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Explore programs offered in online, classroom or hybrid learning formats. What’s your latest curiosity?
Learn from experienced managers as you get specialized training in project planning, budgeting, scheduling, quality control, safety, contracts and staff development.
Explore the fundamental concepts of electrical engineering and learn to develop the tools, programs and simulation techniques used to solve engineering challenges. Prepare for further work or study in the field.
Examine geographic information systems and their diverse workplace applications. Learn how these systems are used to support research and decision-making in a wide variety of fields.
Build an in-depth understanding of the critical issues and major factors surrounding the planning and development of effective and sustainable transportation systems.
Study the physical, chemical and biological characteristics of wetlands and their many functions. Explore the complex land-use laws that apply to wetlands and affect their management and protection.
Explore the advanced principles and tools of civil engineering and prepare to tackle the complex environmental and infrastructure challenges facing today’s world.
Gain advanced skills in and a deeper understanding of electrical engineering topics. Learn to design, analyze and optimize electronic and electrical systems.
Develop your understanding of machine learning, embedded systems, cybersecurity, entrepreneurship, wireless communications, controls, mobile applications, electromagnetics and microelectronics.
Prepare for technical leadership roles in industry as you build on your mechanical engineering background in various topics.
Enhance your bachelor’s degree in the physical sciences, engineering or math with a master’s in physics. The flexible curriculum incorporates key topics in physics and related subjects.
Examine infrastructure systems through the lens of strategic planning and policy analysis, and learn a blend of skills and strategies for increasing critical infrastructure resilience.
Learn to combine the engineering principles and management techniques needed to lead major infrastructure efforts. Prepare yourself for new challenges in the heavy construction industry.
Gain the knowledge and skills required to plan, design, construct and manage the balance of plant components associated with energy infrastructure projects.
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