Bachelor of Science In Applied Mathematical Economics

at Shorelight Group - University of Dayton USA

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.

Our curriculum provides you with an understanding of basic electrical engineering principles and emphasizes the development of problem-solving skills. Your extensive lab experiences are integrated with your coursework, which ensures the development of fundamental knowledge — resulting in a graduate ready to enter the workforce or pursue a graduate degree.

Electrical engineering is a broad-based degree program concerning the study and application of devices and systems involving electrical signals, electronics and electromagnetics. It includes the rapidly developing areas of control systems, digital and computer systems, microelectronics, telecommunications, radar systems, robotics, signal and image processing, and more.

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.

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.

Economics is a social science and as such an important component of the liberal arts curriculum. It provides a useful background for students interested in careers in public policy, business or finance.

Students who study economics investigate the allocation of scarce resources. The foundation of economics is based on theories of how people, institutions and governments make choices and interact. Some of the topics that a student of economics studies are: pricing, the effects of taxing and regulation by the government, inflation, income distribution and international trade.

Because Economics straddles the worlds of business and social science, the demand for economics majors is strong in both the public and private sector. Economics is also great preparation for graduate school in fields as diverse as business, law, and public policy.

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.

Our major combines a biomedical science-focused curriculum, a local or international medical experience, and a self-designed plan of study to include a minor or other courses of interest that prepare our graduates for entry into professional schools.

At the University of Dayton, our electronic and computer engineering technology majors prepare for careers in at a variety of tasks including analog and digital design, microprocessor hardware and software applications, electronic controls, automation, engineering sales and support, product design and development, and data communications.

The electronic and computer engineering technology curriculum includes a strong emphasis on computers and applied engineering topics in circuit analysis, analog and digital electronic design, digital communications, digital circuits, microprocessors, software, and data acquisition instrumentation.

The study of history provides students with important skills – including critical reading, writing and thinking – that will make them informed citizens ready to work for the common good. The study of history not only prepares students to participate in civic life, but is also a stepping stone to careers in many diverse fields.

Find and develop your own compositional voice and learn how to turn your musical ideas into dynamic performances and published works. Students hone their skills in styles they are passionate about while breaking out of their comfort zone and exploring diverse genres from early counterpoint to the latest popular styles.