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Preparing leaders to tackle the most challenging problems facing industry and society.

The CU Boulder Engineering Management Program (EMP) integrates management skills with technical and engineering knowledge to prepare current and future leaders to advance great opportunities and launch effective solutions for organizations, societies and the planet.

 

14

Average Years of Industry Experience among our Faculty

 

31

Tech Startups Led by Faculty

  

20

National Ranking of the College of Engineering and Applied Science

 

10

Courses to a Master's Degree

Graduate Programs Overview

The EMP offers both the Master of Engineering in Engineering Management degree and graduate certificates designed to help engineers, scientists, and technical professionals move into leadership and management roles in the engineering and technical sectors.

Courses are taught by faculty with significant industry experience whose core commitment is to ensure real-world, job-relevant applicability. As students advance through the program, they benefit from a comprehensive curriculum comprised of leadership, finance, project management, communication, strategic planning, marketing, innovation management, and engineering ethics.

Core Subject Areas

Your Degree, Your Way

The Master of Engineering in Engineering Management is available across a variety of modalities to best accommodate your needs and schedule.

 

Traditional

Coursera

Attendance Types

Attend classes in-person (evenings), remote via Zoom, or via class session recordings

Asynchronous, self-paced courses

Pacing

Instructor sets deadlines

Mostly self-paced

Instruction
and Support

CU Boulder faculty and student assistants

Video recordings with course facilitator support

Term Cadence/
Credits Structure

16-week terms, 3 credits per course typically

8-week terms, 1 credit per course

Dual Degree Eligible

Yes, in Aerospace, Computer Science, Electrical & Mechanical

No

Admissions
Process

Standard admissions with transcripts

Admission is performance-based: Complete a 3-credit “pathway” course sequence, in either Finance or Project Management, with a 3.0 GPA or better

Military Benefits

Eligible for military benefits

Eligible for military benefits 
(effective Fall 2023)

Financial Aid

Eligible for federal financial aid

Not eligible for federal financial aid

2023-24 Tuition

In-StateOut-of-State & International

ME-EM on Coursera 

 

Flexibility to fit your schedule & career

 

Learn from top-tier faculty with deep industry background

 

No GRE scores or letters of recommendation required

 

Engage with gifted peers from a range of industries

Curriculum

The ME-EM is a non-thesis degree that requires 30 credit hours of coursework. You must complete 12 credits of core coursework in finance, project management, leadership, and communication and 18 credits of elective coursework across a variety of topic areas, including technology entrepreneurship, product development, ethical decision making, and more. 

Traditional Program Electives

  • Introduction to Applied Statistical Methods

  • Project Management Application and Execution

  • Aerospace Program Management

  • Quality Management

  • Leading Others

  • Leading Technical Organizations

  • Neuroscience of Leadership

  • Global Topics in Aerospace

  • Ethical Decision-Making in Engineering Management

  • Marketing and Technology Ventures

  • Technology Entrepreneurship

  • Applied Sustainability for Engineering Managers

  • Resilience Engineering and Leadership in Crisis

  • Business Law for Engineering Managers

  • Product Development and Design

  • Fundamentals of Systems Engineering

  • Lean and Agile Management

  • Special Topics: Change Management & Leading Organizational Change

  • Data Analytics and Visualization

  • Digital Engineering and Model-Based Systems for Technical Managers

  • Special Topics: Digital Transformation

  • Special Topics: Requirements, Verification, and Validation Fundamentals

Coursera Program Electives

  • Data-Driven Management

  • Leading Tech Organizations

  • Neuroscience of Leadership

  • Ethical Decision-Making

  • Tech Entrepreneurship

  • Marketing and Tech Ventures

  • Product Development

  • Systems Engineering

  • Applied Sustainability

  • Sustainable Product Development

  • Resilience Engineering

  • Global Perspectives on Diverse Teams

  • Sustainable and Resilient Operations

  • Leading the Circular Economy

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