Bachelors in Biology & Science in USA

The Biology program at New Paltz offers students excellent preparation for graduate school, medical school, or a career in industry or one of the many allied health fields. Our faculty-mentored research opportunities are unparalleled, and our modern, research-quality instrumentation enables students to pursue every interest from molecular signaling and environmental conservation to neurophysiology and animal behavior.

The field of biology is ideal for students who are deeply interested in how the natural world works and who want to learn more about it through targeted research. You can expect to take chemistry, math and liberal arts courses in addition to biology classes, plus you can choose a focus in areas such as botany, zoology, molecular biology or field biology. There’s even a biology teacher education concentration in conjunction with WOU’s College of Education.

If you have a passion for understanding how cells and living organisms function and enjoy scientific experimentation and field or laboratory studies, then you should consider majoring in biology. Biology is the study of living organisms (bacteria, algae, protozoans, fungi, plants, and animals). It is a large discipline that encompasses molecules and cells, organs and organ systems, organisms, populations, communities, and ecosystems.

 Biologists study cell and molecular biology, genetics and evolution, organismal biology, systematics and ecology, and behavior. The Department of Biological Sciences offers bachelor's and master's degrees in Biological Sciences. When students complete a bachelor's degree in Biological Sciences, they are prepared for exciting careers in the sciences and eligible for graduate study in master or doctoral programs or health-related fields (e.g., chiropractors, clinical laboratory scientists, dentists, nurses, optometrists, pharmacists, physical therapists, physicians, and veterinarians). Visit our Careers in Biological Sciences web page to explore the possibilities.

The Botany option in Biology provides a broad background of knowledge and experience in plant identification, plant physiology, plant anatomy, and the
ecology of plants. Advanced coursework is available in field mycology (study of fungus), phycology (the study of algae), freshwater biology, limnology, diseases
of trees and shrubs, and wetland and aquatic plants.

The Department of Biophysics offers programs leading to the B.A., M.A., and Ph.D. degrees. Biophysics is appropriate for students who wish to develop and integrate their interests in the physical and biological sciences.

Research interests in the Department cover experimental and computational, molecular and cellular structure, function, and biology, membrane biology, and biomolecular energetics. The teaching and research activities of the faculty bring its students in contact with biophysical scientists throughout the university. Regardless of their choice of research area, students are exposed to a wide range of problems of biological interest

The biochemistry, cell and molecular biology (BCMB) major is an interdisciplinary course of study with the Biology and Chemistry Departments. BCMB at Scranton includes the cutting edge topics of genomics (study of an organism’s entire genetic make-up), proteomics (study of the structure and functions of proteins) and bioinformatics (using technology to store and evaluate biological data).

Graduates with the BCMB major are prepared for advanced study, including medical school and research-based Ph.D. programs, or for biotechnical careers in the pharmaceutical, health or agricultural industries. 

A Bachelor’s degree in Biology prepares students in the major areas of the life sciences as well as in the cognate areas of Chemistry, Mathematics, and/or Physics.

Faculty advisers work closely with each student to plan a series of required and elective courses based on individual interests and career goals.

A core of basic science courses includes general biology, evolution and population biology, reading and writing in biology, comparative anatomy and physiology, genetics. A range of electives covers animal behavior, aquatic biology, biochemistry, bioinformatics, cell biology, conservation biology, developmental biology, histology, marine biology, microbiology, molecular biology, neurobiology, pathophysiology and more..

Laboratory sections generally have smaller enrollments than lecture and thus are especially good for interaction with faculty and other students and for integrative, collaborative and inquiry-based learning.

It is the policy of the Biology Department that General Biology I and II must be taken in the Biology Department at Arcadia or transferred in from an accredited four- or two-year college. Credits earned through an Advanced Placement Exam or International Baccalaureate do not substitute for General Biology I or II.  Students enrolled in the biology major at Arcadia are expected to take their biology courses at Arcadia or at an approved study abroad site.

The B.S. Biology Secondary Education with Integrated Science emphasis is designed for students seeking a career in secondary education.  Successful completion of this degree, the secondary education program and the required PRAXIS exams, allows students to obtain the Biological Sciences and the Mid-Level Science endorsement. This certifies the student to teach high school biology and 7th & 8th grade science.

The major in ECOLOGY, BEHAVIOR AND EVOLUTION (EBE) studies the relationships among living beings, their patterns of behavior and the forces that influence their evolution. Students in the EBE major usually pursue careers in field research and academia. This is also a popular major for Pre-Veterinary students.

Students in the EBE major are required to participate in either the Field Biology Quarter (FBQ) or the Marine Biology Quarter (MBQ). The field quarters provide undergraduates with the opportunity to live the life of a biological researcher. Under the guidance of department faculty and graduate assistants, the students design their own research projects, reside and collect data at a field station, conduct experiments to test their hypotheses, and present their work at the end of the quarter. Moreover, some of our undergraduates have had their research published in major peer-reviewed journals.

Southern Utah University’s biology major educates students in a variety of areas, including: botany, forensic science, biology education, zoology. Because classes are purposely kept small, students have opportunities to work closely with their biology instructors on research projects, assignments, and field trips to the major ecoregions located within driving distance of SUU. This combination of coursework and experiential learning prepares students for post-baccalaureate pursuits.

Biology majors can pursue Massachusetts state licensure by completing the secondary education concentration. In doing so, you will be eligible to receive a license to teach Biology, grades 8-12, in Massachusetts.

The experience you gain at Endicott is comprehensive. You will complete freshman and sophomore internships in a range of school settings, a sophomore and junior field experience connected to your secondary education courses, a junior year pre-practicum, and senior year full practicum experience. Upon graduation, you will have completed all of the requirements necessary to apply for an initial license in the Commonwealth of Massachusetts, and you will be eligible to pursue licensure in many other states. Students receive free preparation for the required Massachusetts Tests for Educator Licensure (MTEL) as part of the program.

Our Bachelor of Science in Biology comprises a core curriculum in humanities and research principles and practices, followed by coursework in anatomy, physiology, biochemistry, microbiology, genetics, cell biology, evolutionary biology, general and organic chemistry, physics, and calculus. Our major also fulfills all the requirements for entrance to medical school, or to pursue graduate studies in dentistry, podiatry, veterinary medicine, and other areas.

You’ll learn within a stimulating and rigorous environment that provides for highly interactive education and research experience. Our faculty members are experts in their fields, offering you a range of research opportunities in areas such as anatomy and histology, animal behavior, biochemistry, cancer biology, genetics, microbiology, neuroscience, and molecular and cellular biology.

You'll get critical experience through internships at metropolitan area hospitals such as Columbia University Medical Center and New York-Presbyterian Hospital and pharmaceutical companies like Advanced Biotech, Boheringer Ingleheim, and Pfizer.

Are you ready to be part of the biotechnological revolution? If so, Lawrence Tech’s Bachelor of Science in Molecular + Cell Biology can prepare you for a fulfilling science career. Imagine working alongside professionals at the forefront of today’s modern advances in biology and medicine!

While molecular and cell biologists study cells and molecules, they seek to understand how these crucial components integrate into the biological whole, investigations that lead to advanced knowledge. In the last half of the 20th century alone, scientists developed a greater understanding of proteins and nucleic acids, which revealed the way individual cells function as “chemical factories.” They also learned how larger organisms are equivalent to complex economies. The very essence of any biological organism is encoded in its DNA, and its continuing existence and functional development depend on a delicate molecular ballet.

If you are a hands-on student who is excited and inspired by scientific discoveries like these, LTU’s molecular and cell biology program may be for you. Highlights include: 

• Degree is the first of its kind in southeastern Michigan
• Comprehensive program emphasizes the role of individual cells and molecules in influencing the biology of organisms, populations and communities 
• The program prepares you to follow any number of paths in biology 
• The breadth of biological disciplines are integrated into the program 
• The degree also prepares you for medical or other professional schools, or to pursue graduate studies in a biological discipline

With a chemistry or biochemistry degree from our American Chemical Society certified program, you could end up working on a cure for cancer; monitoring pollutants in the local watershed; researching superior energy solutions (i.e., battery technology or solar panels); developing new textiles, cosmetics or pharmaceutical products; or creating the global supply of a new compound.

Our program combines rigorous academics with extensive opportunities for research and work in the lab. You’ll gain a solid foundation in the math and the physical sciences while developing your critical-thinking, problem-solving, teamwork and leadership skills. These skills are in demand in today’s workforce. Graduates are skilled technicians.

All undergraduate biology majors will receive thorough instruction in the scientific process and interpretation of scientific data along with experimental design and experience with modern instrumentation. The Bachelor of Science in Biology will provide students with a sound understanding of cellular and molecular biology, organismal biology, evolution and ecology.

There are three broad subdivisions of biology that are invariably recognized: Cellular and Molecular Biology; Organismal Biology; and Evolution/Ecology. GC Biology graduates will have a knowledge and awareness of all three areas and specific knowledge regarding: the chemical composition of life, cell structure and function, molecular, Mendelian and population genetics, the diversity of life, the form and function of living systems, evolutionary theory and ecology.

The University of Mount Union’s Bachelor of Science in Biochemistry degree is approved by the American Chemical Society (ACS) Committee and prepares students for rewarding careers in biotechnology, molecular biology, pharmacology, and other health and medical sciences.

Faculty at the University are dedicated professionals committed to helping students excel and gain real-world knowledge to pursue careers or graduate school. Small class sizes place a strong emphasis on the importance of the relationship between the student and professor, allowing them to work together to foster an environment suitable for learning.