Bachelor of Science in Computer Engineering

at Shorelight Group - University of Dayton USA

Take your next step toward a new frontier of professional or scholarly success.

Our research, particularly in the areas of nanomaterials, energy systems, and fuels and combustion — as led by the von Ohain Fuels and Combustion Center — is enhanced by our relationship with the Air Force Research Laboratories. 

You can choose from numerous research opportunities: aircraft fuels and combustion, alternative fuels for future use in homes, transportation, and industrial energy systems. Experiment with robotics and controls, nanomaterial characterization, kinematic design, or aerospace design.

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.

At the University of Dayton, we know your education and career are important. The University of Dayton's on-campus Master in Business Administration is designed for the best in business to become even better! Our on-campus MBA program fits your needs if you prefer the in-person classroom experience.  And, our evening classes offer flexibility for working professionals.

The University of Dayton MBA program gives you a career-long advantage. It’s the smartest career investment you can make!

A fine arts degree provides an intensive, professional exploration of fine art media. Students develop a portfolio and career plan through an emphasis in ceramics, drawing, painting, printmaking or sculpture.

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.

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.

Our students study Chaucer and Shakespeare, Jane Austen and Toni Morrison, Claudia Rankine and Kendrick Lamar. Our students look to the deep meanings that great writing reveals about human life, human community and our shared, common home. Our students love to read and become master readers – they leverage that mastery in their professional lives.

In addition to our rigorous academic program, students are provided with many opportunities to work side-by-side with faculty on research projects such as developing improved flame retardants, studying biodegradation of polymer coatings and discovering new photodynamic lung cancer treatments. Recent graduates are employed as scientists in academia, industry and government, or pursuing postgraduate education.

The Bachelor of Arts in Visual Arts emphasizes a broad arts and sciences education with supportive studies in art, photography, design and art history. Students receive a breadth of exploration in their coursework.

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.