Subject & Degree Proposals
There are standard processes by which committees – comprised of faculty from all five Schools and students – review proposals for new and revised subjects and degrees, in so doing accumulating and sharing best practices and improving MIT's curricula. At the undergraduate level, the primary committees involved are the Committee on Curricula (CoC) and the Committee on the Undergraduate Program (CUP), and the CUP's permanent subcommittees: the Subcommittee on the Communication Requirement (SOCR) and the Subcommittee on the Humanities Requirement (SHR). At the graduate level, the primary committee involved is the Committee on Graduate Programs (CGP). This page provides detailed guidelines for these processes.
Undergraduate Proposals
Undergraduate Degree Proposals
Guidelines for Proposing a New Undergraduate SB Degree Program to the MIT Faculty and its Standing Committees
This overview provides general information about the process and sequence of steps involved in establishing a new undergraduate SB degree program. This page may be downloaded as a PDF here. For information on proposing a new undergraduate minor, please visit the Committee on Curricula site.
Consistent with the guidelines for approval of new undergraduate degree programs, which were voted into place by the MIT Faculty in May 2003, the review of a new undergraduate degree program is a multi-committee process. The primary committees involved are the Subcommittee on the Communication Requirement (SOCR), the Committee on the Undergraduate Program (CUP), and the Committee on Curricula (CoC). Following review and approval by these committees, the Faculty Policy Committee (FPC) reviews new undergraduate degree proposals and determines whether they are ready to be presented and voted on at an Institute Faculty Meeting.
Prior to completing the Proposal Form, please write to new_degree@mit.edu for additional guidance and instruction.
Preliminary drafts are encouraged, particularly for proposals involving interdisciplinary and joint programs or proposals that raise questions concerning Rules and Regulations of the Faculty and/or other existing policies governing the undergraduate program. Draft proposals can be saved in MIT's Program Management system and shared with faculty committee staff for consultation. Proposals should not be submitted in final form until they have been vetted by the appropriate School and departmental curriculum committees.
On the proposal form, you will be asked to provide the following:
1. Basic information about the degree program
- Rationale for establishing the program
- Anticipated demand for the degree
- Other programs that may be affected by the new program
2. A description of the curriculum
- Structure and coherence
- Required and recommended subjects offered by other programs
- Programs with which there is substantial overlap
- A degree chart and description of the program suitable for publication in the MIT Bulletin
- Roadmaps for completion (from varying points of entry)
3. Answers to specific questions that pertain to each review committee's area of responsibility
The form also explains the requirements concerning letters of support that must accompany the proposal.
The degree program approval process is iterative and somewhat fluid so that, with agreement among the reviewing committees, some discussions and considerations may move forward simultaneously. Proposals are not normally approved by SOCR, CUP, CoC, and FPC at the same meeting at which they are initially presented and discussed. Instead, the proposals may be discussed across several meetings both in the presence of the proposers and in committee. The committees may also refer specific elements of a proposal to other entities for consideration and feedback.
Each committee focuses on different aspects of the proposal. In completing this form, please note that some sections are required by all review committees and others by some smaller set:
- SOCR is responsible for ensuring that each undergraduate degree program has appropriate communication-intensive subjects in the major (CI-M), as specified by the Institute’s undergraduate Communication Requirement.
- CUP focuses primarily on administrative infrastructure, policy, and governance and oversight issues.
- CoC focuses primarily on the curriculum, including the educational rationale, the sustainability and structure of the program, and its compliance with existing policy and rules.
- FPC focuses on the process followed, any issues that are brought to its attention, and scheduling the item for consideration at a Faculty Meeting.
Proposals for a new degree type or for a new degree program that couples an undergraduate degree and a graduate degree follow a different review sequence. In these cases, the CUP and FPC reviews precede the CoC review. In the case of a combined undergraduate/graduate program, the Committee on Graduate Programs (CGP) must also indicate its approval.
The chart that follows illustrates the process and timeline for the review of new undergraduate degree programs.
Step | 1. |
Process | Approval of program of communication-intensive subjects in the major (CI-Ms) |
Review Body | Subcommittee on the Communication Requirement (SOCR) |
Typical Timeline | October / November |
Step | 2. |
Process | Approval of the administration and governance of the program, including advising |
Review Body | Committee on the Undergraduate Program (CUP) |
Typical Timeline | Follows SOCR approval, normally in November / December. |
Step | 3. |
Process | Approval of the proposed curriculum |
Review Body | Committee on Curricula (CoC) |
Typical Timeline | Follows CUP approval, normally in December / IAP. |
Step | 4. |
Process | Discussion with Academic Deans |
Review Body | Provost's Council |
Typical Timeline | Follows CoC approval. |
Step | 5. |
Process | Approval for presentation to the Faculty |
Review Body | Faculty Policy Committee (FPC) |
Typical Timeline | Follows discussion with Provost's Council. |
Step | 6. |
Process | Presentation and vote by the Faculty |
Review Body | MIT Faculty |
Typical Timeline | Meets on the third Wednesday of the month during the academic year.1 Motions to establish new degree programs are presented and held over to the next month for a vote. Programs must have Faculty approval before May to be offered in the following academic year.2 |
Step | 7. |
Process | New degree types only: Forwarded to the MIT Executive Committee and Corporation for final approvals |
Review Body | MIT Executive Committee and Corporation |
Typical Timeline | The Executive Committee meets once a month during the academic year. The Corporation meets quarterly (September, December, March, May). |
Step | Process | Review Body | Typical Timeline |
---|---|---|---|
1. | Approval of program of communication-intensive subjects in the major (CI-Ms) | Subcommittee on the Communication Requirement (SOCR) | October / November |
2. | Approval of the administration and governance of the program, including advising | Committee on the Undergraduate Program (CUP) | Follows SOCR approval, normally in November / December. |
3. | Approval of the proposed curriculum | Committee on Curricula (CoC) | Follows CUP approval, normally in December / IAP. |
4. | Discussion with Academic Deans | Provost's Council | Follows CoC approval. |
5. | Approval for presentation to the Faculty | Faculty Policy Committee (FPC) | Follows discussion with Provost's Council. |
6. | Presentation and vote by the Faculty | MIT Faculty | Meets on the third Wednesday of the month during the academic year.1 Motions to establish new degree programs are presented and held over to the next month for a vote. Programs must have Faculty approval before May to be offered in the following academic year.2 |
7. | New degree types only: Forwarded to the MIT Executive Committee and Corporation for final approvals | MIT Executive Committee and Corporation | The Executive Committee meets once a month during the academic year. The Corporation meets quarterly (September, December, March, May). |
1 September through April, excluding January. The May meeting is held on the Wednesday of the last week of classes. For September through April, when the third Wednesday falls on or immediately before a major holiday, the regular meeting is held on either the second or the fourth Wednesday.
2 Approval requires a majority vote, with a minimum of 30 faculty members in attendance and voting.
Contact Information
E-mail: new_degree@mit.edu
Phone: (617) 253-1706
Visit this site for individual committee and staff contacts.
Guidelines for Degree Charts
The first section of the degree chart must summarize the General Institute Requirements (GIRs). Any items in the departmental program that also fulfill a GIR must be expressly identified here. Below is a sample GIR section from Course 9.
General Institute Requirements (GIRs) | Science Requirement |
Subjects | 6 |
General Institute Requirements (GIRs) | Humanities, Arts, and Social Sciences Requirement [three subjects can be satisfied by 9.00 and two other HASS subjects in the Departmental Program] |
Subjects | 8 |
General Institute Requirements (GIRs) | Restricted Electives in Science and Technology (REST) Requirement [one subject can be satisfied by 9.01 in the Departmental Program] |
Subjects | 2 |
General Institute Requirements (GIRs) | Laboratory Requirement [can be satisfied by a laboratory in the Departmental Program] |
Subjects | 1 |
General Institute Requirements (GIRs) | Total GIR Subjects Required for SB Degree |
Subjects | 17 |
General Institute Requirements (GIRs) | Communication Requirement |
Subjects |
General Institute Requirements (GIRs) | The program includes a Communication Requirement of 4 subjects: 2 subjects designated as Communication Intensive in Humanities, Arts, and Social Sciences (CI-H); and 2 subjects designated as Communication Intensive in the Major (CI-M). |
Subjects |
General Institute Requirements (GIRs) | Subjects |
---|---|
Science Requirement | 6 |
Humanities, Arts, and Social Sciences Requirement [three subjects can be satisfied by 9.00 and two other HASS subjects in the Departmental Program] | 8 |
Restricted Electives in Science and Technology (REST) Requirement [one subject can be satisfied by 9.01 in the Departmental Program] | 2 |
Laboratory Requirement [can be satisfied by a laboratory in the Departmental Program] | 1 |
Total GIR Subjects Required for SB Degree | 17 |
Communication Requirement | |
The program includes a Communication Requirement of 4 subjects: 2 subjects designated as Communication Intensive in Humanities, Arts, and Social Sciences (CI-H); and 2 subjects designated as Communication Intensive in the Major (CI-M). |
Departmental requirements follow immediately after the GIR summary; they must be introduced by the following statement, formatted as shown:
Departmental Program
Subject names are followed by credit units and by prerequisites, if any (corequisites in italics).
This section of the degree chart must clearly identify the structure of the program and the options within it. If the program is divided into subsections, each subsection heading should be highlighted in bold and should show the units of coursework that must be completed for that subsection. Express units as a range where appropriate. Examples:
Required Subjects 36
[List subjects after subheading]
Restricted Electives 21-24
[List subjects after subheading]
In listing subjects on a degree chart for committee review, each subject must show a number, title, total units of credit, GIR at¬tribute (if applicable), and prerequisites and corequisites (if applicable). The following guidelines also apply:
- List only one number for a joint subject.
- Format corequisites in italics.
- Use an asterisk to denote situations in which alternate prerequisites are available for a subject.
- Use standard format rather than subject numbers to describe subjects in the Science Core that are prerequisites. Those formats are: Biology (GIR), Calculus I (GIR), Calculus II (GIR), Chemistry (GIR), Physics I (GIR), and Physics II (GIR).
- Identify a minimum of two CI-M subjects in the degree chart.
Sample subject entries:
Number | 2.009 |
Title | The Product Engineering Process, 12, CI-M; 2.001, 2.003J, 2.005; 2.670*; senior standing or permission of instructor |
Number | 3.053J |
Title | Molecular, Cellular, and Tissue Biomechanics, 12; 18.03*, Biology (GIR), 2.370* |
Number | 4.605 |
Title | Introduction to the Theory and History of Architecture, 12, HASS-A |
Number | 5.12 |
Title | Organic Chemistry I, 12, REST; Chemistry (GIR) |
Number | 8.13 |
Title | Experimental Physics I, 18, LAB, CI-M; 8.04 |
Number | 8.223 |
Title | Classical Mechanics II, 6; Physics I (GIR), Calculus II (GIR) |
Number | 18.03 |
Title | Differential Equations, 12, REST; Calculus II (GIR) |
Number | 18.062J |
Title | Mathematics for Computer Science, 12, REST; Calculus I (GIR) |
Number | 21H.931 |
Title | Seminar in Historical Methods, 12, CI-M, HASS-H |
Number | 24.900 |
Title | Introduction to Linguistics, 12, HASS-S, CI-H |
Number | Title |
---|---|
2.009 | The Product Engineering Process, 12, CI-M; 2.001, 2.003J, 2.005; 2.670*; senior standing or permission of instructor |
3.053J | Molecular, Cellular, and Tissue Biomechanics, 12; 18.03*, Biology (GIR), 2.370* |
4.605 | Introduction to the Theory and History of Architecture, 12, HASS-A |
5.12 | Organic Chemistry I, 12, REST; Chemistry (GIR) |
8.13 | Experimental Physics I, 18, LAB, CI-M; 8.04 |
8.223 | Classical Mechanics II, 6; Physics I (GIR), Calculus II (GIR) |
18.03 | Differential Equations, 12, REST; Calculus II (GIR) |
18.062J | Mathematics for Computer Science, 12, REST; Calculus I (GIR) |
21H.931 | Seminar in Historical Methods, 12, CI-M, HASS-H |
24.900 | Introduction to Linguistics, 12, HASS-S, CI-H |
Choices between subjects may be designated in any of several ways. The most common are:
As a choice between subjects, for example:
12.110 Sedimentary Geology, 12; 12.001
or
12.119 Analytical Techniques for Studying Environmental and Geologic Samples, 12, LAB
As a choice from a list, for example:
Select one of the following:
3.016 Mathematical Methods for Materials Scientists and Engineers, 12; Calculus II (GIR)
18.03 Differential Equations, 12; Calculus II (GIR)
18.034 Differential Equations, 12; Calculus II (GIR)
As a statement with a list of numbers, for example:
To satisfy the requirement that students take two CI-M subjects, students must take 24.260 and one of the following: 24.120, 24,201, 24.221, 24.231, 24.251, or 24.263.
As a statement that identifies requirements by area, for example:
Three additional subjects as specified in one of the following concentrations: Finance, Information Technologies, Marketing Science, Operations Research.
At the end of the departmental requirements, the chart must indicate the units of credit that also satisfy the GIRs, which are subtracted from the total number of units in the program, and the units of credit for Unrestricted Electives (minimum of 48 required). Each program must then summarize the total units in the program, which should be expressed in a range if appropriate. The minimum number of “units beyond” is 180; the maximum allowed is 198.
Departmental Program units that also satisfy the GIRs (36)
Unrestricted Electives 48
Total Units Beyond the GIRs Required for the SB Degree 183-198
No subject can be counted both as part of the 17-subject GIRs
and as part of the 183-198 units beyone the GIRs. Every subject
in the student's departmental program will count toward one
or the other, but not both.
If the asterisk is used to denote alternate prerequisites in the degree chart, the following must appear:
Notes
*Alternate prerequisites are listed in the subject description.
Other notes about the program may be inserted at the discretion of the department and/or the Committee on Curricula.
Roadmaps: Sample Layout
Roadmaps may include up to 8.5 subjects per year. A maximum of 12 units of required coursework may be available only during IAP, but programs must provide contingencies to ensure that a student’s program is not disrupted by circumstances beyond his or her control.
Six-unit subjects are counted as half-subjects; subjects of 9–15 units are counted as one subject; 18-unit subjects count as 1.5 subjects; and subjects of 21–24 units count as two subjects. The roadmaps must show at least 48 units of unrestricted electives, 12 of which should fall in the freshman year. Program requirements must include 180 (minimum) to 198 (maximum) units beyond the GIRs.
A sample layout for a typical roadmap can be found here; GIR subjects are highlighted in red. Roadmaps must be provided for first-term sophomores, second-term sophomores, and first-term juniors.
Undergraduate Subject Proposals
Information on preparing undergraduate level subject proposals is being developed.
Graduate Proposals
Graduate Degree Proposals
Proposing a New Graduate Degree Program to the MIT Faculty and its Standing Committees
Preparing and Submitting a Proposal
This overview provides general information and instructions for academic units interested in establishing a new graduate degree program. All proposals will be reviewed first by the Committee on Graduate Programs (CGP).
- Review the Guidelines for Approval of New or Revised Graduate Degree Programs.
- Complete the Proposal Form for a New Degree Program:
- After logging in with your MIT certificate, click the green "Propose New Program" button.
- For guidance on completing the form, refer to the MIT Program Management Quick Start guide or contact Jessica Landry, staff to the CGP
- Preliminary proposal drafts are encouraged, particularly for proposals involving interdisciplinary and joint programs.
- Draft proposals can be saved in the Program Management system and shared with faculty committee staff for consultation.
- Proposals should not be submitted in final form until they have been vetted by the appropriate School and departmental curriculum committees.
- The form explains the requirements concerning letters of support that must accompany the proposal.
Approval Process
- Once submitted, proposals are routed through a workflow in the proposal system that corresponds to the steps outlined in Section III of the Guidelines for Approval of New or Revised Graduate Degree Programs.
- Following review and approval by the CGP, the Faculty Policy Committee (FPC) will review new graduate degree proposals and determine if they are ready to be discussed at Academic Council and then presented and voted on at an Institute Faculty Meeting (a motion is presented at one meeting and voted on at the next).
- The degree program approval process can be iterative. Proposals are typically not approved by the CGP at the same meeting at which they are initially presented and discussed. Instead, the proposals may be discussed across several meetings, both in the presence of the proposers and in committee. The committee may also refer specific elements of a proposal to other entities for consideration and feedback.
- Following approval by both the CGP and the FPC, proposals will be presented at Academic Council.
- Proposals for a new degree program that will award a new type of master’s degree not currently offered at MIT will also require approval by the MIT Executive Committee and MIT Corporation.
The chart that follows illustrates the process and timeline for the review of new graduate degree programs.
Step |
1. |
Process |
Approval of the proposed structure, curriculum, administration, and governance of the program |
Review Body |
Committee on Graduate Programs (CGP) |
Typical Timeline |
October / November |
Step |
2. |
Process |
Discussion with Academic Deans |
Review Body |
Provost's Council |
Typical Timeline |
Follows CGP approval, normally in December / February. |
Step |
3. |
Process |
Approval for presentation to the Faculty |
Review Body |
Faculty Policy Committee (FPC) |
Typical Timeline |
Follows discussion at Provost's Council. FPC has approval authority. |
Step |
4. |
Process |
Presentation and vote by the Faculty |
Review Body |
MIT Faculty |
Typical Timeline |
Meets on the third Wednesday of the month during the academic year.1 Motions to establish new degree programs are presented and held over to the next month for a vote. Programs must have Faculty approval2 by March to admit students during the following academic year. |
Step |
5. |
Process |
New degree types only: Forwarded to the MIT Executive Committee and Corporation for final approvals |
Review Body |
MIT Executive Committee MIT Corporation |
Typical Timeline | The Executive Committee meets once a month during the academic year. The Corporation meets quarterly (September, December, March, June). |
Step | Process | Review Body | Typical Timeline |
---|---|---|---|
1. |
Approval of the proposed structure, curriculum, administration, and governance of the program |
Committee on Graduate Programs (CGP) |
October / November |
2. |
Discussion with Academic Deans |
Provost's Council |
Follows CGP approval, normally in December / February. |
3. |
Approval for presentation to the Faculty |
Faculty Policy Committee (FPC) |
Follows discussion at Provost's Council. FPC has approval authority. |
4. |
Presentation and vote by the Faculty |
MIT Faculty |
Meets on the third Wednesday of the month during the academic year.1 Motions to establish new degree programs are presented and held over to the next month for a vote. Programs must have Faculty approval2 by March to admit students during the following academic year. |
5. |
New degree types only: Forwarded to the MIT Executive Committee and Corporation for final approvals |
MIT Executive Committee MIT Corporation |
The Executive Committee meets once a month during the academic year. The Corporation meets quarterly (September, December, March, June). |
1 September through May, excluding January.
2 Approval requires a majority vote, with a minimum of 30 faculty members in attendance and voting.
Guidelines for Degree Charts
This section of the degree chart must clearly identify the structure of the program and the options within it. If the program is divided into subsections, each subsection heading should be clearly identified and should show the units of coursework that must be completed for that subsection. Express units as a range where appropriate. Examples:
Required Subjects 36
[List subjects after subheading]
Restricted Electives 21-24
[List subjects after subheading]
The following guidelines apply when listing subjects on a degree chart:
- List only one number for a joint subject.
- List subjects in numerical order wherever feasible.
Choices between subjects may be designated in any of several ways. The most common are:
- As a choice between subjects, for example:
4.021 Introduction to Architecture Design
or
4.02A Introduction to Architecture Design Intensive
- As a choice from a list, for example:
Select one of the following:
3.016 Mathematical Methods for Materials Scientists and Engineers
18.03 Differential Equations
18.034 Differential Equations
- As a statement with a list of numbers, for example:
To satisfy the requirement that students take two elective subjects, students must take 24.260 and one of the following: 24.120, 24,201, 24.221, 24.231, 24.251, or 24.263.
Proposing Major Revisions to an Existing Graduate Degree Program
Preparing and Submitting a Proposal
This overview provides general information and instructions for academic units interested in proposing major revisions to an existing graduate degree program. All proposals will be reviewed first by the Committee on Graduate Programs (CGP).
Locate the degree program in the list of all programs:
- After logging in with your MIT certificate, click the green "Edit" button.
- For guidance on completing the form, refer to the MIT Program Management Quick Start guide, or contact Jessica Landry, staff to the CGP.
- Draft revisions can be saved in the Program Management system and shared with faculty committee staff for consultation.
- Proposals for major revisions should not be submitted in final form until they have been vetted by the appropriate School and departmental curriculum committees.
- The form explains the requirements concerning letters of support that must accompany the proposal.
Approval Process
- Once submitted, proposals are routed through a workflow in the proposal system that corresponds to the steps outlined in Section III of the Guidelines for Approval of New or Revised Graduate Degree Programs.
- The Chair of the CGP, in consultation with the Chair of the FPC, will determine whether the revision is sufficiently substantial to warrant review beyond the CGP.
- The approval process can be iterative. Proposals are typically not approved by the CGP at the same meeting at which they are initially presented and discussed. Instead, the proposals may be discussed across several meetings, both in the presence of the proposers and in committee. The committee may also refer specific elements of a proposal to other entities for consideration and feedback.
Graduate Subject Proposals
Information on preparing graduate level subject proposals is being developed.