Master of Science in Electrical Engineering

at Shorelight Group - University of Dayton USA

This program teaches and instills leadership traits and qualities, so that you may one day lead an organization. Students gain unique skills and experiences related to the military, such as map reading, land navigation, marksmanship, rappelling and much more. Opportunities for a full-tuition scholarship with a guaranteed job following graduation, with a starting annual salary of more than $60,000 in pay and benefits.

As a computer engineering major, you'll design and upgrade advanced digital and computer-based systems by balancing and integrating the use of hardware components and software: a computer's central processor unit, memory devices, input/output devices and computer networks, operating systems, compilers, and general-purpose programming for specific applications.

You'll enjoy an extensive laboratory experience integrated with coursework that ensures a working knowledge of engineering fundamentals.

Upper-level courses combine academics with current technology and computational tools, which enables you to become the complete professional ready to contribute to the engineering profession after graduation by either entering the workforce or pursuing a graduate education.

Our focus is to advance the state-of-art design of civil systems and lead efforts in sustainable infrastructure development. In our program, you’ll gain firsthand experience working with international faculty. Sponsors such as the National Science Foundation, the Ohio Department of Transportation, the U.S. Environmental Protection Agency and more, offer hands on opportunities for UD students.

Areas of emphasis include:

• Composites
• Engineering Mechanics
• Environmental
• Geotechnical
• Transportation
• Water resources

Our curriculum provides you with an understanding of basic electrical engineering principles and emphasizes the development of problem-solving skills. Your extensive lab experiences are integrated with your coursework, which ensures the development of fundamental knowledge — resulting in a graduate ready to enter the workforce or pursue a graduate degree.

Electrical engineering is a broad-based degree program concerning the study and application of devices and systems involving electrical signals, electronics and electromagnetics. It includes the rapidly developing areas of control systems, digital and computer systems, microelectronics, telecommunications, radar systems, robotics, signal and image processing, and more.

The UD School of Education and Health Sciences offers 11 undergraduate degree programs and 11 undergraduate certificate, licensure & endorsement programs to help prepare students for careers in education, health, wellness, sport or physical activity. UD SEHS also offers 24 graduate degree programs and 22 graduate certificate, licensure & endorsement programs. Students gain valuable experience through research, study abroad, internships and community programs.

Our B.A. in communication prepares students for professional careers in a wide range of communication fields: broadcasting, communication management, healthcare administration, journalism and public relations. Our graduates succeed in business, education, government, healthcare, international relations, and social and human services. We also offer graduate studies in business communication and law, and an undergraduate certificate in sport communication.

Computer information systems (CIS) overlaps many other fields, so we prepare our students to face a wide range of challenges. The CIS major has a built-in minor that allows you to choose an area of interest, such as entrepreneurship or financial mathematics, that will greatly enhance your marketability after graduation.

People have been exploring ideas and expressing their thoughts and feelings by producing art throughout history. By studying art history, you will learn how art embodies and controls cultural, economic, gender, political, religious and social dynamics.

Geologists study the Earth’s materials, structures and processes, and how they have changed over the 4.6 billion years of the Earth’s history. In doing so, geologists address some of society’s most important problems, such as finding energy, water and mineral resources; environmental pollution and its prevention; and natural hazards such as landslides, volcanoes and earthquakes.