Bachelor of Arts in Chemistry

at Shorelight Group - University of Dayton USA

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.

Join the dynamic atmosphere as a graduate mechanical engineering student at the University of Dayton and learn, grow and develop your skills as an engineer, scholar and professional. Study with researchers and professors who are committed to providing the framework for solutions to important challenges facing our world.

Areas of emphasis include:

• Design and manufacturing
• Materials
• Solid mechanics
• Thermo-fluids

Environmental biology is a dynamic and growing major which prepares students with the scientific background needed to understand and address the many pressing environmental concerns that exist in the modern world. Our program emphasizes experiential learning and creates opportunities for students to get out of the class room into nature.

Students often know they want to study something related to science, but may be unsure of exactly which major is the best fit. As a Discover Science student you will be able to explore the physical and life science majors in the largest academic unit at UD.

The science facilities at University of Dayton’s Science Center complex include the latest equipment. As a graduate student, you’ll gain firsthand experience with nuclear magnetic resonance spectrometers, high pressure liquid chromatography equipment and more. Students may choose to pursue projects in all major chemistry sub-disciplines.

Thesis* or non-thesis options available:

• Biochemistry
• Organic chemistry
• Inorganic chemistry
• Analytical chemistry
• Physical chemistry

This program is designed to prepare engineers and aspiring engineers for leadership roles in engineering activities in industry, government, business and the military. We’ll help you build the analytical and managerial skills you need to plan, design, optimize and direct complex systems, programs and processes.

Topics researched by recent graduates include:

• Optimizing manufacturing, assembly and sequencing operations for a new facility.
• Developing a model for selecting a supplier for gas turbine engines.
• Determining the best configuration for a call center via simulation.

If you have a deep desire to make a difference in the world, you may be a good fit for the Human Rights Studies Program. Whether it is immigrant rights, human trafficking, women’s rights, food insecurity, indigenous rights, worker’s rights – just to name a few – human rights is a degree that will allow you to pursue a career connected to your passions and values. Human rights studies is a nationally-renowned interdisciplinary program that will prepare you to pursue human rights advocacy at local, national and international levels.

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.

Students receive a professional art degree and teacher licensure upon graduation. Licensure is transferable to other states and unlike other art education programs, UD students start working with young people right away.

Our graduates work to advance the common good through computing innovation and information security. Their potential impacts range from increasing computing efficiency and improving quality of life to informing policy legislation, deriving business intelligence solutions, improving health care and education, and combating cyber threats.