Bachelor of Arts in Economics

at University of Delaware USA

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.

Physiology is the study of how living organisms function under normal conditions and is a foundational component of many careers in the health sciences. The BS in Human Physiology is intended for undergraduate students interested in careers in medicine, biomedical research, industry or other allied health professions for which a comprehensive knowledge of human physiology is required. The curriculum includes core courses in biology, chemistry, physics, and mathematics along with extensive upper level courses in human anatomy and physiology. The major is particularly suited for those who plan to continue their studies at the post-baccalaureate level through graduate or professional training. By selecting from a list of recommended electives, students can easily achieve all of the necessary prerequisite requirements for admission into medical and dental schools and be prepared to take the applicable entrance exams. Alternatively, those interested in other careers within the health sciences can choose among a broader list of electives that further enhance their understanding of human health and disease. The curriculum is intentionally demanding with the goal of providing the next generation of leaders in the health sciences with foundational knowledge in human physiological function at the molecular, cellular and organism level.

The Nutrition and Dietetics majors is for individuals who enjoy science and who believe that proper nutrition is a key aspect of health and well-being. Registered Dietitian Nutritionists (RDNs) are qualified healthcare professionals trained to deliver evidence-based nutrition information and medical nutrition therapy to patients and to the public. The Nutrition and Dietetics major at the University of Delaware is accredited by the Accreditation Council for Education in Nutrition and Dietetics, the credentialing agency of the Academy of Nutrition and Dietetics. Completion of a post-undergraduate accredited dietetic internship is the next step toward becoming a Registered Dietitian Nutritionist (RDN).

UNDERSTAND TODAY'S WORLD — BECOME A GLOBAL CITIZEN

The Global Studies major enables students to succeed in an increasingly globalized society by exposing them to the political and cultural foundations of global issues. Our majors develop an analytical approach to critical issues that appear across national boundaries and cultural regions — examining them from a variety of disciplines. This integrated interdisciplinary program of study prepares majors for a broad range of career paths including government and international business or in international health, humanitarian, environmental, development and other types of non-governmental agencies.

Landscape Architecture is perfect for any student interested in learning ways to address solutions to environmental, natural resource and sustainability challenges at local, regional and global levels. Landscape architects work in cities and communities to help keep air and water clean, provide habitat for wildlife and build safe, beautiful places for people to enjoy. They work in interdisciplinary firms with other professionals to design outside spaces where people live, work and play. So many of your favorite parks, plazas, golf courses and certainly college campuses resulted directly from the hands-on technical expertise and aesthetic sensibility of landscape architects. If you have been to Central Park in New York City or the Baltimore Inner Harbor, you have visited places designed, planned and managed by landscape architects.

The entrepreneurship (ENTR) major will provide you with the knowledge, skills, connections and resources you need to launch a startup, foster innovation in an established company or develop sustainable solutions to important societal problems.

Technology innovation changes the world by creating new knowledge, disrupting established industries and reshaping career paths. The entrepreneurship major prepares you to adapt and thrive amidst this rapid change.

Through first-hand experience, you will learn to recognize opportunity, generate ideas, validate business models, influence others, bring innovative technologies to market and launch and grow new ventures.You’ll join other students and entrepreneurs through the programs of Horn Entrepreneurship.

Program Highlights
Focused Study

• Enrollment in the ENTR major is limited to 30 students per year. This enables us to deliver a high-impact, small-school experience as well as the many opportunities associated with attending a major research university.
• You’ll move through the program with the other students in your class as a cohort, completing required entrepreneurship courses and being immersed in the broader entrepreneurial community together. Seasoned entrepreneurs and business leaders actively engage with you in all program courses and co-curricular activities.

The biological sciences curriculum helps students develop an understanding of principles governing biological processes that span a continuum from molecules and cells to organisms and ecosystems. In addition to conveying fundamental scientific knowledge, our curriculum aims to provide opportunities for students to understand and use the process of scientific inquiry,  to promote development of students’ critical thinking and problem-solving skills and to help students gain the background essential for making informed decisions about issues that relate to science, technology and the environment.

The B.A. in Biological Sciences provides excellent preparation for advanced study in graduate school or professional programs. The B.S. in Biological Sciences, as well as the B.S. in Biological Sciences with a concentration in Cellular & Molecular Biology & Genetics, offer the opportunity for highly motivated students to pursue the curriculum in greater depth. The B.S. degree in Biological Sciences, with a concentration in Pharmaceutical Sciences, is a joint program with Thomas Jefferson University College of Pharmacy.

The Energy and Environmental Policy (ENEP) degree prepares students to address Energy and Environmental initiatives from multiple disciplines. The major offers an exciting opportunity for students to prepare for academic and professional careers in the high-demand fields of energy, environment, sustainable development and climate change.

As computer systems and the Internet of Things become an essential part of everyday lives, protecting their security and privacy is a top priority. In our interconnected world, cyberattacks can affect businesses and communities all over the world, and cybersecurity engineers are the ones defending our rapidly changing digital frontier. Cybersecurity engineers design hardened systems, build secure applications and networks, analyze data breaches and identify vulnerabilities in cyberspace, confronting emerging threats and driving technological innovation. Are you ready to make a difference as a cybersecurity engineer?

UD Cybersecurity Engineering graduates are in high demand as the cybersecurity industry rapidly grows every year. Most graduates pursue exciting careers in the private sector, including technology companies, banking institutions, and telecommunication providers, as well as government agencies, research centers, and the defense industry. Alternatively, cybersecurity engineering graduates choose to pursue graduate education, including master’s or Ph.D. degrees, as well as attend business, medical or law schools. Students who earn advanced degrees in engineering usually advance into leadership positions within their discipline, or pursue a career in advanced research in industry or academia.

Think fashion is only about great designs? Think again. Producing great designers is only part of the apparel design program at the University of Delaware. In addition to becoming proficient in conceptualization, drawing and rendering, flat pattern development, draping and product development, students explore and address the challenges in the apparel industry.

Fashion design students develop an understanding of the complexities of the industry and responses necessary to build a more sustainable model. Computer-aided design, portfolio development, textiles, and historical costume courses enable our students to have a holistic understanding of the present and future needs of the fashion design industry.