The biology major provides students with a broad foundation in the biological sciences, with coursework in subdisciplines such as microbiology, cell biology, genetics, evolution and ecology. Theoretical concepts, applications, and laboratory skills are acquired throughout the major, and students gain proficiency in data analysis, and oral and written forms of communication. Opportunities for field studies and independent research projects are available in a variety of areas. Students completing the program are prepared to pursue graduate and professional school programs in biology and related fields, or enter directly into careers that require an extensive understanding of modern biology.
Program Goals:
Graduates should be able to:
gain a broad background in the biological, physical sciences and mathematics.
develop a broad array of laboratory and research skills.
learn to read, understand and evaluate biological literature.
develop an understanding of the scope of modern biology, and in-depth knowledge in a selected number of biological subjects.
acquire quantitative skills pertinent to biological data analysis.
develop an understanding of biology within societal perspectives.
Student Learning Outcomes
Students who complete the biology program will have:
a wide ranging knowledge of biology and the ability to apply that knowledge in a problem-solving environment [all].
an appreciation that organisms are related to each other in time and space, share processes by which information is coded and transmitted, and live in complex, fragile, interacting ecosystems [BIOL 110, 112, 221 (or ENSC 210), 356; GEOL 326 (elective)].
proficiency in basic laboratory skills common to biology and chemistry, such as microscopy, spectrophotometry, gel electrophoresis, cell culture and volumetric and gravimetric methodologies [BIOL 110, 112, 331, 349, 406, CHEM 110/111, 112/113, 210/211, 212/213, PHYS 110, 112], as well as basic computational skills [BIOL 406].
the ability to communicate scientific information clearly and precisely, to both biologists and non-biologists, in oral and written form [BIOL 110, 356, 357, 400]
an understanding of the principles of experimental design and data analysis, and be able to formulate and carry out strategies for solving scientific problems [BIOL 110, 400, 406, and ENSC 345 or PSYC 242].
had opportunities to conduct research projects as part of upper level coursework, as independent research in collaboration with faculty, or as part of an appropriate cooperative education assignment outside the college [BIIN 351, 430, BIOL 321, 331, 388, 400, 406, ENSC 416], as well as opportunities to take field courses which provide direct exposure to natural biological systems [BIOL 205, 235, 321, ENSC 210, 416].
Program Assessment Methods
Assessment of student learning is done by comparing the first laboratory report in Fundamentals of Biology and the last laboratory report in the Cellular and Molecular Biology course. We also evaluate writing from term papers from the Evolution course.
Students are encouraged in the spring of their senior year to take the Major Field Test in Biology, which is provided by The Educational Testing Service. This test is used by many colleges and universities to measure the academic growth and achievement of their majors.
RECOMMENDED COURSE SEQUENCE FORBIOLOGY MAJORS
*Course prerequisites in italic
Fall Year 1
Spring Year 1
BIOL 110 Fundamentals of Biology I (or spring of freshman year
BIOL 112 Fundamentals of Biology II (or fall of sophomore year)
(BIOL 110 Fundamentals of Biology I)
CHEM 110 Fundamentals of Chemistry I
(but no later than sophomore year)
CHEM 112 Fundamentals of Chemistry II
(but no later than sophomore year) (CHEM 110 Fundamentals of Chemistry I)
First Year Seminar
Social Issues
ENGL 180 College English
Free Elective (may need MATH 110 Precalculus if need calculus for med school etc. and didn’t get a score of 101-120 on CLM test or may want to take MATH 121 Calculus I now while fresh in mind from high school if score was high enough)
Fall Year 2
Spring Year 2
CHEM 210 Organic Chemistry I (but no later than junior year) (CHEM 112 Fundamentals of Chemistry II)
CHEM 212 Organic Chemistry II (but no later than junior year)
(CHEM 210 Organic Chemistry I)
BIOL 331 Genetics (fall or spring) (BIOL 112 Fundamentals of Biology II and CHEM 112 Fundamentals of Chemistry II)
BIOL 221 General Ecology (fall or spring) (BIOL 101 Introduction to Biology or BIOL 110 Fundamentals of Biology I) or ENSC 210 Theoretical and Field Ecology (BIOL 110 Fundamentals of Biology I)
Math req (if took precalculus would want to take MATH 121 Calculus I this semester while precalculus material is still fresh) If took Calculus I last semester and want to take MATH 122 Calculus II as second math requirement take it this semester. See spring of year 3 for additional courses that would fill math requirement
Readings in Humanities (College English)
History
GINT International Issues
Fall Year 3
Spring Year 3
BIOL 406 Cell and Molecular Biology (fall or spring) Junior or senior year (CHEM 212 Organic Chemistry II andBIOL 331 Genetics)
Additional Math requirement courses:
ENSC 345 Environmental Research Design and Statistics (BIOL 221 General Ecology) or CMPS 147 Computer Science I (no prerequisite) or PSYC 242 Statistics (any previous math course)
PHYS 110 Fundamentals of Physics I
PHYS 112 Fundamentals of Physics II
(PHYS 110 Fundamentals of Physics I)
Biology Elective (fall or spring)
GNAM Intercultural North America
GTAH Topics in Humanities or GTSS Topics in Social Sciences
SCIN TAS school core
Fall Year 4
Spring Year 4
BIOL 356 Evolution (fall or spring) Junior or senior year(BIOL 331 Genetics)
Free elective
Biology Elective (fall or spring)
Free elective
Free elective
Free elective
Free elective
Free elective
Note: The two Biology electives may be taken in any of the free elective spaces.
Note: General Education and TAS school core requirements may be taken in semesters other than those listed to fit the students’ schedules e.g. International Issues could be switched with Intercultural North America etc.
Biology Electives – Prerequisites in italic
BIOL 213 & BIOL 215 Anatomy and Physiology I and II (Lab)
(Must take both fall and spring semesters to count as a lab elective
BIOL 345 Nutrition and Human Metabolism (BIOL 110 Fundamentals of Biology I)
BIOL 325 Comparative Vertebrate Anatomy (Lab) (fall only) (BIOL 110/112Fundamentals of Biology I and II)
BIOL 303 Biology of Development (Lab) (spring only) (BIOL 112 Fundamentals of Biology II)
BIOL 310 Microbiology (Lab) (fall of odd years only) (CHEM 210 Organic Chemistry I and BIOL 331 Genetics)
BIOL 357 Immunology (spring of even years only) (BIOL 331 Genetics and CHEM 210 Organic Chemistry I)
BIOL 349 Histology (Lab)
(spring of odd years only) (BIOL 112 Fundamentals of Biology II)
BIOL 343 Neuroscience (BIOL 110/112 Fundamentals of Biology I and II or BIOL 213/215 Anatomy and Physiology I and II)
ENSC 416 Ecosystems (Lab) (ENSC 210 Theoretical andField Biology and CHEM 112 Fundamentals of Chemistry II)
ENSC 325 Biological Conservation (BIOL 221 General Ecology)
GEOG 309 Biogeography (BIOL 221 General Ecology)
BIIN 351 Protein Structure and Modeling
(CHEM 212 Organic Chemistry II)
ENSC 317 Tropical Ecosystems (Field study in Costa Rica) (May – prep and June in Costa Rica) (a college level course in biology e.g. .BIOL 110 Fundamentals of Biology or BIOL 101 Introduction to Biology)
GEOL 326 Paleontology, Paleoecology and Paleoenvironments (Fundamentals of Biology I)
Independent Study
Additional Information:
What Can I Do With a Degree in Biology? (link - contains info from the current catalog page)
BIOLOGY/PRE-PHYSICAL THERAPY COMBINED DEGREE PROGRAM WITH UMDNJ
This program is offered jointly by Ramapo College and the University of Medicine and Dentistry of New Jersey – School of Health Related Professions (UMDNJ-SHRP). The program includes three years (full time) undergraduate education at Ramapo College followed by three years (full time) of entry-level professional physical therapy education at UMDNJ. At the end of the senior year of the undergraduate curriculum, which will also serve as the first year of the graduate curriculum, students will receive a B.S. degree (in Biology) conferred by Ramapo College. The program terminates at the end of the second post baccalaureate year in a Doctor of Physical Therapy degree conferred by UMDNJ.
Students meeting the following criteria can be admitted into the professional phase of the program at UMDNJ:
Admission to Ramapo’s Biology/Physical Therapy track (excellent SAT scores and high school grade point average required)
3.0 GPA upon completion of all math and science prerequisites at Ramapo
Knowledge of the field through actual work or volunteer experience
Excellent composite recommendation by RCNJ faculty
Students who do not meet the admission criteria for entry to the professional phase but demonstrate a satisfactory grade point average and satisfactory scores on all three sections of the Graduate Record Exam also may apply after three years of undergraduate education to the UMDNJ Physical Therapy admission committee for admissions to the program through the general application process.
BIOLOGY / PHYSICIAN ASSISTANT
This program is jointly offered by Ramapo College and the University of Medicine and Dentistry of New Jersey - School of Health Related Professions (UMDNJ-SHRP). The program will include three years (full-time) undergraduate education at Ramapo College followed by three years (full-time) of entry-level professional education at UMDNJ. At the end of the senior year of the undergraduate curriculum, which will serve as the first year for the professional curriculum, students will receive a B.S. degree (in Biology) conferred by Ramapo College. The program will terminate at the end of the second post baccalaureate year in Master's of Science in Physician Assistant conferred by UMDNJ.
To be considered for this special program, you must make a separate application by June 1st of your sophomore year. (The application forms are available in the Dean's Office in the School of Theoretical and Applied Science.) A student must have an overall Ramapo grade point average of 3.0 and should have completed the following courses with a grade of "C" or better:
Fundamentals of Biology I Lec/Lab
Fundamentals of Biology II Lec/Lab
Precalculus OR Calculus I
Organic Chemistry Lec/Lab
Introduction to Psychology
Humanities and/or Social Science
College English
Readings in Humanities
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