Overview

The Bachelor of Science in Integrative Genetics and Genomics, offered by the Department of Biology, is designed to meet the growing need for professionals who can seamlessly combine classical molecular and cell biology knowledge with advanced data science skills. This innovative curriculum is structured around two main pillars: the computational biology skill set necessary for accessing and processing large datasets, and a rigorous molecular biology knowledge base to interpret and derive meaningful insights from the data.

Students will begin their academic journey by establishing a solid foundation in Chemistry, Biology, and Mathematics. As they progress, they will have the opportunity to specialize in either Molecular Cell Biology or Genetics. A distinctive feature of this program is the requirement for all students to engage in a minimum of two semesters of undergraduate research, providing hands-on experience and practical application of their skills. Graduates of this program will be highly competitive for positions in academia, industry, or government, and will be exceptionally well-prepared for top graduate and professional programs.

Campus Location: Main

Program Code: ST-IGG-BS

Distinction in Major

To graduate with distinction in this major, a student must satisfy the following criteria:

  • achieve a minimum 3.2 cumulative GPA;
  • achieve a minimum 3.2 major GPA;
  • successfully complete BIOL 4391 Accelerated Research in Biology, BIOL 4291 Extradepartmental Research, or BIOL 4396 Advanced Study in Biology for a total of 6 credits over two semesters;
  • write a final research paper; and/or
  • present their research at a departmental research poster session.

Undergraduate Contact Information

Robert Sanders, Chair
Biology-Life Sciences Building, Room 255
215-204-8851

Erik Cordes, Vice Chair
Biology-Life Sciences Building, Room 315A
215-204-8876

Angela Bricker, Faculty Advisor - junior and senior year
Biology-Life Science Building, Room 248C
215-204-8578
abricker@temple.edu

Jay Lunden, Faculty Advisor - first and second year
Biology-Life Science Building, Room 248M
215-204-8524
jlunden@temple.edu

These requirements are for students who matriculated in academic year 2024-2025. Students who matriculated prior to fall 2024 should refer to the Archives to view the requirements for their Bulletin year.

Bachelor of Science Requirements

Summary of Requirements for the Degree

  1. University Requirements
    • Students must complete all University requirements including those listed below.
    • All undergraduate students must complete at least two writing-intensive courses for a total of at least six credits at Temple as part of their major. The specific writing-intensive course options for this major are:
      BIOL 2297Research Techniques in Genetics3
      BIOL 4396Advanced Study in Biology3
    • Students must complete the General Education (GenEd) requirements.
      • See the General Education section of the Undergraduate Bulletin for the GenEd curriculum.
      • Students who complete CST majors receive a waiver for 2 Science & Technology (GS) and 1 Quantitative Literacy (GQ) GenEd courses.
    • Students must satisfy general Temple University residency requirements.
  2. College Requirements
    • A minimum of 90 total credits within the College of Science & Technology (CST), the College of Liberal Arts (CLA), and/or the College of Engineering (ENG).
      • A minimum of 45 of these credits must be upper-level (courses numbered 2000 and above).
    • Complete a one-credit first-year or transfer seminar.
      • SCTC 1001 CST First Year Seminar for every entering first-year CST student.
      • SCTC 2001 CST Transfer Seminar for every entering transfer CST student.
  3. Major Requirements for Bachelor of Science (79-85 s.h.)
    At least 9 courses required for the major must be completed at Temple. At least 6 Biology courses must be completed at Temple.
    Biology
    BIOL 1111Introduction to Organismal Biology4
    or BIOL 1911 Honors Introduction to Organismal Biology
    BIOL 1112Introduction to Biomolecules, Cells and Genomes4
    or BIOL 1912 Honors Introduction to Biomolecules, Cells and Genomes
    BIOL 2207Genetics3
    BIOL 2297Research Techniques in Genetics (WI) 13
    BIOL 3113Genome Analytics3
    Select one of the following: 23-4
    Cell Structure and Function (F)
    Molecular Biology
    General Biochemistry I
    BIOL 3403Genomic Biology3
    Select one of the following:3-4
    Biological Models in Python
    Introduction to Problem Solving and Programming in Python
    Computer Programming in C
    BIOL 4396Advanced Study in Biology3
    BIOL 4XXX3
    Chemistry
    Select one of the following:4
    General Chemistry I
    and General Chemistry Laboratory I
    Honors General Chemical Science I
    and Honors Chemical Science Laboratory I (F)
    Select one of the following:4
    General Chemistry II
    and General Chemistry Laboratory II
    Honors General Chemical Science II
    and Honors Chemical Science Laboratory II (S)
    Select one of the following:4
    Organic Chemistry I
    and Organic Chemistry Laboratory I
    Organic Chemistry for Honors I
    and Organic Honors Laboratory I (F)
    Select one of the following:4
    Organic Chemistry II
    and Organic Chemistry Laboratory II
    Organic Chemistry for Honors II
    and Organic Honors Laboratory II (S)
    College of Science and Technology
    SCTC 1013Elements of Data Science for the Physical and Life Sciences3
    Integrative Genetics and Genomics Electives
    Select four from the following: 3, 4, 512-16
    Human Evolution
    Fundamentals of Medical Genetics
    Integrative Cell and Tissue Biology
    Directed Readings (With Approval from Program Director)
    Evolution
    Fundamentals of Genomic Evolutionary Medicine
    Evolutionary Ecology
    Genomics and Infectious Disease Dynamics
    Human Genetics
    Introduction to Bioinformatics and Computational Biology
    Cell Structure and Function 2
    Theoretical Population Genetics
    Evolutionary Genetics and Phylogenetics
    Behavioral Genetics
    Genomics and Evolutionary Biology of Parasites and Other Dependent Species
    Parasitology
    Experimental Marine Biology
    Marine Ecology
    Animal Behavior
    Developmental Biology
    Fundamentals of Cell and Cancer Biology
    Ecology of Invasive Species
    Advanced Cell Biology
    Conservation Biology
    Biostatistics
    Tropical Marine Biology
    General Microbiology
    Plant Community Ecology
    Global Change Science: Analytics with R
    Molecular Biology 2
    Immunology
    Virology
    Developmental Genetics
    Mammalian Physiology
    Life at the Extremes - Polar Biology
    Freshwater Ecology
    Systems Neuroscience
    Neural Basis of Animal Behavior
    Organization and Development of the Nervous System
    Cellular and Molecular Neuroscience
    Molecular Neuropharmacology
    Mammalian Development
    Theory and Applications of Cancer Biology
    The New Neuroimmunology
    Biology of Cancer
    Approaches to Disease Modeling, Diagnosis and Therapy
    Cell Proliferation
    The Molecular Regulation of Cell Migration and Morphogenesis During Development and Disease
    Cell Signaling
    Biotechnology
    Contemporary Biology (With Approval from Program Director)
    Field Research in Community Ecology
    Biological Impacts of Global Climate Change
    Epigenetics
    Genome Editing
    Biochemistry of Embryogenesis
    Evolutionary Developmental Biology: Evo-Devo
    Stem Cell Biology
    Advanced Special Topics in Biochemistry
    General Biochemistry I 2
    General Biochemistry II
    Analytical Chemistry
    Analytical Chemistry Lab
    Organic Structure and Mechanisms
    Organic Synthesis Methodology
    Synthesis and Identification of Organic and Medicinal Compounds
    Computational Probability and Statistics
    Database Management Systems
    Mathematical Concepts in Computing II
    Data Structures
    Architecture, Operating Systems and Networking
    Introduction to Artificial Intelligence
    Introduction to Systems Programming and Operating Systems
    Computer Architecture
    Data Structures and Algorithms
    Principles of Data Science
    Introduction to Information Visualization
    Principles of Database Systems
    C++ Applications Programming
    Knowledge Discovery and Data Mining
    Foundations of Machine Learning
    Probability and Statistics
    Linear Algebra
    Probability Theory I
    Mathematical Statistics
    Mathematics
    MATH 1041Calculus I4
    or MATH 1941 Honors Calculus I
    Select one of the following:4
    Calculus II
    Honors Calculus II
    Introduction to Probability and Statistics for the Life Sciences
    Physics
    Select one of the following:4
    Introduction to General Physics I
    Elementary Classical Physics I
    Honors Elementary Classical Physics I
    General Physics I
    Honors General Physics I
    Select one of the following:4
    Introduction to General Physics II
    Elementary Classical Physics II
    Honors Elementary Classical Physics II
    General Physics II
    Honors General Physics II
    Total Credit Hours79-85
    (F) - Fall only course
    (S) - Spring only course
    1

    This course has a co-requisite of BIOL 2207.

    2

    Only one of these courses (BIOL 3204, BIOL 3324, or BIOL 4375) need be selected to meet the requirement of the major. If additional courses from this group are taken they may be used to fulfill the requirement for upper-level electives.

    3

    Up to one (1) Elective (3-4 s.h.) may be replaced by a Cognate elective selected from the following: MATH 1042/MATH 1942; or MATH 2043/MATH 2943 (but only one of these math courses, and MATH 1042/MATH 1942 may only count if MATH 1044 is used to satisfy the second math course requirement in the major); or PHYS 2511 and PHYS 3511.

    4

    Students may fulfill one upper-level elective by completing a total of 6 credits of research. A maximum of 3 credits may come from the junior level research course BIOL 3082 and the remaining 3 credits must come from a senior level (4000+) research course. Students may also complete all 6 credits using two semesters of the senior research course if they prefer. Consult with your departmental advisor to determine which course(s) are appropriate. Once completed, students must seek approval from a CST advisor to obtain the waiver for credit towards one upper-level elective.

    5

    Note that some of the upper-level elective choices in CIS require additional prerequisites that you may need to plan for. Please consult with a CST advisor if you are considering choosing electives from CIS.

    With the exception in footnote 4 above, the research and independent study courses shown below do not count as Integrative Genetics and Genomics electives, but they may count as free elective credits toward graduation. Most research courses can only be taken ONCE for a letter grade. Check individual course descriptions for details and/or exceptions.

    BIOL 2082Independent Research I1 to 4
    BIOL 3082Independent Research II1 to 4
    BIOL 3181Cooperative Research in Biochemistry3
    BIOL 3681Cooperative Studies2 to 4
    BIOL 3685Externship Studies3
    BIOL 4291Extradepartmental Research1 to 4
    BIOL 4391Accelerated Research in Biology1 to 4
    BIOL 4483Accelerated Research in Biochemistry3
    BIOL 4491Research in Biochemistry3
    BIOL 4591Research in Neuroscience1 to 4

    Note: Grades of C- or higher are required unless otherwise specified in all courses for the major, including course prerequisites. The College of Science and Technology requires that students have a GPA of at least 2.00 overall and at least 2.00 in the courses applicable to their major and/or minor GPA to graduate.

A total of one semester of Biology research courses numbered lower than 4000 (to include: BIOL 2082, BIOL 3082, BIOL 3181, and BIOL 3681) may be taken for a letter grade. Any additional semesters in research courses in this category can be taken only on a CR/NC basis.

Suggested Academic Plan

Bachelor of Science in Integrative Genetics and Genomics

Suggested Plan for New Students Starting in the 2024-2025 Academic Year

Plan of Study Grid
Year 1
FallCredit Hours
BIOL 1111
Introduction to Organismal Biology
or Honors Introduction to Organismal Biology
4
MATH 1041
Calculus I
or Honors Calculus I
4
SCTC 1001 CST First Year Seminar 1
SCTC 1013 Elements of Data Science for the Physical and Life Sciences 3
GenEd Breadth Course 3
 Credit Hours15
Spring
BIOL 1112
Introduction to Biomolecules, Cells and Genomes
or Honors Introduction to Biomolecules, Cells and Genomes
4
Select one of the following: 4
General Chemistry I
and General Chemistry Laboratory I
 
Honors General Chemical Science I
and Honors Chemical Science Laboratory I
 
Select one of the following: 4
Calculus II
or Honors Calculus II
 
Introduction to Probability and Statistics for the Life Sciences  
ENG 0802
Analytical Reading and Writing [GW]
or Analytical Reading and Writing: ESL [GW]
or Honors Analytical Reading and Writing [GW]
4
 Credit Hours16
Year 2
Fall
Select one of the following: 3-4
Biological Models in Python  
Introduction to Problem Solving and Programming in Python  
Computer Programming in C  
Select one of the following: 4
General Chemistry II
and General Chemistry Laboratory II
 
Honors General Chemical Science II
and Honors Chemical Science Laboratory II
 
Select one of the following: 4
Introduction to General Physics I  
Elementary Classical Physics I
or Honors Elementary Classical Physics I
 
General Physics I
or Honors General Physics I
 
IH 0851
Intellectual Heritage I: The Good Life [GY]
or Honors Intellectual Heritage I: The Good Life [GY]
3
Elective 1-0
 Credit Hours15
Spring
BIOL 2207 Genetics 3
BIOL 2297 Research Techniques in Genetics [WI] 3
Select one of the following: 4
Organic Chemistry I
and Organic Chemistry Laboratory I
 
Organic Chemistry for Honors I
and Organic Honors Laboratory I
 
Select one of the following: 4
Introduction to General Physics II  
Elementary Classical Physics II
or Honors Elementary Classical Physics II
 
General Physics II
or Honors General Physics II
 
Elective 2
 Credit Hours16
Year 3
Fall
Select one of the following: 1 3-4
Cell Structure and Function (F)  
Integrative Genetics and Genomics Elective 2, 3
 
Integrative Genetics and Genomics Elective 2, 3 3-4
Select one of the following: 4
Organic Chemistry II
and Organic Chemistry Laboratory II
 
Organic Chemistry for Honors II
and Organic Honors Laboratory II
 
GenEd Breadth Course 3
Elective 2-0
 Credit Hours15
Spring
Select one of the following: 1 3-4
Molecular Biology  
General Biochemistry I  
Integrative Genetics and Genomics Elective 2, 3
 
BIOL 3113 Genome Analytics 3
Integrative Genetics and Genomics Elective 2, 3 3-4
GenEd Breadth Course 3
Elective 3-1
 Credit Hours15
Year 4
Fall
BIOL 3403 Genomic Biology 3
BIOL 4XXX 4
GenEd Breadth Course 3
IH 0852
Intellectual Heritage II: The Common Good [GZ]
or Honors Intellectual Heritage II: The Common Good [GZ]
3
Elective 3
 Credit Hours16
Spring
BIOL 4396 Advanced Study in Biology [WI] 3
Integrative Genetics and Genomics Elective 2, 3 3-4
GenEd Breadth Course 3-4
Elective 3
Elective 3-1
 Credit Hours15
 Total Credit Hours123
(F) - Fall only course
(S) - Spring only course
1

This program requires only one of the following courses: BIOL 3204, BIOL 3324 or BIOL 4375. Note that due to prerequisite requirements, BIOL 3324 and BIOL 4375 are shown in the next term of the suggested academic plan. If BIOL 3204 is completed it is not necessary to take BIOL 3324 or BIOL 4375 as the program only requires one of these three courses. If taken in addition to BIOL 3204 these courses can be used to fulfill one of the Integrative Genetics and Genomics electives required for this program.

2

If the student has taken the necessary prerequisite courses, some of the Integrative Genetics and Genomics or Cognate elective courses may be taken before the Spring semester of Year 3.

3

Select an Integrative Genetics and Genomics elective.