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IDMEN-BS - Individually Designed Major in Engineering (BS)

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Engineering DeanUndergraduate MatriculatedBS - Bachelor of Science

Program Overview

The Individually Designed Major in Engineering (IDMEN) provides another option for undergraduate students interested in a specific study area not covered by one of the numerous engineering programs offered as departmental majors or Engineering subplan majors. Each IDMEN curriculum is designed by the student in consultation with at least two faculty advisors. The primary academic advisor must be in the School of Engineering and a member of the Stanford Academic Council.

Preparing for the Major

The IDMEN committee reviews proposals three times a year (autumn, winter, and spring).

The latest a student may propose a major program is winter quarter of their junior year: Four quarters and at least 58 units of undergraduate work must remain after the quarter a proposal is approved. More details, proposal deadlines, and the pros and cons of this major can be found on the IDMEN Major page of the UG Engineering Handbook website.

In engineering, you need to strike a balance between taking advantage of Stanford’s freedom to explore and ensuring you are getting a reasonable start on an engineering curriculum. Technical courses tend to be cumulative; more advanced courses draw heavily on the material presented in the introductory courses that precede them. For first-year students thinking about getting started in engineering or other STEM majors, the School of Engineering has a simple online tool called the Roadmap which suggests which courses might be appropriate to take in the first year. In addition, the one-unit autumn course, course Want to Be an Engineer, offers broad exposure to STEM majors within and outside the School of Engineering. Faculty present an overview of their program and where the study of that topic might take you. Other courses that might be of interest are the IntroSems and Engineering Fundamentals.

Minimum Units in the Program

90

Minimum University Units

180
Completion requirement
Fulfill ALL of the following requirements:

Engineering students need a solid foundation in the calculus of continuous functions, linear algebra, differential equations, an introduction to discrete mathematics, and an understanding of statistics and probability theory. Students are encouraged to select courses on these topics.

Earn at least 21 credits from the following:
  • 1034531
  • 1035351
  • 2023541
  • 1043151
  • 1043162
  • 2016572
  • 1056641
  • 2140171
  • 2085321
  • 2085281
  • 1038311
  • 1042773
    OR
    2193643
  • 2155763
  • 1172271
  • 1172291
  • 1172301
  • 1172571
  • 1172591
  • 1172611
  • 1172581
  • 1172601
  • 1172621
  • 2183491
  • 2183501
  • 2183511
  • 1172891
  • 1172901
  • 1172931
  • 1172941
  • 1172961
  • 1173031
  • 1173071
  • 1173091
  • 2089871
  • 1173351
  • 1045201
  • 1045211
  • 2160851
  • 1237821
    OR
    1237822
  • 1253961
  • 1253981

More advanced Mathematics courses may be substituted via approval of petition to deviate.

AND

A strong background in the basic concepts and principles of natural science in such fields as physics, chemistry, geology, and biology is essential for engineering. Most students include the study of physics and chemistry in their programs. Only one social/behavioral sciences course, and one earth sciences course, may be used for the major and must be above the level of an intro course. Both Physics 20 series courses may not be used if the corresponding course (mechanics, E&M) in the Physics 40 series is counted.


Earn at least 17 credits from the following:
  • 2121351
  • 1118501
  • 1118511
  • 2181841
  • 2193621
  • 2193661
  • 2193651
  • 2193671
  • 2193681
  • 2193751
  • 1119251
  • 1034381
    OR
    1034411
  • 2042511
  • 2042531
  • 1122461
  • 1122501
  • 1122531
  • 1122731
  • 2225792
  • 1290821
  • 2095052
  • 1226021
  • 1226061
  • 1226071
  • 1226091
  • 1226101
  • 1226121
  • 1226171
    OR
    2208011
    OR
    2114241
  • 1226191
  • 1226371
  • 1226241
  • 1226251
  • 1226431
    AND
    2114251
  • 1226511
    AND
    2011271
  • 1226461
  • 2016041

PHYSICS 22, 24, and 26 are Laboratory courses associated with PHYSICS 21, 23, and 25, and must be taken at the same time as, or following completion of the associated Lecture courses.

That is:

  • PHYSICS 22 should be taken in the same quarter or following completion of PHYSICS 21

  • PHYSICS 24 should be taken in the same quarter or following completion of PHYSICS 23

  • PHYSICS 26 should be taken in the same quarter or following completion of PHYSICS 25

AND

It is essential for the student to obtain a broad understanding of engineering as a social activity. To foster this aspect of intellectual and professional development, all engineering majors must take one course devoted to exploring issues arising from the interplay of engineering, technology, and society.

Complete at least 1 of the following Courses:
  • 1032041
  • 2046082
    AND
    2046081
  • 2120991
  • 2161132
  • 1034551
  • 2247752
  • 2145761
    OR
    2145762
  • 2041791
  • 2250151
  • 2216301
  • 2213951
  • 2241661
  • 2205711
  • 2243447
  • 2185951
  • 1043131
  • 2206851
  • 2262061
    AND
    2262062
  • 2055941
  • 2262281
  • 2072331
  • 1230891
  • 2234232
  • 2151001
  • 2137911
  • 2199191
  • NBIO101 by application only; must take for 3 units and a letter grade.

  • Course chosen must be on the list the year it is taken.

AND

The Engineering Fundamentals requirement is satisfied by a set of technically rigorous introductory courses from various engineering disciplines, as shown in the table below. These courses serve several purposes:

  • They provide a breadth of knowledge about some of the major fields within engineering.

  • They allow students to explore several engineering topics before starting a specific engineering major.

  • The individual classes offer a reasonably deep insight into a contemporary technological subject for the interested non-engineer. Engineering (and IDMEN) majors must complete at least two courses from the list below.

Only one course from each numbered series is allowed (for example, CS 106A or 106B, but not both).

ENGR 40M and 50M are offered via video at some BOSP overseas program locations and will count as fulfilling the requirement.

Students must receive a C- or better grade in each Engineering Fundamentals course.

Complete at least 2 of the following Courses:
  • 1056441
    OR
    2216341
    OR
    1056451
  • 1042501
  • 1042551
  • 1042561
  • 1042571
  • 2195081
  • 2152291
    OR
    2141891
  • 2169522
  • 1042731
  • 2109951
  • 2063461
  • 2234642
  • 2194892
  • 1042773
    OR
    2193643
  • 2155752
  • 2221541
  • 2068962
  • 1034412
  • Students must receive a C- or better grade in each Engineering Fundamentals course.

  • Only one course from each numbered series is allowed (for example, CS 106A or 106B, but not both).

  • CS 106M is a 1-unit enrichment supplement for CS 106B. Students must be enrolled in CS 106B to enroll in CS 106M.

  • ENGR 40M and 50M are offered via video at some BOSP overseas program locations and will count as fulfilling the requirement.

Fulfill ANY of the following requirements:

Thirty-four units of engineering depth courses must be drawn from Engineering coursework accepted by other majors within the SoE at the core/depth level, including a capstone depth course with content relevant to proposed goals.

Students must receive a C- or better grade in all engineering depth courses, maintaining an overall GPA of at least 2.0 in engineering courses.

OR

Sufficient relevant additional coursework to bring the total number of units in the major to at least 90.

Introductory Seminar courses (IntroSems), 1- or 2-unit survey/professional/personal interest courses (such as MS&E 475, ENGR 103, or ME 104B), ENGR 1 or 2, Student Initiated Courses (SIC), or Sophomore College (SC) courses may not be used to satisfy unit requirements in the IDMEN program.

Students are responsible for completing the prerequisites for all courses included in their majors.

Completion requirement

Students must take one course related to their focus area designated as a Writing in the Major course by the SoE department offering the course (the course must be certified as fulfilling WIM by the university). 

Fulfill ANY of the following requirements:
Complete ANY of the following Courses:
  • 1031732
    AND
    1031742
  • 2215491
    AND
    2215501
  • 1031091
OR
Complete at least 1 of the following Courses:
  • 2150191
  • 1034491
OR
Complete ALL of the following Courses:
  • 2172581
OR
Complete ALL of the following Courses:
  • 2120991
OR
Complete at least 1 of the following Courses:
  • 2120991
  • 2069741
OR
Complete at least 1 of the following Courses:
  • 1410294
  • 2120991
  • 1056921
  • 2069741

NOTE: BIOE 212 is crosslisted with BIOMEDIN 212, CS 272, and GENE 212. Any of these offerings will count.

OR
Complete at least 1 of the following Courses:
  • 2111611
  • 2213961
  • 1056921
  • 2111641
  • 2093121
  • 2045321
OR
Complete ALL of the following Courses:
  • 1032921
OR
Complete at least 1 of the following Courses:
  • 2112632
  • 2140312
  • 2263891
  • 2263901
OR
Complete at least 1 of the following Courses:
  • 2111641
  • 2037841
  • 1038221
  • 2031081
  • 2158021
  • 1038291
  • 2138511
  • 2192671
  • 2202021
OR
Complete at least 1 of the following Courses:
  • 1031091
  • 2120991
  • 2111611
  • 2213961
  • 2031081
  • 2158021
  • 2172451
  • 2069741
  • 1046401
  • 2065381
  • 2229101
OR
Complete at least 1 of the following Courses:
  • 2120991
  • 1034491
  • 2172452
  • 2023101
  • 2172581
OR

The WIM course for MS&E is the same as the capstone course, MS&E 108. This course is not available to IDMEN students because they lack the background to take this project course.

OR
Complete at least 1 of the following Courses:
  • 2052221
  • 1046401
  • 2065381
OR
Complete ALL of the following Courses:
  • 2195621
  • 2195701
OR
Complete at least 1 of the following Courses:
  • 2150191
  • 1034491
Completion requirement

At least one of the Engineering courses must be identified as a “capstone/senior project” course in an SoE major, with content and activities that are relevant to your proposed goals (for example, ME 216B+C [DESIGN 161A+B] are the capstone courses for the Design major, CS 191, 194, etc., are the capstone options for CS. ENVSE has a list of 5-9 capstone offerings, depending upon the specialty area chosen). Your capstone should fit into your SoE topic focus; an Honors thesis or project may not be used for the capstone unless a detailed proposal and plan are approved at least a full year before graduation by the participating faculty member and the IDMEN Review Committee. [NOTE for those with an MS&E-centric program: The MS&E capstone/WIM course (MS&E 108) is available only to declared MS&E majors, so you must find an alternative option from one of the other SoE programs.]

Students must receive a C- or better grade in the engineering capstone course(s).

  • Students should choose one option from one of the lists below. Please note that some options consist of one course, and others require two courses to complete.

  • An Honors Thesis may also meet this requirement, with approval from advisors and the IDMEN committee.

Fulfill ANY of the following requirements:
Complete ANY of the following Courses:
  • 1031732
    AND
    1031742
  • 2215491
    AND
    2215501
OR
Complete ALL of the following Courses:
  • 2126291
  • 2126311
OR
Complete ANY of the following Courses:
  • 2172322
  • 2172312
  • 2107431
  • 2101921
  • 2247752
  • 2104488
  • 2222291
  • 1035061
  • 1035071
  • 2010431
  • 1035261
  • 1036721
  • 1036811
OR
Complete ALL of the following Courses:
  • 2226321
OR
Complete ANY of the following Courses:
  • 2071961
  • 1056911
    OR
    1056921
  • 1057051
    OR
    2111641
  • 2164971
  • 2093121
  • 1272172
  • 1410302
  • 2064032
  • 2159421
  • 2045321
OR
Complete ANY of the following Courses:
  • 2112632
    AND
    2140312
  • 2263891
    AND
    2263901
OR
Complete ANY of the following Courses:
  • 2138511
  • 2192671
  • 2202021
OR

Students wanting to count ENGR 199 or 199W must get approval from advisors and IDMEN committee.

Complete ANY of the following Courses:
  • 1043291
  • 2069741

Applicable only for students approved for Honors and enrolled in applicable research.

OR
Complete ALL of the following Courses:
  • 2195621
  • 2195701
OR
Complete at least 2 of the following Courses:
  • 1046401
  • 1046471
  • 2129401
Completion requirement

IDMEN majors with a solid academic record and enthusiasm for independent research in a significant project may pursue a Bachelor’s degree with Honors (IDMEN-BSH). This option is particularly valuable for students pursuing a PhD because the research experience helps prepare a student for doctoral-level work. The honors thesis, and any coursework associated with the honors degree, is above and beyond the scope of the major itself and can only be counted as a Capstone project if a detailed proposal and plan are approved at least a full year before graduation by the participating faculty member as well as the IDMEN Review Committee.

  1. The student must submit a letter applying for the Honors option endorsed by the student’s primary advisor and honors advisor; the letter should be submitted to the Office of Student Affairs in 135 Huang no later than mid-October of the senior year.

  2. The IDMEN honors advisor may require coursework beyond what is required for the BS without honors.

  3. The student must maintain a GPA of at least 3.5.

  4. The student must complete an honors thesis or project. The manner of evaluating the work will be set by the honors advisor and a second reader, one of whom must be a member of the Academic Council in the School of Engineering. The honors or program advisor will decide the deadline to submit the thesis or project, but it should be set by mid-May at latest.

  5. The student must present the work in an appropriate forum, e.g., in the same session as honors theses are presented in the advisor’s department.

  6. If the honors project will also serve as the capstone for the major, the project must be sent to the SoE Office of Student Affairs by end of May of the senior year for final evaluation by the IDMEN committee.

  7. The signature and title page of the approved thesis or project must be submitted to the Office of Student Affairs by the first week in June of the senior year.

Further information is available from the Office of Student Affairs, Huang 135.