Master of Science in Bioengineering

at Shorelight Group - University of Dayton USA

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.

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.

Students dive deep into rhetoric and composition, learning about language and the context in which it is written and read.

We work closely with alumni and private business leaders to supply ongoing research opportunities, such as with fluid mechanics or the mechanical behavior of materials. Altogether, the engineering mechanics program prepares you to solve problems and improve outcomes in your area of expertise.

Areas of emphasis include:

• Composites
• Engineering mechanics
• Environmental engineering
• Geotechnical engineering
• Transportation or water resources

There is more than one way to start an engineering career. If you are a hands-on person who enjoys learning by doing, engineering technology may be the pathway for you to become an engineer. Our Mechanical Engineering Technology program offers technical courses that teach you to use creativity and rational thinking to solve problems in design, manufacturing and management, as well as science and mathematics courses that provide you a solid foundation for future studies or career development.

With our small class sizes, faculty members with real-world engineering experience, and state-of-the-art laboratory facilities, we utilize hands-on learning to equip students with applied engineering knowledge and skills. Career opportunities for mechanical engineering technology graduates are in mechanical design, computer-aided design, product evaluation and development, manufacturing engineering, computer-aided manufacturing, plant engineering, technical sales, technical service, fluid power, automation, and technical management.

The Industrial Engineering Technology program prepares students for management and engineering positions in manufacturing and service organizations such as healthcare, banking and finance, transportation, retail, and government. Graduates may be involved in supply chain management, data-driven economic decisions, planning and scheduling of work methods and expected output, quality assurance, optimization of facilities layout and processes.

As an industrial engineering technology major at University of Dayton, you will develop engineering skills through industry-sponsored projects and experiential learning opportunities. With our small class sizes, faculty members with real-world engineering experience, and well-equipped laboratories, we utilize hands-on learning to equip students with applied engineering knowledge and skills that will help you to minimize waste, improve efficiency and make things better. Graduates from our Industrial Engineering Technology program typically go into careers as an industrial engineer, manufacturing engineer, quality engineer, project engineer, continuous improvement engineer and safety engineer.

The issues facing us today are increasingly global in nature. The context in which we lead our professional and personal lives is steadily becoming more multicultural and global in scope, demanding new levels of international knowledge - knowledge beyond just geography, a few phrases of a foreign language, and a guide book.

As an electrical engineering graduate student, you’ll work with top scholars and industry leaders and develop your area of expertise. Your work is supported with faculty expertise and seven computer labs with industry-specific software along with ten specialized laboratories.

Areas of emphasis include:

• Electromagnetics and signal processing
• Optical processing and nonlinear optics
• Signal and image processing
• Control theory and systems
• Digital systems

As a chemical engineering major, you will apply the principles of multidisciplinary sciences, problem solving, economics, and human relations to develop new products and processes, as well as design, build, and supervise facilities that convert raw materials into products and services for the common good.

Our chemical engineering program will provide you with fundamental science and engineering skills, applied engineering knowledge, and extensive experiential laboratory learning which culminate in a real-world design capstone. UD successfully integrates these core technical competencies with a balanced general education, opportunities for industrial or research involvement, and an overarching community environment, to create a unique, well-rounded educational experience that will prepare you for later success in the workforce, graduate school, or professional school.

Our program is committed to one of humanity’s greatest challenges: a more sustainable world. We attract the best and brightest students from around the globe, including Fulbright scholars. Together, we’re advancing clean energy sources, energy-reducing design techniques, renewable manufacturing systems, biofuels and more.

Areas of emphasis include:

• Energy efficiency (buildings, industry, transportation)
• Renewable energy (wind, solar, geothermal, tidal)
• Design for environment and resource efficiency
• Large-scale energy and environmental systems
• Clean energy for the developing world
• Advanced thermodynamics and energy materials