MIT Course 6-14: CS, Econ & Data (Degree Guide)
MIT Course 6-14 is an undergraduate Bachelor of Science major that brings computer science, economics, and data science together. It suits students who want to study how computation and data can help explain economic questions. Admission to MIT comes first; students then plan the major alongside Institute requirements. Check the current MIT Bulletin, admissions deadlines, and financial-aid instructions before making decisions.
MIT Course 6-14 Overview and Admissions
Course 6-14 is MIT’s undergraduate major in Computer Science, Economics, and Data Science. It is not a single class, graduate degree, or professional certificate. Students earn an MIT Bachelor of Science and complete the major along with MIT’s general degree requirements.
The three fields connect in practical ways. Computer science provides tools for building and studying computational systems. Economics examines choices, markets, and institutions. Data science offers methods for finding patterns and testing ideas with data. Together, these areas can help students investigate questions such as how a market works or how to measure the effects of a policy.
The exact subjects and rules can change. I advise students to use the MIT Bulletin’s Course 6-14 degree chart for the catalog year that applies to them, rather than relying on an old course list or someone else’s plan.
How admission and major choice work
Students apply to MIT for undergraduate admission, not directly to Course 6-14 as a separate college. After admission, students explore academic options and follow MIT’s process and timing for choosing a major. Before applying, focus on whether MIT is a good fit overall; no major choice can guarantee admission.
MIT requires SAT or ACT scores for first-year applicants. It does not publish a GPA or test-score cutoff. Admissions are holistic, which means the application is considered as a whole. Published score ranges describe past applicants or enrolled students; they are not minimum requirements or promises of admission.
MIT’s standard first-year application schedule lists November 1 for Early Action and January 5 for Regular Action. Dates can change, so check MIT Admissions for the entry year you have in mind. Follow its instructions for required tests, forms, recommendations, and other materials.
Who may enjoy this combination?
This major may be worth exploring if you like both quantitative work and questions about people, markets, or policy. You do not need to arrive with a fixed job title in mind. Still, be ready to build skills across more than one discipline: interest in coding alone, or economics alone, does not describe the full course of study.
| If you are curious about… | Course 6-14 may help you explore… | A useful question to ask yourself |
|---|---|---|
| Software and economic behavior | How computing can support analysis of markets and decisions | Do I want economics as part of my degree, not just as an elective? |
| Data and public policy | Ways to use data and economic ideas to study outcomes | Am I interested in both methods and the limits of the data? |
| Business and analytics | How computation, data, and economic reasoning can inform decisions | Do I want a broad technical and analytical foundation? |
| Computer science alone | Whether a combined program matches my goals better than a CS-focused path | Would I rather spend some degree time on economics and data science? |
These are starting points, not promises about jobs or course content. Compare the current Course 6-14 chart with other MIT major charts before choosing.
Curriculum, GIRs, and Degree Requirements
The Course 6-14 plan combines major subjects with MIT’s General Institute Requirements, often called GIRs. MIT undergraduate degrees generally require at least 180 units, as well as the relevant GIRs and major requirements. The exact plan depends on the student’s catalog year and the current Institute and department rules.
A unit is MIT’s measure of academic workload for a subject. Do not treat the 180-unit minimum as a simple count of major classes: students must also satisfy the required areas and other degree rules. The MIT Bulletin and an academic advisor can clarify how the requirements fit together.
What the three subject areas contribute
The major’s central idea is integration. A student studies computing, economics, and data science as related ways to describe and analyze problems. For example, a project about online markets might involve understanding market behavior, working with data, and using computational methods. That example illustrates the combination; it is not a promise that a particular project or class is required.
The current degree chart is the right place to confirm individual subjects, prerequisites, and sequencing. In general:
- Computer science develops ways to design, analyze, and use computational systems.
- Economics studies choices and how people, firms, and institutions interact.
- Data science applies methods for organizing, analyzing, and drawing conclusions from data.
A prerequisite is a subject or skill that should be completed before taking a later subject. Course sequences matter because a missed prerequisite can narrow later choices or make a term harder to plan. Check the current chart before assuming that a subject can be taken in any order.
Map requirements before choosing electives
Start with the degree chart for your catalog year. Mark required subjects, prerequisites, GIRs, and any choices within the major. Then review the draft with an advisor before registering. Do not rely on a plan copied from a student in another year, because rules and subject offerings may differ.
A simple planning table can help you spot questions early:
| Planning item | What to confirm | Why it matters |
|---|---|---|
| Catalog year | Which Bulletin rules apply to you | Requirement details may change |
| Major subjects | Required subjects and allowed choices | Helps you track progress |
| Prerequisites | Which subjects must come first | Supports a workable sequence |
| GIRs | Which Institute requirements remain | Keeps major and Institute work balanced |
| Electives | How much choice the current chart allows | Helps align study with interests |
| Outside credit | Whether MIT has approved the specific credit | Prevents relying on credit that may not count |
If you have taken college courses before enrolling, ask MIT to evaluate them under its transfer-credit policies. Do not assume that a course will satisfy a requirement until MIT gives you an official evaluation. Unapproved credit may not shorten your plan and could add time or cost.
Academic Planning, Support, and Student Experience
Course 6-14 asks students to work across several quantitative fields, so careful planning matters. The challenge is not only the number of subjects; it is also fitting prerequisites, GIRs, and major work into a schedule that you can manage. An advisor can help you make a plan based on your preparation and catalog year.
Prepare without trying to copy an “ideal” applicant
Before college, build a strong base in math, writing, and analytical thinking. If you have access to computing, try a project that interests you, such as analyzing a public dataset or making a small program. The goal is to learn and stay curious, not to assemble activities that look like someone else’s application.
MIT’s admissions process does not offer a formula that guarantees entry. A thoughtful application can show what you care about and how you have pursued those interests, but no project or score ensures admission. Use MIT’s official admissions guidance for current application expectations.
Plan for workload and get help early
Once enrolled, compare each term’s planned subjects with the degree chart and your other responsibilities. Ask about workload, prerequisites, and support before registering if a plan feels uncertain. If you find a subject difficult, contact the instructor, teaching staff, or relevant support service early rather than waiting until the end of the term.
A useful planning routine is:
- List your remaining GIR and Course 6-14 requirements.
- Check prerequisites and the terms when subjects are offered.
- Build a draft schedule with space for other interests and commitments.
- Review it with your advisor and update it when plans change.
For a student considering a transfer, one realistic scenario is that a prior statistics or programming class looks similar to an MIT subject. Similar titles do not prove that the content, units, or learning goals match. Request an official review before using that class in a degree plan.
Confirm accreditation and financial aid
MIT is accredited by the New England Commission of Higher Education (NECHE). Students and families can verify current institutional status in NECHE’s directory. Accreditation is institutional information; it does not replace checking the curriculum or degree requirements.
MIT undergraduate aid is based on demonstrated financial need, not merit awards. Follow MIT Student Financial Services’ current instructions for the FAFSA and CSS Profile, including the deadlines for your application year. Do not assume that filing federal forms alone completes MIT’s institutional aid application. MIT’s Net Price Calculator can offer an estimate, but it is not a final aid offer. Review the actual award and ask MIT about any questions before making a cost decision.
Career Pathways and Employment Outcomes
Course 6-14 builds knowledge in computing, economics, and data science, which may support further study or work in several fields. A degree alone does not guarantee a particular job, salary, or graduate-school result. Students should connect their coursework to experience and check current employer or graduate-program requirements for roles they want.
The mix may be useful in areas such as data analysis, software and technology, economic research, consulting, finance, public policy, or further study. These are possible directions, not automatic outcomes. Specific roles may require additional skills, experience, or advanced education.
Use projects, research, internships, and advising to test what kind of work interests you. For example, a student drawn to economic research might seek experience working with data and methods used in that field. A student drawn to software might build technical depth through relevant subjects and projects. MIT career services and alumni networks can help students learn about options, but each student’s path will differ.
Before committing to a path, ask:
- What skills does the role require beyond the degree?
- Can I gain relevant experience while studying?
- Would I need graduate study or another qualification?
- Do I enjoy the day-to-day work, not only the job title?
Keep track of skills and projects as you progress. An advisor can help you connect academic choices to goals without treating one career as the only reason to choose the major.
Conclusion and FAQ
Course 6-14 is a combined undergraduate foundation, not a shortcut to a guaranteed career. Its fit depends on whether you want to study computing, economics, and data science together. Check the current MIT Bulletin, plan GIRs and prerequisites with an advisor, and verify admissions, credit, and financial-aid rules directly with MIT.
Is Course 6-14 an MIT undergraduate major?
Yes. Course 6-14 is MIT’s undergraduate major in Computer Science, Economics, and Data Science. It is not a graduate degree or a professional credential.
What degree does a Course 6-14 student earn?
The major leads to an MIT Bachelor of Science, subject to completing the major and Institute degree requirements that apply to the student.
Do I apply to MIT directly for Course 6-14?
You apply to MIT for undergraduate admission, not to Course 6-14 as a separate institution. Follow MIT’s current process for exploring and declaring a major after admission.
Does MIT require SAT or ACT scores?
MIT requires SAT or ACT scores for first-year applicants. Check MIT Admissions for the current testing and application instructions.
Is there a GPA or test-score cutoff for admission?
MIT does not publish a GPA or test-score cutoff. Published score ranges are descriptive, not qualifying thresholds or guarantees of admission.
How many units are needed for an MIT bachelor’s degree?
MIT undergraduate degrees generally require at least 180 units, along with the GIRs and the declared major’s requirements. Confirm the rules for your catalog year.
Can transfer courses count toward Course 6-14?
They may be considered under MIT policy, but do not assume a course will count before MIT evaluates it. Get an official review before relying on outside credit in your plan.
Does MIT offer merit scholarships?
MIT undergraduate financial aid is based on demonstrated financial need, not merit. Follow current MIT instructions for the FAFSA, CSS Profile, and other required steps.
What careers can Course 6-14 support?
The combined study may support paths in computing, data analysis, economics, research, policy, and related areas. Outcomes depend on a student’s experience, skills, and goals; the major does not guarantee a specific role.
Where can I check the current requirements?
Use the Course 6-14 degree chart and the MIT Bulletin for current subjects and rules. Confirm admissions deadlines with MIT Admissions and aid instructions with MIT Student Financial Services.
(This article was written by one of our staff writers, Matthew Ellison. Visit our Meet the Team page.)
