCI-242 Computer Science for Transfer Students
at RIT.
|
|
|
| Computer
Engineering - Reviewed 2/9/2026 by RIT |
Refer to RIT
Course Equivalencies.
Note that this is a 5 year program due to required co-ops at RIT.
The Engineering Science A.S. (EN01) will be the degree student is audited
against and awarded from MCC.
Documentation source: MCC Career Services. Reviewed and updated: 2/26/2026
While every effort is made to ensure accurate information, students are
strongly advised to verify course transferability with the four-year institution
as they will make the final determination of transfer credit.
|
|
|