Bachelor of Science in Foreign Language Education

at Shorelight Group - University of Dayton USA

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

Students gain technical and conceptual skills in the field of photography, with opportunities to collaborate across a wide range of fields and disciplines within the art world and beyond.

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.

The criminal justice studies major is individualized and students choose the justice path that is right for them. The program is an excellent academic home for students interested in law and legal careers, intelligence, forensic psychology, federal law enforcement, probation and work with at-risk populations in the community.

As a student in the Interdisciplinary Educational Studies program at the University of Dayton, you’ll have the flexibility to chart your own path to success and design a program to meet your diverse professional goals.

Candidates must select concentration coursework from both the School of Education and Health Sciences and at least one department outside SEHS.

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 students develop professional skills, knowledge and attitudes necessary to provide effective and compassionate therapy for individuals of all ages. Graduates are prepared to assess client needs and design and facilitate individualized therapeutic music experiences in composing, listening, improvising and performing. An integral part of the curriculum is supervised clinical service to individuals and groups in a variety of community settings, including skilled nursing care, early intervention programs, substance use rehabilitation and special needs classrooms.

Environmental geosciences tackle society’s most important environmental problems – climate change, energy resources, pollution and hazards – through a detailed and integrated study of major components of the Earth system: atmosphere, hydrosphere and the solid Earth.

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

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