Bachelor of Arts in Biological Sciences Education

at University of Delaware USA

Medical diagnostics is a clinical-oriented science program that incorporates the basic science courses required for admission to medical school with medical-related courses that impact on the diagnosis and therapy of disease. This major prepares students who plan to pursue postgraduate study in health-related areas immediately upon graduation, including careers in medicine, dentistry, optometry, and physician assistant.

Students with the goal of attending Medical School should visit UD's Pre-Med website for advising and admission information. There are two distinct pathways by which students can gain admission to a professional school. One is open to all majors and requires a basic knowledge of science and mathematics. Students taking this option are evaluated by the Health Science Advisement and Evaluation Committee (HSAEC), which writes a University of Delaware recommendation to medical institutions of the student's choice.

Freshmen enter as medical laboratory and diagnostics interest majors. In order to enter the medical diagnostics major at the end of the sophomore year certain criteria are required: a minimum 3.00 GPA for the first four semesters, including successful completion of prerequisite courses in chemistry, biological sciences, physics and/or anatomy and physiology, and completion of at least 60 credit hours, including the prerequisite courses. Admission to the junior/senior major is determined by academic achievement.

Learning Chinese will allow students to experience a culture with a history of 5000 years and learn a language spoken by 1.36 billion people.  China has been playing an increasingly important and influential role globally. The ability to use Chinese and to employ knowledge about Chinese culture is highly valued by the business and professional communities. Our graduates choose a variety of career paths: Some become import/export broker, assisting with marketing activities, other serves as policy analyst, researching and analyzing information to assist in policy planning. Some become teachers, translators, or interpreters; some are employed in government, international travel, or financial services; others go on to advanced degrees in preparation for work in international law, diplomacy, and college teaching. Opportunities in international marketing, advertising, and other communications industries provide further outlets for language skills, coupled with other expertise acquired in joint or double majors.

Medical laboratory science encompasses the essence of biology, chemistry, and medicine. It is associated with the prevention, diagnosis, and therapy of disease through the understanding, application, and performance of clinical laboratory analyses. Medical laboratory scientists perform laboratory tests on blood and other body fluids to aid in the maintenance of health and the diagnosis and treatment of disease. The medical laboratory science major prepares students for national certification as medical laboratory scientists through the American Society for Clinical Pathology Board of Certification (ASCP BOC).

Freshmen enter as medical laboratory and diagnostics interest majors. In order to enter the medical laboratory science major at the end of the sophomore year certain criteria are required: a minimum 2.00 GPA for the first 4 semesters, minimum 2.00 GPA for prerequisite courses in chemistry and biological sciences (science index), and completion of at least 60 credit hours, including the prerequisite courses. Admission to the junior/senior major is determined by academic achievement. Students who meet the standards are admitted to the major in descending order of grade point average until the 36 positions in the junior class are filled. In the past, all sophomores with both a 2.5 or better GPA and a 2.00 or better science index have been successful in gaining admission to the junior/senior major.

?The Department of Mathematical Sciences offers a program in Actuarial Science leading to the Bachelor of Science degree. The major, with courses taught by faculty in the Departments of Economics, Finance, and Mathematical Sciences (among others), provides a strong background in actuarial science, including the satisfaction of all three actuarial science VEE requirements. Students graduating with this degree will be well prepared for the first two actuarial examinations, the foundation of an actuarial career.

Studying environmental science at UD, you will learn how natural processes shape the natural environment and how humans impact nature. If you are passionate about the outdoors, the environmental science major can help you find solutions to environmental issues like habitat loss, sustainable development, water quality, biodiversity, climate change, renewable energy, and more. Environmental science takes a multidisciplinary approach to studying the atmosphere, ocean, earth, and ecosystems, which you then develop into a specialty through studying one of the concentrations listed below. According to the U.S. Department of Labor, environmental science jobs are predicted to grow 8% faster than the overall job market average between 2019 and 2029.

Biomedical engineering applies quantitative engineering analysis and design to biological and medical problems. It is a field dedicated to revealing basic knowledge of disease mechanisms to improve human health, and to developing new technologies and therapies to improve the quality of life.

The aim of our undergraduate program is to provide students with the training necessary to bridge the gaps between medicine, engineering and biomedical research. We provide a broad foundation in chemical, mechanical, materials science and electrical engineering to prepare students for careers in biomedical research and design with a quantitative engineering emphasis. Our undergraduate program is also designed to provide students with sufficient coursework for advanced training at graduate, medical, or in other health professions. The outlook for biomedical engineers is incredibly promising. The Bureau of Labor Statistics projects that employment for biomedical engineers will grow by 7% between 2016 and 2026.

Students pursuing the B.S. in Mathematics acquire depth in several key areas of mathematics, suitable as preparation for graduate study as well as immediate technically-oriented careers in business and government. Students interested in acquiring breadth in the liberal arts and less depth in mathematics can pursue the B.A. in Mathematics. Training in mathematics develops analytical and problem-solving skills that can be widely applied, and students with a degree in Mathematics frequently find rewarding careers that do not use the word “mathematician” in the job title.

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.

Anthropologists study us. We learn how and why people and their cultures are both similar and different over time and around the world. Anthropologists study people and primates face-to-face and we study past peoples by exploring fossils and digging archaeological sites. We examine the origins of humans as cultural beings; the processes that create particular cultures; and how cultures change as people, things, and ideas move and encounter others. In our globalized world, we ask how the local influences and shapes the regional, national and global, and in turn, how the global affects the local. Every career today requires understanding of other cultures, and how they influence our complicated, rapidly changing, interconnected human experience. There’s no limit to where you can go with that kind of understanding of our world and its peoples.

Biological systems have many interacting units at the level of molecules, cells, organs and organisms. These complicated systems may be understood through the construction, analysis and computational simulation of mathematical models. Such models exploit both theory and observation to provide new predictions of the behavior of complex biological systems. The UD Quantitative Biology Program equips students with crucial mathematical tools along with the requisite scientific knowledge necessary to apply them in the life sciences.