Dec 17, 2024  
2022-2024 Graduate Catalog 
    
2022-2024 Graduate Catalog [ARCHIVED CATALOG]

Applied Neuroscience (MS), Program Information


Return to {$returnto_text} Return to: School of Computer, Mathematical, and Natural Sciences

Department Chair

Cleo Hughes Darden, Ph.D. 

 

Program Director

Christine F. Hohmann, Ph.D.

Professor of Biology

1700 East Cold Spring Lane

Tel: (443) 885-4002; Fax: (443) 885-8582

E-Mail:  christine.hohmann@morgan.edu

Program Associated Faculty


NAME Rank, Department, School Research Area
Justin Bonny, Ph.D. Assistant Professor, Psychology, College of Liberal Arts (CLA) Effects of technology on cognitive processes
Mingchao Cai, Ph.D. Assistant Professor, Mathematics, School of Computer, Mathematical & Natural Science (SCMNS) Mathematical Models of biomechanical simulation and quantification of brain activity
YungChi Chen, Ph.D. Associate Professor, Biology, School of Computer, Mathematical & Natural Science (SCMNS) HIV/AIDS, neuro-inflamation
Frank Denaro, Ph.D. Associate Professor, Biology, School of Computer, Mathematical & Natural Science (SCMNS) Neurobiological effects of HIV/AIDS
Christine Hohmann, Ph.D. Professor, Biology, School of Computer, Mathematical & Natural Science (SCMNS) Brain-behavior relationshiops, developmental disorders, stress effects
Philhwa Lee, Ph.D. Research Assistant Professor, Mathematics, School of Computer, Mathematical & Natural Science (SCMNS) Modeling brain processes, genomics, artificial intelligence
Timothy Meeker, Ph.D. Research Assistant Professor, Biology, School of Computer, Mathematical & Natural Science (SCMNS) Pain research, brain imaging, health disparities, data science
Michael McConnell, Ph.D. Adjunct Professor, School of Computer, Mathematical & Natural Science (SMNS) Research Scientist, Lieber Institute Single-cell genome analysis of primary human neurons, brain mosaicism
Onyema Osuagwu, Ph.D. Associate Professor, Electrical Engineering,  School of Engineering (SOE) Data science/artificial intelligence and neuro-engineering
Ingrid Tulloch, Ph.D. Assistant Professor, Psychology, College of Liberal Arts (CLA) Substance use disorders, brain-behavior effects, neuroinflamation
James Wachira, Ph.D. Associate Professor, Biology, School of Computer, Mathematical & Natural Science (SCMNS) Genomiccs, virology
Kimberly Warren, Ph.D. Associate Professor, Psychology, College of Liberal Arts (CLA) Mental health/obesity/healthy behaviors
  School of Computer, Mathematical & Natural Sciences (SCMNS) Molecular neuroscience, genomics/proteomics/metabolomics,brain imaging and psychophysics, big data and competencies

 

Program Description


The program in Applied Neuroscience is designed to combine training in biomolecular neuroscience with an emphasis on health disparities research, with neuroengineering/big data training approaches to prepare students to succeed in 21st -century professional settings and/or in their matriculation into doctoral programs.  A core course curriculum will prepare participants to choose among electives that will enable them to focus on either molecular neuroscience or neuroengineering applications in their preparation for the workforce or research.

 

Students may select between a non-thesis or a theses option, with the non-thesis option offered entirely online.  Please note, however, that all Core Courses are taught synchronously online.  

Degree Path for MS in Applied Neuroscience without Thesis (30 credits)


The non-thesis opton is designed for student who desire to expand their skill set, in either of the two areas of concentration, in order of advancing their career in the workplace or to become more competitive for professional school programs.

 

  MS in Applied Neuroscience
Core Courses  20 credits, administered online
Elective Courses  Minimum of 6 credits, administered online
Research Credits  0 credits
Capstone Project Course NEUS 530  4 credits, online
Minimum Total Credits  30

 

Degree Path for the MS in Applied Neuroscience with Research Thesis (30 credits)


The thesis option of the Program is recommended for students interested in a research career either to provide technical services or to enhance their competitiveness for research-focused doctoral programs (e.g., Ph.D., D.Eng.).

 

   MS in Applied Neuroscience
Core Courses  20 credits, administered online
Elective Courses Minimum of 3 credits, administered online
Thesis Research Credits Minimum of 4 credits administered in person (lab-based)
Thesis Guidance/Thesis Defense 3 credits; written thesis and oral thesis defense according to School of Graduate Studies guidelines
Minimum Total Credits 30

 

Program Objectives


Educational Objectives


The program targets students with a BS degree in STEM, Behavioral Sciences, or similar disciplines, who either want to work in the area of neuroscience/brain science in industry, academia, at federal agencies or who are aiming to enhance their competitiveness for Ph.D. training in Neuroscience or for professional school programs (e.g., MD, PA).  Due to its online nature for all non-thesis students, this program is particularly well-suited for working professionals who desire to enhance their career opportunities in this area.

Learning Outcomes


Students will be able to:

  • Demonstrate a fundamental understanding of the physiological and molecular processes in the mammalian nervous system and how these relate to cognitive functioning and behavioral health.
  • Apply quantitative reasoning and data analytics appropriately to specific brain science problems.
  • Select and apply appropriate neuroengineering/data science approaches to the analysis of neuroscience data sets.
  • Analyze the impact of research findings on issues of health equity.
  • Apply sound principles of research conduct and research ethics in all their work.
  • Communicate data and study outcomes effectively both orally and in written form in an interdisciplinary setting.

General Requirements


Candidates for the MS in applied Neuroscience degree must complete a minimum of thirty (30) academic credit hours, complete a hands-on capstone project (non-thesis option) or submit an acceptably written thesis (thesis option).

 

The School of Graduate Studies further requires Master of Science in Applied Neuroscience students to maintain a cumulative average of at least 3.0 on a 4.0 scale (“B”) in the program of study and a 3.0 cumulative overall average for all courses taken on the graduate level.  However, “C” grades may not count for more than 20 percent of total credit hours applied toward satisfying degree requirements.  Required graduate courses with a grade of “F” must be repeated.  Students who receive a grade of “F” in any of their courses will automatically be placed on probation.  More than one “F” grade will lead to dismissal from the program.

Admission


To be eligible for admission to the MS in Applied Neuroscience program in the SCMNS, an applicant must:

Have earned a bachelor’s degree from a regionally accredited college or university, in a STEM discipline, a Social Behavioral Science Field or comparable majors.

Must have working competency in English language reading and writing.

Must have reliable access to the Internet and a computer that is compatible with MATLAB, Python, SES and other high level statistics software packages.

Applicants’ academic records will be reviewed for pre-requisites for the courses offered in the program and students admitted into the program will be given the option to audit relevant undergraduate courses at MSU to improve their preparedness, if necessary.

Possess an undergraduate cumulative grade point average (GPA) of 3.0 or better to be considered for regular admission.  Students who possess a cumulative undergraduate GPA of between a 2.5 and 3.0 may be considered for admission on a probationary basis.  Post-bachelor’s undergraduate credits will not be used to enhance GPA requirements for admission to graduate study.

Submit an application for admission to the School of Graduate Studies.  All required documents must be submitted as directed by the School of Graduate Studies prior to program review and admission decision.

Use the application system to arrange for letters of recommendation to be placed with the application.  These letters must be from officials or faculty members of institutions previously attended who are acquainted with the applicant’s ability for graduate study or from employment supervisors where applicable.

Submit a typed exposition regarding the candidate’s personal academic and professional plans and the reasons for selecting Morgan State University.  Qualified applicants may be invited for an online interview.

Meeting the minimum eligibility requirements and submitting all the required documents does not guarantee that an offer of admission will be made to the application.  The decision of the program admissions committee involves a review of all the elements of the application as well as the availability of positions in the program.  The committee then recommends to the Dean of the School of Graduate Studies that an offer of admission should be made based on that review.

Candidacy


Students achieve candidacy by successfully completing their core courses (20 credits) with a GPA of 3.0.  Students in the non-thesis option must subsequently complete the capstone project course, NEUS 530 (4 credits) Decision Making with Neural Data with a grade of “B” or better in order to qualify for graduation.

 

Students in the thesis option must select a thesis research advisor and constitute a thesis committee (TC).  Students are to work with the research advisor to prepare a written thesis research proposal and defend it to the TC within the first year of study (usually the end-of-first-year summer semester).

 

Prior to achieving Candidacy, the thesis option students must enroll in NEUS 710 and NEUS 720 Master’s pre-candidacy (as needed); subsequent to candidacy, thesis students must enroll in 797/799 until completion of their thesis.  Students seeking additional skills, knowledge, beyond the listed course electives for the program must seek approval through the program director.

Thesis Completion


Students in the thesis option must select a thesis committee (TC) of 3-5 individuals in addition to the thesis research advisor.  At least two of these individuals must come from among faculty affiliated with the program in Applied neuroscience and at least one committee member must be from outside the SCMNS or preferentially, from outside the university.  Outside committee members must have terminal degrees in their fields and hold appointments at an accredited US academic institution or equivalent (e.g., NIH, national laboratories).

The primary objective of the master’s thesis is to enable students to develop the capability to conduct objective, independent research and develop competency in analytical thinking and quantitative methods.  Students must write and successfully defend an acceptable master’s thesis based on original research conducted under the supervision of a member of the MUS graduate faculty.  After completion of the thesis, the student is expected to defend the thesis based on original research conducted under the supervision of a member of the MSU graduate faculty.  After completion of the the thesis, the student is expected to defend the thesis before a public audience.  the thesis must be approved by the research adcvisor, the thesis committee, the program director, and the Dean of the SCMNS.  The thesis must conform to the style, form and overall requirements set forth in the Graduate School Handbook.  The final thesis will be submitted to the Dean of the School of Graduate Studies for final approval and publication.

Additional Requirements


In addition to following the general university code of conduct, graduate students are expected to generate intellectual products through original research and writing.  Graduate students are also expected to accurately document their research and report research findings honestly.  In cases where the student is supported by a grant, all publications, including conference abstracts must acknowledge the financial support.

Appeals for grades or other academic matters, including research mentoring, will be reported to the program coordinator and relevant department chairs (depending on faculty evaluation) for adjudication in accordance with university policy.  However, the student has the right to appeal directly to the Associate Dean or School Dean, if he or she deems it necessary.

Program Course Requirements 30 credits


Non-Thesis Track


Capstone Course 4 credits


Note*


Students may also elect to take the following courses as needed to strengthen their performance in Core Courses, contingent to approval by the Program Director:  BIOL 525 BIOL 526  

 

2  Acceptable substitutes for elective courses for both tracks(all substitutions subject to approval by program director):  BIOI 511 BIOI 521 BIOL 528 BIOL 629 EEGR 607 EEGR 503 PUBH 504  

 

3  If student does not complete the Master’s Project (NEUS 530) in the term in which the course is taken, the student should request an “incomplete,” or “I” grade and register for NEUS 793 in the following semester to complete the project.  Upon satisfactory completion, a grade change should be executed to change the previous NEUS 530 grade of “I” to an acceptable grade for the completion of the course.  The only acceptable grade for NEUS 793 is “S.”

Thesis Track


Thesis Research Courses 7 credits


Note*


1  Students may also elect to take the following courses as needed to strengthen their performance in Core Courses, contingent to approval by the Program Director (these courses will not count towards graduation requirements):  BIOL 525 BIOL 526  

 

2  Acceptable substitutes for Elective courses for both tracks (all substitutions subject to approval by program director):  BIOI 511 BIOI 521 BIOL 528 BIOL 629 EEGR 607 EEGR 503 PUBH 504  

 

3  Upon achieving Master’s Candidacy, the thesis-track student will continuously register in Fall and Spring terms for NEUS 797 (Thesis Guidance) until the Master’s Thesis is completed and submitted to the School of Graduate Studies for review.  The course is used only when the curriculum is near completion, and the student is completing the research and writing of the thesis.  The course registration maintains the student status as a matriculated, full-time student (student is registered for 3 credit hours and the system reports a full-time 9 credit hour load).  After the Intent to Defend the Master’s Thesis form has been accepted by the School of Graduate Studies, this course registration will be changed to NEUS 799 (Thesis Defense) for the given semester and count for 3 credit hours of curricular coursework (NEUS 799 will also count for 9 credit hours of load).  Other courses cannot be substituted for NEUS 797 (Thesis Guidance).  The only eligible grade for NEUS 797 is the grade of “S” and the only acceptable grade for NEUS 799 is “P/F” (Pass/Fail).  Thesis track students should expect registration for at least two semesters to complete the lab-based thesis.

Return to {$returnto_text} Return to: School of Computer, Mathematical, and Natural Sciences