AT A GLANCE
Graduates of the MS in Engineering Management and Leadership degree program will gain a comprehensive understanding of how to manage technology teams and projects to become influential leaders of global technology organizations.
Online
Program Length:
20 Months
Total Units:
30 Units
Next Term Starts:
May 5
Final App Deadline:
April 3
Take 1 course at a time
Students are admitted throughout the year into one of three terms (spring, summer and fall). The program is designed to be completed in five semesters, and students can focus on one 7-week course at a time.
ABOUT THE PROGRAM
The University of San Diego's 100% online Master of Science in Engineering Management and Leadership (MS-EML) program is designed for technical professionals seeking to advance in their careers. This program equips graduates with the skills to lead diverse technology organizations, manage complex interactions, communicate effectively with stakeholders, and implement innovative strategies. Graduates are well-suited for high-level roles, including C-level executives, engineering directors, IT project managers, and more, with potential for lucrative salaries. The curriculum is project-based, focusing on leadership, emerging technology trends, strategic competition, sustainability, ethics, and includes a practical capstone project. The expert faculty combines academic and industry experience to provide a well-rounded education tailored for the technology and engineering fields.
Program course curriculum
The MS-EML is a 30-unit program consisting of ten courses. Courses are offered year-round with three semesters every year: Spring, Summer and Fall. Each semester lasts 14 weeks with courses running for seven weeks each. Students take two courses per semester with a one or two-week break between semesters. This intensive format allows students to focus on one course at a time and still complete the degree program in 20 months. Students are advised to spend 15-18 hours per week in each course in order to be successful
20
Average number of months it takes to graduate from the program
15–18
Average number of hours of coursework to expect each week
Courses you will take
A Closer Look – ENGINEERING MANAGEMENT AND LEADERSHIP
Designed by Leading Innovators and Educators
Each faculty member has experience in technology leadership roles, has been involved in raising equity and debt capital and some have led mergers, acquisitions and public offerings.
Dan Heinig, MBA
Adjunct faculty Product Lead, `
Imane Khalil, PhD
Associate Dean of Graduate Programs and Professor, Mechanical Engineering
Nandor Szots
Sr. Engineering Leader, Intuit Advisory Board Member
Silvia De Dea, PhD
Adjunct Faculty Head of Materials and Process Engineering, Xcimer Energy Corporation
Nik Devereaux
Engineering Director, ViaSat Advisory Board Member
What can I do with this degree?
The program is an ideal launchpad for professionals ready to move into leadership roles that combine technical expertise with strategic management. Graduates are prepared for high-impact positions such as:
- Chief Executive Officer
- Engineering Research Manager
- Engineering Director
- Vice President of Engineering
- IT Project Manager
- Operations Manager
- Quality Manager
- Technical Consultant
- Research and Development Manager
- Director of Product Development
This program is ideally suited to those with a background in engineering, technology or related technical fields. While prior leadership experience is beneficial, we advise potential students to review program requirements and expectations prior to applying to ensure the chosen program is best suited for your background and/or future goals.
Program Outcomes
We aim to provide technical professionals with the knowledge, skills and training to excel in managing technology teams and projects. As a graduate of the MS-EML program, you will be able to:
- Lead complex technology organizations managed by managers/directors, product groups consisting of product managers, project managers, operations groups consisting of engineering, manufacturing and supply chain groups led by managers/directors.
- Develop organizational structure and culture that promote the kind of innovation and intrapreneurship needed to enable the company to be market nimble.
- Develop a strategic vision and corporate mission and goals that align with the strengths of the technology-based corporation and manage risks.
- Interpret the elements of competitive advantage and the challenges and solutions to implement them.
- Develop a personal style of technology leadership based upon an understanding of the model of influence most aligned with their natural abilities.
- Build high performing teams, manage productivity and handle personnel issues with the comprehension of the impact Social System Concepts have within organizations.
USD MS-EML is open to all technical professionals who want to advance in their careers as engineering leaders and managers. Get a closer look at the application process with detailed instructions on how to apply for this unique program designed around the management of information technology.
Where MSEML Students Work
Alumni Testimonials
Alumni often note that the real-world application of the EML program’s learning outcomes has made them highly competitive in the job market, whether securing new positions or advancing in their current organizations.
Engineering managers often start by managing groups that are staffed with people whose education and experiences are closely related to their own disciplines. Eventually, they are asked to lead diverse functions including: product marketing, product development, program and project management, manufacturing and operations, quality and reliability, and technical sales. This course prepares those who are at the cusp of a vast expansion of their management responsibilities and prepares them for the challenges involved in bringing together opportunities and challenges involved in the development of organizations with diverse functions and skills.
Leading others in a company, or even in a team, calls for knowledge, awareness, and a set of “soft” skills that can bring huge returns. This course is an introduction to leading — understanding, supporting, motivating, and guiding — technical employees. Class members will have an understanding of culture and leadership models as key differentiators for successful entrepreneurs and intrapreneurs.
This course provides a current view of emerging trends in the ecosystem and how business models are pivoting to maximize the desired outcomes. The course highlights and compares early adoption, fast following, and exit strategies. Students will gain a deeper understanding of the technology life cycle and start-up ecosystem. Technology trending through the readiness level and associated capital management through incubation, acceleration, and venture capital routes are evaluated.
This course presents a view of technologies that will emerge in the market over the next decade and cause significant changes in process, efficiency, and automation. Five of the seven modules will be devoted to describing technologies and exploring their impact on customers and markets. At the end of the course, students will select one technology (that may relate to their jobs or interests) and conduct more detailed research on its specific impacts on the market.
An engineer’s career path in business leads to general management — guiding a business internally and externally. It starts with understanding the market structure and evolves into managing competitive performance, or profit-and-loss (P&L). This course covers the fundamentals of competitive strategy, market access, business development, and market positioning. Accounting, finance, performance measures, and decision-making are examined and applied in the context of how to remain competitive.
The impact of the pandemic on businesses has been more widespread and stressed strategy, planning, and execution. This has forced companies to develop new paradigms for absorbing stress, recovering critical functionality, and building back a thriving business in altered circumstances. This course will address the development of strategies and plans that build business and technology resilience for global or regional events (e.g., pandemic, climate change, war) that could last for months, resulting in extended travel and transport shutdowns, and prompt lasting changes to how a company operates and where its employees work. The course offers a deeper insight on how to be “Future-Ready.”
This course reviews the platform for a company’s operations: the organization’s structure and culture. It includes differentiation and integration of tasks, and expectations for the company’s and members’ behavior, values, underlying strategy, and — in some cases — leaders whose conduct is held as exemplary. This course delves into the importance of quality as culture and empowerment obtained through accountability.
Engineering managers initially manage functions within the business. Leaders must manage their companies in an effective, profitable way for their employees and shareholders. They are also expected to act ethically and consistently within the values of our society. Environmental social governance with sustainability at the forefront of decision-making is a required skill. This course allows students to survey the management decisions that have ethical and social responsibility implications. It emphasizes routine issues where the implications are important but may not be obvious.
This is an introductory course in decision analysis and it provides the tools required to make informed and rational business decisions. The course contents are designed to leverage historical company data (and other market data) to enable the application of formal analysis for decision-making and forecasting.
The capstone course is the opportunity for students to apply knowledge and skills learned in their courses throughout the program. It is designed to be practical — involving an experience with an actual company, and integrative — drawing on lessons from across all courses in the MS-EML program.