Bachelor of Science in Management Information Systems

at University of Delaware USA

For almost a century, the University of Delaware’s Physics and Astronomy program has provided a world class undergraduate physics education that meets the goals of STEM education. Our graduates join a variety of physical science and engineering graduate programs, enter medical school, find employment in industry and teach in high schools all over the country.

Employment of civil engineers is projected to grow by 11 percent between 2016 and 2026, according to the Bureau of Labor Statistics. Our civil engineering program prepares students with foundations in math, science, and engineering through required courses. Then, students take technical electives in the focus areas of structural, geotechnical, environmental, water resources, transportation, railroad, or ocean and coastal engineering. Minors in civil engineering, environmental engineering, sustainable infrastructure, and environmental sustainability are also offered.

Our faculty are active researchers, ensuring that the content of the undergraduate program is constantly renewed and maintained at a challenging technical level and integrates discovery learning. Opportunities abound for undergraduates to work with faculty and graduate students as research assistants, either for pay or independent study credit. Research in the department covers a broad range of topics with particular strengths in bridge design, construction, evaluation and rehabilitation; applications of composite materials to concrete, steel, and earth structures; field studies and numerical and physical modeling of wave/shoreline interactions; intelligent transportation systems; management and operation of civil infrastructure systems; natural disaster risk modeling and sustainability.

Environmental engineering applies scientific principles and engineering tools to improve the natural environment, address pollution problems, and ensure environmental sustainability. Environmental engineers provide safe drinking water, treat and dispose of hazardous wastes, clean up contaminated soil and groundwater, and maintain the quality of air, water, and land resources.

Air pollution: Environmental engineers design chemical and mechanical means of preventing pollutants from being discharged into the atmosphere.

Hazardous waste: From chemical neutralization to genetically engineered “waste-eating” bacteria, environmental engineers devise better ways to clean up hazardous wastes.

Industrial hygiene: Engineers specializing in industrial hygiene help design efficient industrial and manufacturing processes that minimize waste and hazardous by-products.

Water resources: Measuring and modeling stream flow, designing systems to collect and treat stormwater, and predicting the impact of increased rainfall intensity on water conveyance systems are activities that ensure the quality of municipal water supplies and natural water systems.

Solid waste management: Environmental engineers lead the way in solid waste management, from designing landfills that won’t contaminate soil or groundwater, to reducing the amount of trash through better recycling processes, to understanding how various materials biodegrade.

Wastewater: Treating sewage and other wastewater is vitally important, not only for aquatic habitats but for human health as well. Engineers design facilities and processes to minimize the environmental impact of wastewater treatment.

Be part of solving one of humanity’s most critical and demanding challenges — the global demand for food that is plentiful and healthy. Feeding the world’s population, which is expected to grow by 2.3 billion by 2050, will require raising food production by 70 percent. As a food scientist, you will contribute to feeding the world by designing new foods and exploring new ways to process, package and preserve food to ensure its safety and quality. Do you have a passion for science combined with a passion for food? Join a distinguished group of professionals who are involved in every aspect of the sustainable production of safe and healthy food.

Students in the Human Relations Administration (HRA) major complete course work and field placements that will prepare them for a career in human resources at both profit and not-for-profit agencies. They will develop the skills necessary to manage employee relationships, facilitate critical workplace training, enhance staff motivation and ensure compliance of important legal issues including diversity and inclusion.
Gain vital skills for profit and not-for-profit organizations
Human Resources is a growing field, and our students will possess highly marketable skills upon entering the workforce. In addition to completing a B.S. in HRA, students will earn a minor in Organizational and Community Leadership—allowing them to master several academic disciplines including business, communications, human development, mentorship/counseling and interpersonal relationships.

With 450-hours of internship experience, students will also receive on-the-job training in a human resources organization and complete a seminar focused on professional development and professional issues in the field.

Women and Gender Studies majors explore the past and current status of women around the world and the formation of gender and its intersections with other relations of power such as sexuality, race, class, nationality, religion, ability and age.

Topics are addressed within the context of a transnational world and from perspectives diverse as history, sociology, political science, linguistics, economics, anthropology, literary and cultural studies, philosophy, science, religion and the arts. The department offers a B.A. degree in Women and Gender Studies with an Honors Degree option and minors in Domestic Violence Prevention and Services (DVPS) and Sexualities and Gender Studies (SGST).  Majors may apply to complete a concentration in Domestic Violence Prevention and Services or in Women in Global Perspective.  In addition, internships are available providing students with the opportunity to integrate what they have learned in the classroom with practical competencies that can only be gained from work experience. Students enrolled in our programs receive frequent customized advisement based on their course of study and career goals.

Majors and minors study how different local, national and regional cultures interact within Asia and beyond. The program draws on the strengths of specialists in anthropology, art history, English, Chinese and Japanese language, foreign literature, history, music, philosophy, politics and international relations, sociology and criminal justice. Students may major or minor in the program, with an Honors option also available. Asian Studies complements a host of other majors, including Chinese and Japanese language, history, international relations, political science and international business. The program encourages students to further deepen cultural and linguistic engagement through study abroad.

Chemical engineering deals with the physical, chemical and biological transformations of matter — engineering on the molecular scale. With its emphasis on problem-solving skills, quantitative analysis and teamwork, a chemical engineering education provides an excellent foundation for a wide range of fulfilling future careers. Graduates of our program are in strong demand and hired by a broad array of employers, including companies in the energy, biotechnology, semiconductor, management, consulting, and pharmaceutical industries, in addition to a variety of small start-up companies and the chemical process industry. Graduates also pursue careers in medicine, law and business.

As a management information systems (MIS) major, you will learn to use information technology to solve business problems and find creative competitive advantages. You will learn to leverage information technology to spot business trends, help companies achieve success and add value to business processes. You will learn to analyze needs, design user interfaces and develop custom database systems to help businesses run faster and smoother.

Organizations of all sizes need managers with MIS backgrounds for their combined expertise in computer science, business and management information systems. If you like a challenge, want to be an innovative business leader and enjoy solving business problems with creative, high-tech solutions, MIS is the right major for you.

Program Highlights
Internships and GET Immersion Internship

• MIS students often choose to intern during their summers in order to gain career-related experience. Because of the program’s excellent reputation, many recruiters seek Lerner’s MIS majors for both public accounting firms and public/private industries upon graduation. Top companies come from all over the U.S. including the major cities from New York City to Washington, D.C. The elite 6-month GET Immersion Internship gives you extended, paid on-the-job experience – while earning academic credit.

Peer Mentors

• The peer mentors are accounting and MIS students that serve as liaisons between the department and the students. Peer mentors give guidance to students on topics ranging from major/minor selection and campus organizations to the job search process. You can contact them with a quick question or to develop a long-term mentor/mentee relationship – they are here to make sure you get everything you can out of your college experience.

Materials engineers play a vital role in solving today’s most challenging energy and environmental problems, and the outlook for materials science engineers is incredibly promising. Engineering is one of the highest-paying industries for college graduates, and the job sector of materials science engineers is expected to see substantial growth in the coming decades. Developments in nanotechnology and in the use of biomedical materials, high-performance textiles, composites and sustainable materials are creating job opportunities.

Materials Science and Engineering uses the principles of physics, chemistry, biology, and engineering to develop better, safer and more sustainable materials. Everything we see and use is made from materials derived from the earth, and advanced materials are essential to nearly every modern technology. Materials engineers study the structures and properties of all types of materials – metals, polymers, ceramics, semiconductors and composites – and develop new ways to make them using nanotechnology and advanced manufacturing techniques.