Master of Science in Applied Neuroscience
| DEGREE TYPE | LEARNING MODE |
|---|---|
|
DEGREE TYPE
Master of Science |
LEARNING MODE
Hybrid |
Unlock the power of your brain with applied neuroscience—where cutting-edge science meets real-world transformation!
30
Credit Hours
2
Years to Complete
2
Program Track
Take the next step in your academic and professional career with Morgan. Pursue your future – today.
Applied Neuroscience MS offers many approaches
This program will train students to address fundamental neuroscience, and brain health related research questions of particular significance to urban populations and health equity, via the application of molecular neuroscience, cognitive sciences and neuroengineering/big data approaches. This training program uniquely focuses on applied skills and technologies in the neuroscience research space and is one of few, fully online Neuroscience training opportunities in the country (the only one at an HBCU). The Program is operating fully online, in real time and since all classes are taught in the evening, this Program is uniquely suitable for the working student.
Why Morgan?
Accessible
The program is operating in Hybrid mode with many classes available on Zoom, in real time. All classes are taught in the evening, making the Program uniquely suitable for working students.
Opportunity
Students will be exposed to new and emergent technologies and analytics approaches in the neurosciences in an interactive, student-centered teaching environment.
Innovative
Emphasis on AI, ML, and neuroengineering applications
Unique
The only online MS in Neuroscience at an HBCU
Move Forward in Your Professional Career
Students will be exposed to new and emergent technologies and analytics approaches in the neurosciences in an interactive, student-centered teaching environment.
Learn In-Demand Skills
Students will be prepared to conduct and manage neuroscience research studies that require
- data science
- machine learning
- neuroengineering approaches
in areas including genomics/genetics, physiometrics/physiology, imaging, clinical data mining etc.. These skills are in high demand in both academic and industry settings. In addition, training in strategies for health equity will be integrated across the entire curriculum
Secure Your Ideal Career
Once you graduate, you'll have what it takes to land your first job or pursue an advanced degree. The median Salaries depend on level of work experience and range from $ 60,000 to $90,000 or higher depending on area of employment . Here's a short list of the many job titles that align with a Master of Science in Applied Neuroscience.
- Computational Neuroscientist
- Neuroscience Data Analyst
- Research Scientists
- Project Manager
- Laboratory manager
- Neuroscience Staff Scientist
- Health care advocate
Pursue Hands-On Research and Internships
Non-thesis students will complete a hands-on capstone project based on online data sets or use data sets provided by MSU faculty or their job sites (by faculty permission). Program participants in the thesis track will complete a MSU faculty mentored original research project in areas such as described below or may work with a faculty mentor of their choice, off-campus, pending Program Director approval of the project and mentor. Current research options with MSU faculty include mental health & substance use disorders, stress and brain inflammation, neuropathic pain/pain perception, HIV/Aids nervous system effects, devise development, cancer and nervous system interactions.
Discover the MS in Applied Neuroscience
Find meaningful success both personally and professionally with the On-Campus or Online MS in Applied Neuroscience. If you are ready to learn valuable skills for a more rewarding career, why wait? Request more information today and we will reach out to you with all the details.
Program Requirements
The MS in Applied Neuroscience program requires a total of 30 credits, with students choosing between a non-thesis (course-based capstone project) or thesis (original, mentored research) track. The non-thesis option is fully online, while the thesis track includes in-person lab-based research and a final thesis defense.
Requirements
Year 1, First Semester (Fall): 10 credits
| Course | Title | Semester |
|---|---|---|
|
Course
NEUS 501 |
Title
Special Topics in Brain Health Disparities I |
Semester
1 |
|
Course
PSYM 502 |
Title
Learning and Cognition |
Semester
3 |
|
Course
PSYM 560 |
Title
Principles and Foundations of Statistical Methods |
Semester
3 |
|
Course
BIOL 536 |
Title
Molecular and Behavioral Neuroscience |
Semester
3 |
Year 1,Second Semester (Spring): 10 credits
| Course | Title | Semester |
|---|---|---|
|
Course
NEUS 500 |
Title
Computational Approaches to Brain Data Analysis |
Semester
3 |
|
Course
NEUS 502 |
Title
Special Topics in Brain Health Disparities II |
Semester
1 |
|
Course
NEUS 510 |
Title
Genomics and Epigenomics of the Nervous System |
Semester
3 |
|
Course
SCIE 503 |
Title
Scientific Communication and Ethics |
Semester
3 |
Year 2, Third Semester — Fall
Non-Thesis Track-10 Credits
| Course | Title | Semester |
|---|---|---|
|
Course
Elective-1 |
Title
Elective Course |
Semester
3 |
|
Course
Elective-2 |
Title
Elective course |
Semester
3 |
|
Course
NEUS 530 |
Title
Decision Making with Neural Data / Master’s Project |
Semester
4 |
Year 2, Third Semester — Fall
Thesis Track-6 Credits
| Course | Title | Semester |
|---|---|---|
|
Course
Elective-1 |
Title
Elective course (thesis-track only) |
Semester
3 |
|
Course
NEUS 710 |
Title
Thesis Research (International students or others who must maintain a minimum of 9 credits/semester will need to register for NEUS 793 in addition to NEUS 710 and their elective course) |
Semester
4 |
|
Course
NEUS 793 |
Title
Master's pre-candidacy |
Semester
3 |
Year 2, Fourth Semester —Spring ,Thesis Only
In their 4th semester, thesis student will need to enroll in NEUS 797 until they have successfully defended their thesis at which time, the course will be changed to NEUS 799.
| Course | Title | Semester |
|---|---|---|
|
Course
NEUS 797 |
Title
Thesis Guidance |
Semester
3 /9 |
NOTE: Total 30 Credit Hours Minimum Graduation Requirements
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, 2/2 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 hour 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 report for 9 credit hours of load). Other courses cannot be substituted for NEUS 797. The only eligible grade of 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.
Achieve Success Like Our Alumni
” I have gained invaluable insights from the applied neuroscience program. My skill set has expanded significantly, and I continue to progress. Notably, I've honed my ability to not only read research papers but also critically analyze them. The program consistently challenges me to excel as a scientist. Additionally, I've received unwavering support whenever needed. Guidance and assistance were readily available. As a member of the inaugural cohort, I anticipate that future cohorts will benefit even more from this enriching experience.”
Financial Aid Makes Things Possible
Choosing the right program is a big decision—and we are here to help you navigate the options available for funding your education. Whether you are an in-state, out-of-state, or international student, you may be eligible for Graduate Funding. We also offer two types of Graduate Assistantships: Teaching Assistantships (TAs) and Research Assistantships (RAs). Both provide special learning opportunities in exchange for a stipend/salary and Tuition Award. In addition, by simply filing your FAFSA each year, you will be able to participate in Federal Plus Loans and Federal Direct Loan Programs. With proper planning, going back to graduate school is more than possible. We are committed to breaking barriers and opening doors for all future students. Contact us to learn more about affordability at Morgan’s School of Graduate Studies.
- Graduate Fellowships and federal Title III Graduate Fellowships provide a stipend and Tuition Award
- Teaching Assistantships offer you the chance to teach and assist with undergraduate courses
- Research Assistantships give you research experience with faculty-led or external projects
- Federal Direct Loan Programs include the Direct Subsidized and Direct Unsubsidized Loans
- Additional Grants and Scholarships from external sources award free money—so apply early