Here's what you can expect to learn during this four-semester program:

• Statistical quality control: Master statistics to ensure quality in production processes.
• Applied data analytics: Discover how to analyze data and apply findings to solve real-world engineering problems.
• Engineering management: Develop skills to lead teams of engineers, manage costs, and execute successful projects.
• Supply chain management:: Learn to coordinate the flow of materials and goods through complex supply chains.
• Digital transformation management: Explore how to apply emerging technologies to existing business concepts for breakthrough innovation.
• Engineering entrepreneurship: Leverage your engineering expertise in new business ventures.

These core concepts provide a comprehensive knowledge base to lead confidently in the rapidly evolving engineering space.

Here are a few of the key courses you'll complete as part of the University of Miami's Master of Engineering Management:

• Statistical Quality Control and Quality Management:: Covers the theories and methodologies used for statistical quality control in industrial settings. Topics include control charts, process capability studies, acceptance sampling, and Lean and Six Sigma methodologies.
• Introduction to Applied Data Analytics: Focuses on basic data analytics models that engineers use, with hands-on training in R software for statistical computing and data analysis.
• Engineering Management: Develop essential skills for managing systems, including strong decision-making, communication, and project life cycle management.
• Advanced Production Systems: Examines complex production cycle management, emphasizing digital transformation, AI systems, and team development.

After completing a master's in engineering management online, you'll be able to:

• Lead engineering teams with confidence: Build the soft and hard skills necessary to excel in leadership roles within industrial settings.
• Develop and execute new business ideas: Apply engineering principles in business settings, enabling you to launch new ventures and pursue entrepreneurial opportunities.
• Manage engineering products, systems, and supply chains: Gain a comprehensive understanding of product life cycles and streamline engineering processes for maximum efficiency.
• Manage costs: Navigate the financial aspects of engineering projects while maintaining cost-effectiveness.

An engineering director is the highest-ranking engineering professional in an organization. Some organizations also have VP of engineering positions, which rank higher than engineering directors but perform similar duties.

These leaders oversee every aspect of the company's engineering department, including strategy, budget, and team structure. They also delegate tasks and assign responsibility within the engineering department.

An engineering director or VP of engineering typically reports to C-level executives or the company's board.

An engineering manager operates in a focused role across many industries, including technology and manufacturing. While an engineering director manages an entire department, engineering managers oversee smaller teams. They plan and execute projects while reporting progress to executives.

Engineering managers also need strong leadership, communication, and motivational skills. They work closely with individual contributors on their team, coaching and guiding them to deliver their best work.

Supply chain managers are essential in organizations that provide manufacturing, logistics, and transportation services. They apply engineering principles to the supply chain to ensure products are produced and distributed efficiently.

A supply chain manager sources materials, manages inventory storage, and creates effective workflows. After products are manufactured, supply chain managers facilitate quality checks, create a distribution strategy, and oversee shipments.

Supply chain managers lead teams of supply chain professionals, such as coordinators or analysts. They may also travel to factories or warehouses to ensure their strategies are properly executed.

IT project managers are technical professionals who organize, execute, and document projects in the IT department. This often includes implementing new software or hardware, or improving existing IT processes.

The IT project manager oversees the project budget, sets goals, delegates tasks to team members, and tracks project progress. This role is an excellent fit for those with engineering management degrees, as it requires technical expertise and strong leadership skills.

Quality assurance managers minimize defects and maximize the overall quality of an organization's products. They are typically found in manufacturing organizations with high production standards.

The quality assurance manager designs and implements QA checks throughout the manufacturing process, including product testing. They also collect and report QA data. Depending on the industry, QA managers may also ensure the company's manufacturing process complies with relevant laws and regulations.

A master’s in engineering management can be a smart investment, especially if you’re an engineer looking to move into leadership, project management, or executive roles. The degree builds on your technical background while adding business and management skills that are essential for career advancement. MEM graduates are often well-positioned for roles like project manager, operations manager, or technical director and may see increased earning potential. Whether it's worth it ultimately depends on your goals, but for many, it’s a valuable step toward higher-level opportunities in fields like technology, manufacturing, construction, and aerospace.

A Master of Engineering Management (MEM) is more specialized than a Master of Business Administration (MBA), focusing on leadership and business skills within technical environments. While an MBA offers a broad business education with applications across many industries, an online master's in engineering management is tailored for professionals with engineering or STEM backgrounds. It combines technical expertise with management training in areas like project management, operations, and product development—making it a more relevant option for those looking to advance in technology-driven engineering roles.

Yes, online master's degrees are respected in the engineering field, especially when they come from credible institutions. At the University of Miami, all online programs are taught by the same professors and use the same curriculum as in-person courses, making the online MEM program just as prestigious.

At the University of Miami, our Master's of Engineering Management degree usually takes 1.5 to 2 years to complete. The program lasts for four semesters, and most students choose to complete one summer semester to speed up graduation.