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Massachusetts Institute of Technology

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Massachusetts

United States

The Master's in Electrical Engineering and Computer Sciences at the Massachusetts Institute of Technology (MIT) is designed for forward-thinking individuals who aspire to be at the forefront of technological innovation. This rigorous program combines theoretical knowledge with practical skills, enabling students to tackle complex challenges in the fields of electrical engineering and computer science. The curriculum is meticulously crafted to prepare graduates for diverse roles in industry, academia, and research, ensuring that they are equipped not only with foundational concepts but also with advanced techniques that are vital for success in today's rapidly evolving technological landscape.

Students enrolled in this esteemed program will engage in a comprehensive curriculum that includes a range of core and elective courses. The program requires a total of 66 units of coursework, embracing both the breadth and depth of knowledge across multiple domains. Core subjects at the "G" level will cover essential topics such as digital system design, microelectronic devices, and advanced algorithms, while elective courses allow students to delve into specialized areas including machine learning, robotics, and network security. Furthermore, students have the opportunity to work on real-world projects that are directly aligned with current industry needs, enhancing their learning experience through practical applications of theoretical concepts.

The faculty associated with this program is comprised of leading experts in various fields of electrical engineering and computer science. Many professors are engaged in cutting-edge research, contributing to advancements in areas such as artificial intelligence, embedded systems, and telecommunications. This rich faculty expertise not only ensures that students receive education from some of the best minds in the field, but also fosters a collaborative environment where students can participate in research initiatives, often resulting in published papers and presentations at prestigious conferences. The teaching methodology blends traditional lectures with hands-on lab experiences, promoting an interactive learning environment that is both engaging and intellectually stimulating.

Research opportunities are abundant, with access to state-of-the-art facilities and resources that MIT provides. Students can collaborate with faculty on groundbreaking projects, gaining invaluable experience that is recognized and respected by employers. The program encourages interdisciplinary work, allowing students to connect with peers from different specializations, fostering innovative approaches to problem-solving. Additionally, MIT’s extensive network of industry connections facilitates valuable internship possibilities, empowering students to gain practical experience while building professional relationships that can be pivotal for their future careers.

Graduates of the Master's in Electrical Engineering and Computer Sciences program are well-positioned for a variety of high-demand careers. Whether aspiring to become a Data Analyst, Electrical Engineer, or Machine Learning Engineer, alumni find themselves in competitive roles in leading tech companies, government agencies, and research institutions. The program boasts an impressive job placement rate of 96%, with an average base salary of $120,000 upon graduation, reflecting the program's commitment to producing highly-skilled professionals ready to make significant contributions to their fields.

Why Study Electrical Engineering and Computer Sciences at MIT?

  • **World-Class Faculty:** Learn from renowned experts who are leaders in their fields and actively engaged in cutting-edge research.
  • **State-of-the-Art Facilities:** Access to advanced laboratories and equipment that support hands-on learning and innovative research.
  • **Strong Industry Connections:** Benefit from MIT’s extensive relationships with leading technology companies, providing ample internship and employment opportunities.
  • **Interdisciplinary Collaboration:** Engage in collaborative projects that span multiple disciplines, fostering a rich learning environment.
  • **Exceptional Career Outcomes:** With a high job placement rate and competitive salaries, graduates are well-prepared for successful careers.

To be considered for this highly competitive program, candidates should fulfill specific admission requirements. Prospective students must submit an application, including a $75 fee, alongside essential documents such as a transcript, letters of recommendation (both academic and professional), and a well-articulated statement of purpose. Additionally, non-native English speakers must present scores from standardized English proficiency tests, specifically a minimum score of 7.0 on the IELTS or 100 on the TOEFL. Meeting these criteria will enhance a student's chances of gaining admission into this prestigious program.

In summary, the Master's in Electrical Engineering and Computer Sciences at MIT stands out as a premier program designed to cultivate the next generation of technology leaders. With a robust curriculum, world-class faculty, and unparalleled research opportunities, students will emerge from this program equipped to make transformative impacts in their respective fields. The unique blend of theoretical knowledge, practical application, and access to an expansive professional network sets MIT apart as the ideal environment for aspiring engineers and computer scientists.

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Total Tuition Fees

$1,66,810

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Duration

24 Months

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Median Salary

$73,000

Ranking

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#2

US World and News Report

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#5

The World University Rankings

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#1

QS World University Rankings

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Intake

Fall ( Sept - Nov )

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Summer ( July - Sept )

Class Profile

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Average Age

25

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Average Work Experience

2 Years

Diversity

Black or African American:

12%

Others:

8%

Two or more races:

5%

Asian:

15%

Hispanic or Latino:

12%

White:

48%

Career Outcomes

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Median Earnings After Graduation

$73,000 / year

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Job Placement

96%

Prospective Job Roles

Data analyst

Electrical Engineer

Computer Hardware Engineer

Information Security Engineer

Database Administrator

IT Database Administrator

Software Developer

Web Developer

Machine Learning Engineer

Computer Programmer

Top recruiters

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Eligibility Criteria

English Proficiency Tests

  • IELTS

    7

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  • TOEFL

    100

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Application Requirements

Here's everything you need to know to ensure a complete and competitive application—covering the key documents and criteria for a successful submission.

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Application Fee: 75

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    Transcript

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    TOEFL

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    IELTS

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    Academic LOR

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    Professional LOR

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    Academic LOR

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    Statement of Purpose

Application Deadlines

Standard Deadline
FallDec 15, 2024

Fees and Funding

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Tuition Fees

$83,405 / year

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Overall Cost

$2,21,810 / year

Funding Options

Department Funding

Scholarships

Whether a student receives funding, how much, and what form that financial support takes depends on the degree program to which they apply. Most forms of graduate financial support are granted on the basis of merit, while others are granted for financial need or a combination of merit and need. These policies and practices will vary from program to program.

We understand that finances are an important factor in the decision to go to graduate school, and that navigating financial systems can prove challenging at times. Below, we have outlined common terms and definitions for the financial designations used by the Institute’s range of graduate programs.


Funding for the MEng program is not guaranteed. Students who are funded typically receive funding through one of two sources: Teaching Assistantships (TAships) or Research Assistantships (RAships). With a TAship, students work approximately 20 hours a week assisting in the teaching of a particular class (the exact duties of a TA depend on the class). With an RAship, students work approximately 20 hours a week on research. In most cases, this research is related to the student’s MEng thesis, although it’s not required to be (balancing two distinct research projects can be quite difficult, though).

FAQs

  • Admissions Requirements

    To be considered for this highly competitive program, candidates must meet the following requirements:

    1. Submit a completed application along with a $75 application fee.
    2. Provide essential documents, including:
      • A transcript from previous academic institutions.
      • Letters of recommendation, both academic and professional.
      • A well-articulated statement of purpose.
    3. For non-native English speakers, present standardized English proficiency test scores, with a minimum score of 7.0 on the IELTS or 100 on the TOEFL.

    Meeting these criteria will enhance a student's chances of gaining admission into this prestigious program.

  • Program Structure

    The Master's in Electrical Engineering and Computer Sciences program requires a total of 66 units of coursework. The curriculum is designed to provide both breadth and depth of knowledge across multiple domains. It includes:

    1. Core Courses: These courses cover essential topics at the 'G' level, including:
      • Digital system design
      • Microelectronic devices
      • Advanced algorithms
    2. Elective Courses: Students have the flexibility to choose electives in specialized areas such as:
      • Machine learning
      • Robotics
      • Network security

    This comprehensive curriculum equips students with both foundational concepts and advanced techniques necessary for success in the field.

  • Career Prospects

    Graduates of the Master's in Electrical Engineering and Computer Sciences program are well-positioned for a variety of high-demand careers. Potential career paths include:

    • Data Analyst
    • Electrical Engineer
    • Machine Learning Engineer

    Alumni often find themselves in competitive roles within leading tech companies, government agencies, and research institutions. The program boasts an impressive job placement rate of 96%, with graduates earning an average base salary of $120,000 upon graduation, reflecting the program's commitment to producing highly-skilled professionals.

  • Teaching Methods

    The teaching methodology in the Master's program blends traditional lectures with hands-on lab experiences, promoting an interactive and engaging learning environment. Students benefit from:

    • Lectures delivered by leading experts in the field.
    • Hands-on lab experiences that allow for practical application of theoretical concepts.
    • A collaborative environment where students can participate in research initiatives.

    This combination fosters an intellectually stimulating atmosphere that enhances the overall educational experience.

  • Unique Aspects of the Program

    The Master's in Electrical Engineering and Computer Sciences at MIT has several distinguishing features, including:

    • World-Class Faculty: Students learn from renowned experts who are leaders in their fields and actively engaged in cutting-edge research.
    • State-of-the-Art Facilities: Access to advanced laboratories and equipment that support hands-on learning and innovative research.
    • Strong Industry Connections: MIT’s extensive relationships with leading technology companies provide ample internship and employment opportunities.
    • Interdisciplinary Collaboration: The program encourages collaborative projects that span multiple disciplines, fostering a rich learning environment.
    • Exceptional Career Outcomes: The program boasts a high job placement rate and competitive salaries for graduates.

  • Research Opportunities

    The program offers abundant research opportunities, with access to state-of-the-art facilities and resources that MIT provides. Key aspects include:

    • Collaboration with faculty on groundbreaking projects.
    • Involvement in research initiatives that often lead to published papers and presentations at prestigious conferences.
    • Encouragement of interdisciplinary work, allowing connections with peers from different specializations.

    These experiences provide invaluable skills and knowledge that are highly respected by employers.

  • Support for Practical Learning Experiences

    The Master's program is designed to enhance practical learning through:

    • Real-world projects that align with current industry needs, allowing students to apply theoretical concepts in practical settings.
    • Access to advanced laboratories and equipment, facilitating hands-on learning.
    • Strong industry connections that provide internship opportunities, enabling students to gain valuable work experience while building professional relationships.

    These elements help ensure that students are well-prepared for their future careers.

  • Average Salary for Graduates

    Graduates of the Master's in Electrical Engineering and Computer Sciences program at MIT can expect to earn competitive salaries post-graduation. The program boasts an impressive average base salary of $120,000, reflecting the high demand for skilled professionals in this field.

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