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Harness Big Data to Solve Biological Challenges

Develop expertise in computational biology with this fully online concentration within the M.S. Biological Sciences Program. This 1.5-year program, starting annually in the Fall and ending the Fall of the second year, provides in-depth training in data analysis, coding, and programming to address complex biological questions.

Leveraging the M.S. Biological Sciences core, the Bioinformatics curriculum is specifically designed to prepare graduates for successful employment in the broad field of computational biology.

Quick Facts

Curriculum
NSU’s M.S. in Biological Sciences with a concentration in Bioinformatics is a lock-step program with 30 total credits to complete. You will be required to complete the curriculum in the order set in the curriculum plan.
Start Dates
The M.S. in Biological Sciences with a concentration in Bioinformatics start date: Fall start only.
Delivery Options
Classes for the M.S. in Biological Sciences with a concentration in Bioinformatics are offered fully online.
Tuition
Visit the Tuition and Fees page for more information.
Application Deadline
Fall 2026 Application Deadline is Friday, July 17, 2026.

Biological Sciences - Bioinformatics Curriculum

Semester One - Fall (12 credits)

Credits

( MATG 5005
Statistical Inference
/Credits: 3)
( BCOR 5585
Genomics
/Credits: 3)
( BMME 5900
Biological Data Science
/Credits: 3)
( BMME 8053
Introduction to Bioinformatics
/Credits: 3)

Semester Two - Winter (9 credits)

Credits

( MSIT 501
Foundations of Programming, Data Structures and Algorithms
/Credits: 3)
( MSBI 5910
Metagenomics
/Credits: 3)
(MSBI 5920
Transcriptomics
/Credits: 3)

Semester Three - Fall (9 credits)

Credits

( BCOR 5000
Graduate Seminar
/Credits: 3)
( MSBI 5930
Machine Learning for Biology
/Credits: 3)
(  
SELECT ONE FROM THE FOLLOWING ELECTIVES
/Credits:  )
(BMME 6000
GIS and Environmental Remote Sensing
/Credits: 3)
( MMIS 630
Database Management and Applications
/Credits: 3)
( MMIS 621
Information Systems Project Management
/Credits: 3)
( MMIS 643
Data Mining (MMIS 630 is a pre-req)
/Credits: 3)
( MMIS 671
Data Analytics
/Credits: 3)
( CISC 502
Mathematics in computing
/Credits: 3)
( CISC 670
Artificial Intelligence
/Credits: 3)
( CISC 672
Information visualization OR Prior approval from the Department of Biological Sciences
/Credits: 3)

For specific course requirements, refer to the “M.S. in Biological Sciences with a concentration in Bioinformatics Program" in NSU's Halmos College of Arts and Sciences Graduate Student catalog.

The academic program and curriculum requirements listed on this page are from the NSU Halmos College of Arts & Sciences Graduate Student Catalog. Students are bound by policies and curricula published in the catalog in effect the semester they enter the university unless an agreement is made with appropriate NSU administration officials allowing them to abide by policies published in a later catalog.

Join us on Friday, April 4, 2025 at 12:00 p.m. EST to learn more about Biological Sciences, including careers within the field, NSU graduate degree offerings, and the application process.

This event is free and open for all to attend.

Register for the Open House

Program directors and department faculty from the Department of Biological Sciences and NSU Halmos College of Arts and Sciences Graduate Admissions will be in attendance to answer your questions about your program(s) of interest.

 

  • Biology: Two semesters (or equivalent) with lab
  • Biostatistics or Applied Statistics: One semester (or equivalent) 
  • General Chemistry: One semester (or equivalent) with lab
  • Mathematics (college level): One semester (or equivalent)
  • Upper-Level Coursework in Programming, Genomics, Bioinformatics, or Data Science: One semester (or equivalent)
    • Note: Other upper-level science coursework can possibly substitute for this requirement. Consult the admissions office beforehand.
  1. Completed NSU Graduate Application and $50 Application Fee 
  2. Baccalaureate degree from an accredited academic institution
  3. Official Transcripts from all educational institutions attended since high school
  4. Minimum cumulative GPA to be considered for admission: 3.00
  5. Submit a Resume OR Curriculum Vitae
  • Demonstrate proficiency in handling and analyzing biocentric data in at least one specialty area of bioinformatics
  • Construct line command and application coding in various programming languages to manipulate large biological datasets
  • Develop an understanding on how biological and genetic data and their analyses by bioinformatics tools has a growing impact on modern society and daily lives
  • Navigate and apply diverse, modern biological databases and software
  • Apply current basic bioinformatics and genomics (genotypic) methods to solve actual (phenotypic) biological problems

Join us on Friday, April 4, 2025 at 12:00 p.m. EST to learn more about Biological Sciences, including careers within the field, NSU graduate degree offerings, and the application process.

This event is free and open for all to attend.

Register for the Open House

Program directors and department faculty from the Department of Biological Sciences and NSU Halmos College of Arts and Sciences Graduate Admissions will be in attendance to answer your questions about your program(s) of interest.

 

  • Biology: Two semesters (or equivalent) with lab
  • Biostatistics or Applied Statistics: One semester (or equivalent) 
  • General Chemistry: One semester (or equivalent) with lab
  • Mathematics (college level): One semester (or equivalent)
  • Upper-Level Coursework in Programming, Genomics, Bioinformatics, or Data Science: One semester (or equivalent)
    • Note: Other upper-level science coursework can possibly substitute for this requirement. Consult the admissions office beforehand.

  1. Completed NSU Graduate Application and $50 Application Fee 
  2. Baccalaureate degree from an accredited academic institution
  3. Official Transcripts from all educational institutions attended since high school
  4. Minimum cumulative GPA to be considered for admission: 3.00
  5. Submit a Resume OR Curriculum Vitae

  • Demonstrate proficiency in handling and analyzing biocentric data in at least one specialty area of bioinformatics
  • Construct line command and application coding in various programming languages to manipulate large biological datasets
  • Develop an understanding on how biological and genetic data and their analyses by bioinformatics tools has a growing impact on modern society and daily lives
  • Navigate and apply diverse, modern biological databases and software
  • Apply current basic bioinformatics and genomics (genotypic) methods to solve actual (phenotypic) biological problems

Program Director and Admissions Staff

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Matthew Johnston, Ph.D.

Associate Professor, Department of Biological Sciences

iconjohnmatt@nova.edu

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Emily Schmitt Lavin

Department Chair and Professor, Department of Biological Sciences

iconeschmitt@nova.edu

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Brett McAllister

Director of Graduate Admissions, Halmos Graduate Admissions

iconbmcallis@nova.edu

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Megan Troy

Assistant Director of Graduate Admissions, Halmos Graduate Admissions

iconhcasadmissions@nova.edu