2 credits only.

201x if taken before 12/31/14.

305-13197 World Politics is also transferable for the credit listed.

4 credits per CEE.

40 contact hours.

64 hours. Can be 4 units here.

72 contact hours. Together Advanced Math I and II transfer as Math 116 AND Math 215.

A level (A 2.1, A 2.2) B level (1.1)

Academic Program International (API)

Advanced Math A I and Advanced Math A II (course numbers 0701120111 and 0701120112). The two courses in combination will transfer as both MATH 116 and 215.

Advanced Mathematics 1 + Advanced Mathematics 2 = UM MATH 116.

Alone, not transferable. See combined eval, with 221-14195.

Also called "Basis of database application". Not equiv to any EECS classes. Better to take EECS 285 or 485 at UM.

Also see alternative EECS evaluation. Course in Java. Missing C++ & Matlab. Recommendation to CPA to count as ENGR 101, but not as a prerequisite for EECS 280. Not recommended as ENGR 101 for EECS students. Students should consult w/ their program advisor regarding degree requirements.

Apart of the Aerospace Summer Program, 5th Module. Students will get AEROSP 301x and ANTHRCUL 201x.

Appears to omit significant components such as central limit theorem

Appears to omit significant components such as volumes of revolution by slicing. CU Calculus I and Calculus II combined can be U-M MATH 116.

As part of the IOE experience, it is necessary for students to take the core courses of our program within the IOE department.

B level (B 1.2, B 2.1, B 2.2, B 2.3) C level (C 1, C 2). This course does not qualify for HU designation.

BME approved it as concentration elective course.

Being evaluated

Both courses combined can be MATH 451.

C Programming. With Matlab class, is ENGR 101. (like Logistics Engineering Practice II course)

CEE 360 if taken prior to 11/8/16. Update: Not transferable to CEE 360 or CEE 465. Only the first half (drinking water treatment systems); the second half of CEE 465 focuses on wastewater treatment and this subject matter is not covered in course.

Calculus I & Calculus II = MATH 116. Individually, they are MATH 100-level departmental credit.

Can be either EECS 285 (2cr) or ENGR 100-level dept. (3cr).

Can be transferred as 400-level IOE tech electives, either in Group D (IOE 422 group), or part of the 6 tech electives credits that do not fall in any group.

Can be used as Flexible Technical Electives

Can count for 3 credits towards group D of IOE technical electives.

Cannot count for credit if student has received or will take EECS 270 or EECS 370.

Cannot replace EECS 215 for EE Majors; No credit for both this class and either EECS 314 or 215. Non-EE majors should ask program advisor for appropriate course use.

Changed to dept credit 4-14-21.

Class in C. Missing C++ and Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab. [Seems same as 1090430010 Program Design Basics and C Programming]

Combination of Introductory Programming I (21020536) + Introductory Programming II (21038964) provides sufficient coverage for equivalency with EECS 183 and sufficient preparation to fulfill the prerequisite for EECS 280 as a follow-on course.

Combined, C++ Program Designing + Matlab Programming = ENGR 101 (4cr). Alone, this course is not transferable.

Complete sequence required to receive credit

Could also be COMM 100-level (SS).

Course appears to be more advanced, but has significant overlap with U-M EECS 351.

Course in C++ & SQL. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C++. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C++. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C++. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C. Content coverage is roughly equivalent to EECS 183 and contains sufficient preparation for EECS 280.

Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab. [See Univ Comp Fnd]

Course in C/C++. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Course in Java. Missing C++ & Matlab. Recommendation to CPA to count as ENGR 101, but not as a prerequisite for EECS 280. Not recommended as ENGR 101 for EECS students. Students should consult w/ their program advisor regarding degree requirements.

Course in Python, but does not contain large-scale programming projects commensurate with those given in UM intro programming courses.

Course in Python. Missing C++ & Matlab. Recommendation to CPA to count as ENGR 101, but not as a prerequisite for EECS 280. Not recommended as ENGR 101 for EECS students. Students should consult w/ their program advisor regarding degree requirements.

Course in Python. Missing C++ & Matlab. Recommendation to CPA to count as ENGR 101, but not as a prerequisite for EECS 280. Not recommended as ENGR 101 for EECS students. Students should consult w/ their program advisor regarding degree requirements.

Course in Ruby. Missing C++ & Matlab. Student should learn those independently. Can count as ENGR 101 for non-EECS students. Not a good prerequisite for EECS 280.

Course in applying/using SQL/databases. Similar to course in Excel or Word. It does not look to teach the computer science aspects of theory and implementation of the underlying database concepts.

Course includes both C++ and Matlab. Credit for only one: EECS 183 or ENGR 101.

Course is not directly transferable to any IOE courses or IOE departmental credit.

Course omits topics of spectral theory and diagonalization.

Course syllabi matches "C Language Programming", so eval is same. [See Univ Comput Foundation - for additional credits]

Courses in C++ & C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Covers some info from ENTR 409.

Credit for only one: EECS 183 or ENGR 101

Credit for only one: EECS 183 or ENGR 101. Course in C. Student should learn C++ if they are to take EECS 280.

Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

Credit hours depend on number of credits taken externally.

Credits will be awarded for what students take the course for.

DIS Study Abroad in Scandinavia. A reasonable course to take for our program and could be used towards Cross-Disciplinary requirements. Students should meet with a BME advisor prior to enrollment to discuss their plans to take the course.

Data warehouse, SQL. Too general of a class for UM transfer credit.

Dept credit, but only if student doesn't also have EECS 419 credit.

Does cover physical hydrology thoroughly. But, not enough coverage of hydraulics or design issues.

Does not look like EECS 370 or EECS 470. Insufficient material for review. We would need more detailed information for review such as a detailed syllabus, sample assignments &/or exams to take a look at this again.

EECS 300-level dept (2.5cr). Can count for flex tech in the DS program, but not for advanced tech. For other programs, students should consult with their program advisor regarding degree requirements.

Espanol Avanzado B: Curso Intensivo de Lengua Espanola (80 horas), niel Interel Intermedio Bajo (A2+). Evaluated for May Intensive Spanish Language: Intermediate I (nivel Intermedio Bajo A2+), 80 contact hours. Post as SPANISH 201x &202x (2.75 each).

Exception to round up to 3 for this course when taken for 2.67 units.

Focuses only on railways, unlike any of the U-M IOE courses, which cover broad methodology w/applications in various areas. Builds mathematical models, but it is not clear at what level, with what type of tools, using what prerequisites. Would need more information on these issues for further review. Please resubmit all material including clarifications via a new TCAF request for further evaluation.

For a re-evaluation of the course please submit a detailed syllabus, homework, assignments, and exams to engincredit@umich.edu.

For a re-evaluation of this course, please send a detailed syllabus to engincredit@umich.edu.

For math course evaluations, please submit a form through the math department: https://prep.math.lsa.umich.edu/transfercredit/extinstfind Examples of exams/assignments will be needed as well as a detailed course syllabus with weekly topics covered.

For possible direct equivalency submit for review directly to the Biology Department here http://www.lsa.umich.edu/biology/transfercredit

For re-eval as possible EECS 351, provide exams, assignments, and more, to engincredit@umich.edu

For re-evaluation, please provided detailed file with homework assignments, exams, etc to engincredit@umich.edu

For re-evaluation, submit detailed syllabus and homework assignments to engincredit@umich.edu

For re-evaluation, submit detailed syllabus and homework assignments to engincredit@umich.edu

For re-evaluation, submit exams directly to MATH department.

For re-evaluation, submit file with detailed topics, assignments, and exams, to engincredit@umich.edu .

For reevaluation requests, submit exams directly to U-M Math Department.

Honors Calculus I version

IPE Spring or Summer Programs Only.

IPE Summer Program Course Only

IPE Summer Program Course Only

IPE Summer Program Course Only

IPE Summer Program Only

IPE Summer Program Only. GEA Aviation Program.

IPE Summer Program only. Taken through DIS Study Abroad in Scandinavia. Can be ENTR 410 (2cr) + ENGR 417 (1cr).

IPE Summer program course only

IPE Summer program only

If Advanced math I and II taken together, it can be given MATH 115, 116, 200-level dept for 12 credits.

If ENTR 390.005 + 390.008 has been successfully taken on U-M campus prior to the study abroad then can be ENTR 400-level dept (3 credits).

If ENTR 411 has been successfully taken on U-M campus prior to the study abroad then can be ENTR 400-level dept (3 credits). Taught in partnership with European Innovation Academy via IPE study abroad.

If Math Analysis I and Math Analysis II are taken together, then credit can be awarded for UM MATH 116 and MATH 215.

If taken at the B1 or B2 level. Level determined by placement exam upon arrival.

If taken with 1120020090, can count as MATH 116.

If two ENGCMPTC courses taken, one can be ENGLISH 125.

If two that are ENGCMPTC are taken, the second will be ENGLISH 125.

In order for this course to be evaluated as EECS 370, please send examples of exams to engincredit@umich.edu.

In order for this course to be evaluated as EECS 453, please send examples of exams and assignments to engincredit@umich.edu.

In order for this course to be evaluated as MATSCIE, please send examples of exams to engincredit@umich.edu.

In order for this course to be evaluated for CEE 211, please email engincredit@umich.edu additional course materials of a detailed syllabus and/or set of assignments.

In order for this course to be evaluated for ENGR 101x, please email engincredit@umich.edu examples of exams, assignments, or projects.

In order for this course to be evaluated for PHYSICS 240, please provide a detailed syllabus that confirms how long the course runs, such as a weekly schedule. The department needs to confirm the duration of the course before granting any potential credit.

In order for this course to be evaluated, please submit additional course materials to engincredit@umich.edu.

In order for this course to be re-evaluated as EECS 492, please send examples of assignments or exams to engincredit@umich.edu.

In order for this course to be re-evaluated, please send examples of exams to engincredit@umich.edu.

In order to be re-evaluated for STATS 425, please email engincredit@umich.edu additional information, such as a detailed topic list and exams.

Insufficient Information sent for review. Syllabus and assignments needed for review. Exams also preferred.

Insufficient information for review. Would need sample assignments, projects, and/or exams in English for reevaluation.

Insufficient material received for review. For reevaluation requests assignments would need to be provided.

Insufficient material sent for review. Would need to receive assignments/exams/projects, etc. for re-evaluation requests.

Intro to Engin courses are never transferable.

Is a Microsoft Word/Excel/Powerpoint course.

It does not appear that systems of differential equations are covered sufficiently for this to be equivalent to Math 216.

Kredi=4, ECTS=5, but we will go by contact hours for this course. Course has approx. 52 contact hours, so this can be 4 U-M semester hours.

Like Asianlan 225 at UM

MATH 215 if taken prior to 11/17/17. Updated to MATH 200-level dept.

ME 440/541 if taken before 8/1/2016. It has part of ME 440, but is missing rigid body dynamics using both Newton-Euler and Lagrange formulations and the vibration of elementary continuous systems.

ME students: NOT ME 406. ME 400-level credit can be used for specialization elective credit only. Not technical elective 1 or tech. elec. 2.

Madrid

Material overlaps 203 and 281 to a great extent. Coverage of 203 material seems pretty solid between the two. Credits are 3 (2 here) + 4 (2.67 here). Can be EECS 203 (4cr).

Missing Biomedical Applications.

Missing Laplace based analysis of circuit transient responses. For re-eval as EECS 311, provide more info of topics covered, sample exams, etc. to engincredit@umich.edu

Missing essential items such as fluid mechanics and oscillations, simple harmonic motion, etc.

More information needed regarding how many hours per week does it meet, as lectures, discussions.

Must be both classes, for this evaluation.

Must be graded to qualify for transfer credit. Pass/Fail courses are not transferable.

NOT CEE 413. Course can transfer to CEE 400-level dept. (3cr). 3 credits ONLY. For CEE students this can be technical or free elective credit as the content would be sufficient.

Need exams and assignments for further review. Possible ENGR 101 credit. 32 hour course. 2 credits here.

No IOE direct equivlancy. Possible IOE departmental credit for none IOE students, but this is not transferable for IOE students as it would duplicate some of the material in existing IOE courses.

No direct U-M Math equivalency.

No pre-evaluation for U-M EECS 280 or EECS 281. AFTER taking the course, CURRENT students may request evaluation. The evaluation will involve an interview, test, and/or programming assignment (note that equivalence is rarely granted). Contact ugadmin@eecs.umich.edu for more information on that procedure.

No pre-evaluation for U-M EECS 280 or EECS 281. AFTER taking the course, CURRENT students may request evaluation. The evaluation will involve an interview, test, and/or programming assignment (note that equivalence is rarely granted). Contact ugadmin@eecs.umich.edu for more information on that procedure.

No pre-evaluation for U-M EECS 280 or EECS 281. AFTER taking the course, CURRENT students may request evaluation. The evaluation will involve an interview, test, and/or programming assignment (note that equivalence is rarely granted). Contact ugadmin@eecs.umich.edu for more information on that procedure.

Not BIOMEDE 479 or BIOMEDE departmental credit. Course is very different from BIOMEDE 479 & is not a suitable replacement.

Not CEE 325. Dimensional analysis is not covered and there is no lab, which is a much bigger deal in terms of equivalency to CEE 325.

Not ECON 251 or ECON 452.

Not EECS 203 or EECS 281 through there is a little overlap. This can be EECS 200-level dept. credit only.

Not EECS 203, even when combined with "Comprehensive Course Design of Computer Science".

Not EECS 381 or 477. No pre-evaluation for EECS 280 or 281. AFTER taking the course, the student may request evaluation for EECS 280/281 equivalence. The eval will involve an interview, test, and/or programming assignment. Contact ugadmin@eecs.umich.edu for more info.

Not EECS 445.

Not MATH 115. It is unclear whether the Fundamental Theorem of Calculus is covered in applied contexts.

Not MATH 214. Provided information is insufficient to evaluate the course as equivalent to the University of Michigan mathematics course. Other information such as a detailed topic list or exams should be submitted. It is not clear, for example, the depth of coverage for orthogonality. Also, it doesn't appear to get through the spectral theorem.

Not MATSCIE 410 or other MATSCIE credit. Too little content in this course and too few credits to substitute for MATSCIE 410.

Not MECHENG 382. Course is missing the multi-axial stress / design / mechanics aspects. No ME dept. credit given.

Not Transferable to CEE

Not Transferable to CHEM 242. If more material is submitted, CHEM may re-evaluate.

Not Transferable to IOE

Not approved for EECS 351, but approved for EECS 300-level dept. credit

Not enough coverage of the labs to get that credit also.

Not equivalent to EECS 215. However, can be granted EECS 200-level dept credit . 64 contact hours.

Not equivalent to any NERS courses at UM, and only 3 week course.

Not exactly EECS 445.

Not much information presented for this course. Possible reevaluation along with C Programming and Practice if detailed course assignments & exams can be provided in English.

Not similar to IOE 310. Its use of oral exam and team report as the only ways of assessment for a math intensive subject is quite different from what we do here. Would need to see a detailed syllabus with detailed course content listed as well as sample homework/assignments for evaluation. Submit via TCAF for reevaluation if that material can be provided.

Not transferable based on material provided. Would need detailed assignments & projects in English for reevaluation.

Not transferable to CEE.

Not transferable to EECS.

Not transferable to IOE.

Not transferable to IOE.

Not transferable to IOE.

Not transferable to IOE.

Not transferable to IOE.

Not transferable to IOE.

Not transferable to MCDB or CHEM.

Not transferable to MECHENG or Robotics.

Not transferable to MECHENG.

Not transferable to MECHENG.

Not transferable to MECHENG.

Not transferable to MECHENG. This course does not cover in sufficient detail a number of key topics of ME 320, including dimensional analysis, internal flows, external flows.

Not transferable to STATS 415 or EECS.

Offered by SOL Education Abroad. Credits are TBD depending on contact hours.

Offered through CEA Barcelona

Omits significant components.

Only covers 60% of UM Phys 140 or 240

Only part of either Stats 425 or 412, so there is no equivalent STATS course here at UM

Or, can be MATH 419 (3)

Per IPE & UC3M on 4/15/2024, this course is no longer being offered therefore no exams can be gathered to complete a course evaluation.

Please contact me-aso to make up the missing credit (ME 211 is 4 credits).

Please re-submit a TCAF for this course along with additional course materials. Such as examples of assignments and exams.

Please send engincredit@umich.edu a detailed syllabus of each course for a re-evaluation of MECHENG 240.

Please submit a detailed syllabus, examples of assignments and exams to engincredit@umich.edu for a re-evaluation of the course.

Please submit course materials to engincredit@umich.edu. Such as, a detailed syllabus, a list of topics covered, copies of exams and assignments.

Possible CEE 400-level department credit. Submit syllabus, sample exams, etc to engincredit@umich.edu

Possible EECS 183 credit

Possible EECS 203. Insufficient material for review. Would need a sample final exam in English as well as sample assignments for reevaluation.

Possible EECS 270 credit. Submit syllabus & assignments for evaluation to engincredit@umich.edu

Possible EECS 311 credit. Prerequisites for taking this course would be a basic circuits course, such as EECS 215, EECS 314, or perhaps BME 211. If you qualify to take the course, submit course for review through a TCAF.

Possible ENGR 101 credit, but would need more course material for reevaluation. Send to engincredit@umich.edu.

Previously listed as Reactors Quimicos y Biologicos (4cr). 6 ECTS = 3 credits here. Updated to 3 credits.

Provide more information: projects, homework, exams.

Provided information is insufficient to evaluate the course as equivalent to the University of Michigan mathematics course. Other information such as a detailed topic list or exams should be submitted to: https://prep.math.lsa.umich.edu/transfercredit/login

Provided information is insufficient to evaluate the course as equivalent to the University of Michigan mathematics course. Other information such as a detailed topic list or exams should be submitted.

Reading and writing skills courses are not transferable.

Round up to 1.34 per exception for this course.

Sample assignments/projects/exams, as well as the translations to English required for review. Not transferable to based on syllabus alone.

See Chemical Thermodynamics and Heat Transfer course eval.

Seems to be missing the lecture elements and the basic machine elements of ME 250.

Similar to ROSS class Strategy 391.

Similar to a seminar course, meeting 1.5 hours per week. It has no prerequisite, and provides a survey of some general topics, but does not go into the details/depth of a particular IOE subject. Not transferable to IOE.

Some overlap w/IOE 422, but does not appear to be as extensive as IOE 452. IOE 400-level dept. for 2 credits only. For IOE undergrad students this can be used as IOE Tech electives, but cannot be used to satisfy the 3-group requirement.

Some overlaps with IOE 201 & IOE 452, but not identical to either. NON-IOE students can recieve IOE 300-level dept. credit (3cr), but IOE students must not take this course to satisfy requirements in their IOE degree.

Spring, 2018.

Student should familiarize themselves with computational complexity/big-O notation, which is covered in 203 but not in these courses, prior to enrolling in EECS 281.

Students will need to make up the other 1 credit of ME 250 by taking ME 499 (1cr) with Mike Umbriac which will consist of shop training at UM campus to be certified in our shop.

Submit course materials to engincredit@umich.edu for reevaluation.

Submit syllabus for re-evaluation.

Syllabus needed for reevaluation.

Syllabus needed for reevaluation.

Syllabus, projects, and exams in English would be needed for further review.

TBD- To be decided. There are different credit amounts for the same course. We will decide credit hours after the official transcript is received. Students can divide the number of contact hrs by 15 for an estimate.

Taken together these can be MATH 116.

The CSE division generally does not give credit for our 400-level courses. This is not approved for EECS 484, but can transfer in as EECS 400-level departmental credit.

The course cannot be considered as equivalent to CEE 331 as the credit hours seem to be too low and this is reflected through the class content.

The course covers programming in Java, but not significantly in C/C++ or Matlab, and is given at a level that is roughly equivalent to ENGR 101. Approved for ENGR 101x, which can count toward the general ENGR 101, but not as a prerequisite for EECS 280. Check with your program advisor before enrolling in courses that assume knowledge of Matlab.

The course covers programming in Python, but not C/C++ or Matlab, and is given at a level that is roughly equivalent to ENGR 101. Approved for ENGR 101x, which can count toward the general ENGR 101, but not as a prerequisite for EECS 280. Check with your program advisor before enrolling in courses that assume knowledge of Matlab.

The course covers programming in Python, but not C/C++ or Matlab, and is given at a level that is roughly equivalent to ENGR 101. Approved for ENGR 101x, which can count toward the general ENGR 101, but not as a prerequisite for EECS 280. Check with your program advisor before enrolling in courses that assume knowledge of Matlab.

The course does not match a course that is offered at the University of Michigan.

The material covered in the course omits significant components of the University of Michigan mathematics course. For example, the course does not cover the Fundamental Theorem of Calculus in an applied context.

The material covers about 1/6 of 214 and about 2/3 of Math 215. In particular, according to the provided materials, the course does not cover any vector calculus.

There are a few topics missing, Rosen's "Discrete Mathematics": Algorithmic complexity (Rosen 3.1-3.3, 8.1-8.3), and a brief introduction to number theory (Rosen 4.1-4.6). Catching up on algorithms and complexity is particularly important to do prior to taking EECS 281.

These three courses can be combined to all together = EECS 203 (4cr). Note that they cannot count towards any other credit. Data Structures Experience & Object-Oriented Programming Experiments will be listed separately on the transcript as .5 cr.

This advanced class covers topics students would already have to know from taking CEE 230.(i.e., coupled reaction, transport, and non-equilibrium thermodynamics in porous materials)

This can be EECS 314 for 2 credits only! Not transferable to EECS 215 directly. This course is about 50% of EECS 215. For students interested in having this course count towards EECS 215 talk to your program advisor.

This class and 12347 is equivalent to ChE 330.

This course covers the necessary topics for math 216, but appears to omit power series solutions, which are covered in math 316. It does, however, appear to cover some partial differential equations, which are not covered in math 216 or 316. Accordingly, a student who takes this course should consult with a program advisor to determine how it should fit into their program of study.

This course has overlaps with, but is not identical to a REQUIRED IOE course: IOE 474 Simulation, which should be taken at UM.

This course is a surveying course and would not be equivalent to CEE 366 in any way. We do not have a course in our department for which this would be an equivalent.

This course is not equivalent to any MECHENG courses. ME 250 design and manufacturing courses teach core principles. None of these are covered in this course. No dept credit given.

This is double the normal length for classes at DTU, meeting two times a week for 4 hours each time. I was hoping this could count in total for the practicum of the entrepreneurship minor as it involves the experience of solving of real world problems

This is two courses combined. Course in C. Credit for only one: EECS 183 or ENGR 101. This course has no Matlab. Check with your program advisor about attending an online or on-campus Matlab tutorial before enrolling in courses that assume knowledge of Matlab.

This second-semester half of the course transfers as MATH 215. The combination of both semesters transfers as MATH 116.

Together Advanced Mathematics I and II = MATH 116. Individually, they will be 100 & 200-level departmental credit.

Too basic of a computing course. No EECS direct or departmental course credit offered.

Two classes combined.

Universidad de Granada, Spain

Web-base Moodle-course

You will need to take the lab with us to get credit. Please contact matsmith@umich.edu and brehob@umich.edu to take the lab during the term "off the books".

or MATH 417.

w/LinAglA above = MATH 214