Bachelor of Science in Environmental Geosciences

at Shorelight Group - University of Dayton USA

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!

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.

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

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.

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

We foster the understanding of language and literature from rhetorical, creative, critical, historical, comparative and global perspectives. With our diverse array of tracks, coupled with our faculty's broad range of expertise, our students can learn anything from British literature, linguistics, grant writing or creative writing.

From law to sales, human resources to community outreach, employers in just about every field want to hire people who know how to effectively communicate with others. A degree in communication will prepare you to adapt to the ever-changing career landscape in a variety of fields, from the entertainment industry to corporate management to health and wellness and more.

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 students are immersed in a challenging academic experience that combines theory and practice. You begin in the classroom learning the foundations of biology, but quickly find yourself discovering antibiotic-producing bacteria, wading through wetlands, exploring behavioral neuroscience, analyzing real-time physiological data collected on classmates, or studying patterns of evolution in fruit flies.

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.