This recommended four-year plan is designed to provide a blueprint for students to complete their degrees within four years. These plans are the recommended sequences of courses. Students must meet with their Major Advisor to develop a more individualized plan to complete their degree. This plan assumes that no developmental courses are required. If developmental courses are needed, students may have additional requirements to fulfill which are not listed in the plan and degree completion may take longer.
NOTE: This recommended Four-Year Plan is applicable to students admitted into the major during the 2023-2024 academic year.
First Year
Fall Semester
- BIOL 111 - FUNDAMENTALS OF BIOLOGY I LECTURE (HRS 4)
- BIOL 111L - FUNDAMENTALS OF BIOLOGY I LAB (HRS 1)
- CHEM 116 - GENERAL CHEMISTRY I LECTURE1 (HRS 4)
- CHEM 116L - GENERAL CHEMISTRY I LAB1 (HRS 1)
- Gen Ed: INTD 101 - FIRST YEAR SEMINAR (HRS 4)
- Gen Ed: CRWT 102 - CRITICAL READING AND WRITING II (HRS 4)
- Total: (HRS 18)
Spring Semester
- BIOL 113 - FUNDAMENTALS OF BIOLOGY II LEC (HRS 4)
- BIOL 113L - FUNDAMENTALS OF BIOLOGY II LAB (HRS 1)
- CHEM 117 - GENERAL CHEMISTRY II LECTURE (HRS 4)
- CHEM 117L - GENERAL CHEMISTRY II LAB (HRS 1)
- Gen Ed: Quantitative Reasoning – MATH 121 - CALCULUS I (HRS 4)
- Gen Ed: - HISTORICAL PERSPECTIVES (HRS 4)
- Career Pathways: PATH TS1 - CAREER PATHWAYS MODULE 1 FOR THEORETICAL & APPLIED SCIENCE
- Total: (HRS 18)
Second Year
Fall Semester
- CHEM 211 - ORGANIC CHEMISTRY I LECTURE (HRS 4)
- CHEM 211L - ORGANIC CHEMISTRY I LAB (HRS 1)
- MATH 122 - CALCULUS II (HRS 4)
- PHYS 116 - PHYSICS I WITH CALCULUS LECTURE (HRS 4)
- PHYS 116L - INTRODUCTORY PHYSICS I LAB (HRS 1)
- Gen Ed: - SOCIAL SCIENCE INQUIRY (HRS 4)
- Career Pathways: PATH TS2 - CAREER PATHWAYS MODULE 2 FOR THEORETICAL & APPLIED SCIENCE
- Total: (HRS 18)
Spring Semester
- CHEM 213 - ORGANIC CHEMISTRY II LECTURE (HRS 4)
- CHEM 213L - ORGANIC CHEMISTRY II LAB (HRS 1)
- PHYS 117 - PHYSICS II WITH CALCULUS LEC (HRS 4)
- PHYS 117L - INTRODUCTORY PHYSICS II LAB (HRS 1)
- Gen Ed: - STUDIES IN THE ARTS AND HUMANITIES formerly known as - STUDIES IN THE ARTS AND HUMANITIES AIID 201 - STUDIES IN THE ARTS & HUMANITIES (HRS 4)
- Career Pathways: PATH TS3 - CAREER PATHWAYS MODULE 3 FOR THEORETICAL & APPLIED SCIENCE
- Total: (HRS 14)
Third Year
Fall Semester
- CHEM 324 - QUANTITATIVE CHEM ANALYSIS LEC (HRS 4)
- CHEM 324L - QUANTITATIVE CHEM ANALYSIS LAB (HRS 1)
- CHEM 425 - BIOCHEMISTRY I** (HRS 4)
- BIOL 332 - GENETICS LECTURE** WI (HRS 4)
- BIOL 332L - GENETICS LAB** WI (HRS 1.5)
- Elective: TAS Research Honors Course RE # (HRS 1)
- Total: (HRS 15.5)
Spring Semester
- CHEM 350 - PHYSICAL CHEMISTRY I LECTURE (HRS 4)
- CHEM 446 - BIOCHEMISTRY II LECTURE C (HRS 4)
- Gen Ed: Distribution Category (choose 1): - CULTURE AND CREATIVITY, - SYSTEMS, SUSTAINABILITY AND SOCIETY, or - VALUES AND ETHICS (HRS 4)
- Elective: TAS Research Honors Course RE # (HRS 1)
- Total: (HRS 13)
Fourth Year
Fall Semester
- CHEM 430 - EXPERIMENTAL BIOCHEMISTRY WI (HRS 2)
- CHEM 350L - PHYSICAL CHEMISTRY I LAB WI (HRS 1.5)
- Elective Course RE (HRS 4)
- Elective: TAS Research Honors Course RE # (HRS 1)
- Gen Ed: - GLOBAL AWARENESS (HRS 4)
- Gen Ed: Distribution Category (choose 1): - CULTURE AND CREATIVITY, - SYSTEMS, SUSTAINABILITY AND SOCIETY, or - VALUES AND ETHICS (Must be outside of TAS) (HRS 4)
- Total: (HRS 16.5)
Spring Semester
- BIOL 407 - CELL & MOLECULAR BIOLOGY LEC** WI (HRS 4)
- BIOL 407L - CELL & MOLECULAR BIOLOGY LAB** WI (HRS 1.5)
- Elective Course (HRS 4)
- Elective: TAS Research Honors Course RE # (HRS 1)
- Electives for ACS Certification# (HRS 5)
- Total: (HRS 15.5)
Total Credits Required: 128 credits
GPA Required: overall GPA 2.0 and major GPA 2.0
**Offered in both fall and spring semesters
1Also satisfies Gen-Ed: Scientific Reasoning Category
2Also satisfies Gen-Ed: Quantitative Reasoning Category
# For biochemistry major students, there are two different options to follow to be certified by the
American Chemistry Society (ACS), (this is not required to graduate)
- Option 1: Complete Advanced Inorganic Chemistry Lecture (CHEM 451), Advanced Inorganic
Chemistry Lab (CHEM 451L) and at least one semester of TAS Research Honors as electives
- Option 2: Complete Advanced Inorganic Chemistry Lecture (CHEM 451), Advanced Inorganic
Chemistry Lab (CHEM 451L), Instrumental Analysis Lecture (CHEM 427) and Instrumental
Analysis Lab (CHEM 427L) as electives
RE Although no additional electives are required to graduate, the Biochemistry Program strongly recommends taking optional recommended electives (see list of the recommended elective courses from biochemistry major requirements at www.ramapo.edu/catalog)
Biochemistry Program strongly recommends taking TAS Research Honors courses (SRSH 301,
302, 401 and 402) during the 3rd and 4th year for hands-on research experience. Students who
complete all of TAS Research courses (SRSH 301, 302, 401, and 402) will graduate with TAS
Research Honors Distinction.
C Biochemistry II (CHEM 446) capstone course is designed to draw from and build on content
and skills learned during a student’s progression through the major with a significant writing
component. In undertaking this course, students will demonstrate: a thorough understanding of
the relevant biochemistry material, an ability to apply problem-solving strategies, oral and written
communication and presentation skills, an ability to comprehend and critically evaluate scientific
literature. Senior presentation for biochemistry major will be one of the requirements for this
course. Requires prerequisite CHEM 425
WI: Writing Intensive – 3 courses required in the major
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