EPP Accreditation

School of Education

EPP Accreditation

CERTIFICATE OF ACCREDITATION The Council for the Accreditation of Educator Preparation grants accreditation at the Advanced and Initial-Level Licensure to: COPPIN STATE UNIVERSITY NOVEMBER 9, 2023
Council for the Accreditation of Educator Preparation Certificate of Accreditation

CAEP Accountability Measures

(Formerly known as CAEP Annual Reporting Measures)

CAEP has identified four (4) reporting measures that educator preparation providers (EPP) are required to track and document on an annual basis. CAEP Accountability Measures focus on two (2) areas: Impact Measures and Outcome Measures. Below is a summary of those measures.

Impact MeasuresOutcome Measures
Measure 1: Completer Effectiveness and Impact on P-12 learning and developmentMeasure 3: Candidate Competency and program completion
Measure 2: Satisfaction of employers and stakeholder involvementMeasure 4: Ability of completers to be hired in education positions for which they have been prepared

Impact Measures

The data on completer effectiveness and impact on P-12 learning and development is aligned to CAEP Component R4.1.

The Employer Satisfaction Surveys as well as the Completer Satisfaction Surveys are administered through the University’s Office of Institutional Research for each completer and employer for up to three years following program completion to ensure consistency and triangulate data. This action will afford the EPP clear insights into the satisfaction of employers.

Outcome Measures

The EPP demonstrates that completers can effectively apply professional knowledge, skills, and dispositions through the collection of several key assessments. The EPP determines candidate competency at the completion of the program using the summative student teaching evaluation instrument and a cumulative electronic portfolio. In addition, a team of faculty and mentor teachers conduct exit interviews, which includes measures related to non-academic factors, specifically dispositions, to serve as another measure to triangulate data and assess candidates’ readiness to exit the program.

The EPP defines program completers as candidates who have met all program requirements, which include the state required Praxis II certification assessments. Praxis II reflects completers’ ability to meet state certification requirements and competencies at program completion. As a result, all candidates who are deemed a program completer have met all Praxis II requirements as reflected in the table below.

In addition to the ability of completers to meet state certification requirements, they must also meet EPP-created benchmarks. The measures designed by the EPP to assess candidate readiness for the field include:

  • Student teaching evaluation
  • Phase III electronic portfolio, with artifacts reflecting short- and long-term plans, impact on P-12 learning and development, and measures specific to the State of Maryland
  • Candidate exit interview, which also assess dispositional measures

Candidates enrolled in the Administrative I Certificate program are required to meet capstone requirements, which include assessments on seven key assessments, which include an ePortfolio.

The data to document initial and advanced candidates’ competencies at completion are available at the link below.

The State of Maryland does not track employment of the state’s EPP completers. As a result, the institution monitors employment in the field in which the candidate is prepared through direct outreach to completers. Outreach to program completers reflects that at the initial program level all completers are employed in a position for which they were prepared. The employment data are available at the link below. following employment numbers in the field for which the completers were prepared.

Additional Accreditation Details

The Coppin State University’s Education Preparation Provider (EPP) is accredited by the Council for the Accreditation of Educator Preparation (CAEP). During CAEP’s most recent 2023 visit, they reviewed the following certification programs:

program  Academic level  certification level 
Elementary Education  Bachelor's Initial
Elementary Education  Master's Initial 
Early Childhood Education Bachelor's Initial
Special Education Bachelor's  Initial
School Administrator I Certificate Advanced

 

Maryland State Department of Education (MSDE) Approval

In addition to accreditation, the programs offered by the EPP are also approved by the Maryland State Department of Education (MSDE). This approval extends to all degree and certificate programs that lead to educator preparation, including:

Coppin Academy High School

Coppin Academy High School

Our Continued Commitment to the Community

Coppin Academy High School (CAHS) is a Maryland public charter school operated by Coppin State University. With a commitment to serve students from underserved local communities, Coppin Academy has roughly 300 students in grades 9th through 12th.

Coppin Academy principals and teachers are employees of the local school district and represented by local bargaining units. The Baltimore City School Board grants the school charter, which gives the Academy more operational freedom than non-charter public schools. 

Apply to Coppin Academy High School

Charter Schools: Defined

A charter school is an educational institution that operates independently of a school district. Operating organizations often have the freedom to design specialized curricula that meet specific student needs. In Maryland, public charter schools are public schools free and open to all Maryland children. 

Maryland passed the current public charter school law in 2003. This law allows organizations and institutions to establish charter schools “to provide innovative learning opportunities and creative educational approaches to improve the education of students.”  

Charter School Oversight

The Coppin Academy High School Oversight Board will monitor the academic outcomes and performance, fiscal operations, and overall compliance of the school. The Board will establish committees to support the activities as needed. For example, Strategic Planning Committee, Academic Enhancement Committee, etc. The Oversight Board will meet quarterly.

Teacher, parent, community representative, and university faculty will serve 2-year term limits. New members will be recruited from each constituent group through nomination process.

2025 - 2026 Oversight Board Members

 

NameAffiliation/Role.     
Dr. Anthony L. Jenkins, ChairPresident, Coppin State University, CSU
Dr. Chanta HaywoodProvost and Vice President for Academic Affairs, CSU
Dr. Leontye Lewis, Co-ChairDean, College of Arts & Sciences and Education, CSU
Dr. Quinhon N. Goodlowe ScottCharter School Executive Director, CSU
Ms. Daceia M. Whilby Teacher, CAHS
Mrs. Kayla DemeritteCommunity Coordinator, CAHS
VacantParent, CAHS
Mrs. Judith JimenezCommunity Representative
Mr. Stephen Danik, Treasurer Vice President, Administration and Finance, CSU
Dr. James G. StewartAssociate Vice President, Student Development and Achievement, CSU 
Dr. Dorothy Parrish - HarrisAssociate Vice President and Dean of Students, CSU 
Ms. Tamika Harris, Secretary  CASE Administrative Assistant, CSU

Oversight Board Meeting Schedule 2025 – 2026

All meetings will be held in the Talon Center - President's Conference Room at 4:00 PM.

  • September 15, 2025
  • December 8, 2025
  • April 13, 2026
  • June 15, 2026

Previous Board Meetings

  • October 16, 2023, 4:00 PM
  • January 15, 2024, 4:00 PM
  • March 11, 2024, 4:00 PM
  • May 13, 2024, 4:00 PM

  • October 25, 2018, 11:00am - 12:30pm
  • December 10, 2018, 11:00am - 12:30pm
  • April 29, 2019, 11:00am - 12:00pm
  • June 11, 2019, 11:00am - 12:30pm

  • December 5, 2017, 10:00am - 11:30am
  • February 21, 2017, 10:00am - 11:30am
  • April 24, 2018, 10:00am - 11:30am
  • June 4, 2018, 11:30am - 1:30 pm

  • October 11, 2016, 11:30am - 1:00pm
  • November 15, 2016, 11:30am - 1:00pm
  • February 21, 2017, 10:00am - 11:30am
  • April 18, 2017, 10:00am - 11:30am

Directives for Submitting Public Comments

  1. Identify the Meeting/Topic

    • Clearly state which meeting, agenda item, or issue your comments are addressing (e.g., “Coppin Academy Charter Renewal” or “Board Meeting on October 15, 2025”).

  2. Submission Method

    • Public comments may be submitted in writing via email or in person during the public comment period at the designated meeting.

    • Written comments should be sent to: [qscott@coppin.edu].

    • In-person comments will be accepted during the designated “Public Comment” portion of the meeting agenda.

  3. Submission Deadline

    • Deadline for written comments: 12:00 PM (noon) the day before the meeting (America/New_York). Submissions after this time may not be included in the official record.

    • Late submissions may not be considered.

  4. Format and Length

    • Written comments should not exceed 1–2 pages (approx. 500 words).

    • Oral comments are typically limited to 2–3 minutes per speaker.

    • Please include your full name, affiliation (if applicable), and contact information at the top of your submission.

  5. Content Guidelines

    • Keep comments relevant, respectful, and professional.

    • Focus on specific issues, recommendations, or concerns related to the agenda item.

    • Avoid personal attacks, inappropriate language, or confidential information.

  6. Acknowledgment & Record

    • All public comments will be acknowledged and entered into the official record of the meeting.

    • Depending on time constraints, not all written comments may be read aloud, but all will be documented and reviewed by the board/committee.

Teacher Education Program Requirements

Department of Teaching and Learning

Teacher Education Program Requirements

The School of Education has an historic legacy of preparing teachers, school leaders, and other education professionals to serve learners throughout the Baltimore area, the State of Maryland, the country, and the world.

Coppin State University’s story begins in 1900, when we were founded as a training program designed to meet significant educational needs for Baltimore City students, particularly African American students. Today, we continue this important teacher training with innovative program offerings that focus on curriculum, instruction, adult education, operational leadership, and community-building.

The Standard for Teacher Preparation

The School of Education offers programs specifically designed to prepare teachers for classroom environments. These programs reflect a collaborative effort between the departments within the School of Education.  

To align with standards set by the Teacher Educational Council, our teacher education programs require a variety of coursework and real-world experiences, including: 

  • General Education Requirements (GERs) 

  • Professional education courses 

  • Clinical experience or student teaching 

  • Program specialization (if offered by program) 

How does Coppin define “teacher as reflective facilitator of learning”? 

All of our teacher education programs have a universal goal to train systematic planners, instructional leaders, effective communicators, reflective decision makers, and evolving professionals. All of these elements compose the conceptual framework of how we build students into teacher candidates who meet the highest industry standards and best practices. Our faculty teach through theoretical and practical experiences that qualify teacher candidates to design and deliver educational services that help all students reach their ultimate potential. 

What do Coppin’s teacher education programs prepare me for?

The School of Education offers undergraduate early childhood, elementary, and special education teacher preparation programs. We built each major to have a solid liberal arts foundation that emphasizes critical thinking, communication, research, reflection, and analysis. 

Note: As of fall 2014, Coppin no longer offers programs leading to secondary education certification in English, mathematics, history and social studies, biology, and chemistry. 

Why is it important to meet with my academic advisor?

Academic advisors are a valuable resource to help you through your college journey. Scheduling time with your advisor can ensure you select the right coursework and avoid surprises about grade and graduation requirements. Advisors can also help you navigate general and specific requirements as they apply to each major, including: 

  • Planning semester coursework to meet General Education Requirements (GERs)

  • Selecting major-specific GER coursework

  • Understanding additional requirements for specific majors

  • Knowing grade requirements across various coursework 

What are the teacher candidate milestones?

We review the academic standing and progress of each teacher candidate during 3 strategic phases of the program. Each phase requires the submission of a performance-based portfolio assessment and an interview.

  • Entrance to the program

  • Entrance to internship

  • Program completion

Please refer to your academic advisor for more information about the expectations at each Milestone.

How to Declare as a Teacher Education Major

All Coppin students who want to earn a degree are called degree-seeking students. When Coppin offers someone undergraduate admission to Coppin State University, that admission does not automatically guarantee admission to a specific major program.  

Every department interviews and accepts its own students. Before declaring a major, undergraduate students must complete any required developmental courses in addition to at least 30 credits of university-level work.  

Your Next Steps to Declare a Major  

Have you completed all coursework requirements needed to declare a major? Great! Here are your next steps to make your major official:  

  1. Pick up a Declaration of Major form from your department

  2. Request an unofficial transcript from the Office of Records and Registration 

  3. Schedule your interview with the appropriate department chairperson 

  4. Complete your interview with the department chairperson and another faculty member

  5. Get your acceptance letter to the major 

  6. Return your completed Declaration of Major form to the Academic Advising and Testing Office  

How to Prepare for Internship and Student Teaching

Once teacher candidates are admitted to internship, you must apply for student teaching. Remember to submit your application at least one semester before the expected start of the student teaching experience.  

Students who submit the student teaching application have until the end of that same semester to: 

  • Complete all General Education Requirements (GERs) 

  • Earn a 3.0 cumulative grade point average (GPA) or a 2.85 and a Maryland State Department of Education (MSDE)-qualifying score on the Praxis CORE exam

  • Earn a “C” or better in all professional and methods courses 

  • Pass the physical exam 

  • Get approval from the department chairperson sponsoring the internship or experience

  • • Successfully complete Phase II of the Teacher Education program: Admission to Internship

  • Pass the interview with the Internship Review Committee

  • Take the Praxis II series of exams

  • Get approval from the Teacher Education Council 

When teacher candidates get recommended for certification

Before being recommended for certification, teacher candidates must meet several requirements: 

  • Successful completion of all major course requirements

  • Demonstration of continued competence, aptitude, and potential for satisfactory success in teaching

  • A 2.85 GPA and qualifying scores on the Praxis CORE (or maintain a 3.0) and Praxis II series of exams

  • Successful completion of Phase III: Exit from the Teacher Education Program 

Teacher Education Programs

Early Childhood Education

Undergraduate

Early Childhood Human Development

Undergraduate

Elementary Education

Undergraduate

Special Education

Undergraduate

Teaching

Graduate

Our Rich Legacy

School of Education

Our Rich Legacy

Mission

Through rigorous academic standards and curriculum, the School of Education graduates qualified teacher candidates and school leaders ready to meet the growing needs of students in Baltimore City and beyond. We promote scholarship and prepare education professionals who promote access to education and work to advance excellence in education, teaching, and research.

The School of Education has an historic legacy of preparing teachers, school leaders, and other education professionals to serve learners throughout the Baltimore area, the State of Maryland, the country, and the world.

Coppin State University’s story begins in 1900, when we were founded as a training program designed to meet significant educational needs for Baltimore City students, particularly African American students. Today, we continue this important teacher training with innovative program offerings that focus on curriculum, instruction, adult education, operational leadership, and community-building.

Accreditation

Since 1962, the School of Education has been accredited by the National Council for the Accreditation of Teacher Education (NCATE). Coppin is 1 of only 15 programs accredited by the NCATE in Maryland.

Our Mission 

Our mission is clear. We graduate professionals who make positive impacts on learners in classrooms and communities. Faculty firmly root our programs in Coppin’s undergraduate and graduate frameworks, providing rigorous academic coursework that aligns with both theory and practice 

  • to advance excellence in education, teaching, and research around the world 

  • to promote our steadfast commitment to high academic standards for our teacher and professional candidates

  • to widen access to quality education through new technologies and modalities and, 

  • to encourage professional and academic growth for our faculty, students, and clients through access to scholarships and related resources. 

Our Vision 

Vital to our academic programs is our historic commitment to excellence, teaching, research, professional development, and community service.  

Our vision is to accept and graduate academically talented teacher and leader candidates who are ready to forge new approaches that meet the needs of learners in contemporary society as reflective designers of learning experiences. Through our various collaborations with sister institutions, we commit to continue promoting and supporting elementary and secondary schools, local public school systems, national and global professional educators, athletic organizations, and health-related programming. 

We envision continuing to adhere to the highest professional standards, while also aligning with industry accrediting bodies. We are so very proud of our legacy, and pledge to maintain our status as one of the country’s leading institutions in teacher education, adult education, health, sport management, recreation, and dance.  

Department of Teaching & Learning

Early Childhood Education

Undergraduate

Early Childhood Human Development

Undergraduate

Elementary Education

Undergraduate

Special Education

Undergraduate

Teaching

Graduate

Department of Instructional Leadership & Professional Development

Adult and Continuing Education

Graduate
MS

School Administration I

Graduate

Contemporary Educational Leadership

Graduate

Contact Us

Leontye L. Lewis
Dean, College of Arts & Science and Education

faculty

School of Education

College of Arts & Sciences, and Education

School of Education

Mission

Through rigorous academic standards and curriculum, the School of Education graduates qualified teacher candidates and school leaders ready to meet the growing needs of students in Baltimore City and beyond. We promote scholarship and prepare education professionals who promote access to education and work to advance excellence in education, teaching, and research.

We've been inspiring educators since 1900.

Whether you’ve always dreamed of being a teacher or you’re starting to explore a career in curriculum development or educational leadership, our programs can help you accomplish your professional goals.  

With more than 100 years of experience preparing future educators, we know what we’re talking about. Since Coppin’s founding in 1900 as a teacher’s college, we have been fine-tuning the art of educating and inspiring teachers from Maryland and beyond. 

Accreditation

Council for the Accreditation of Educator Preparation (CAEP) Accredited Provider

The School of Education earned full accreditation by the Council for the Accreditation of Educator Preparation (CAEP) on November 9, 2023. Earning national accreditation by CAEP signifies the Education Program Provider (EPP) meets national industry standards and has been subject to rigorous unbiased and external review by policymakers, industry professionals, and members of the public. CAEP's performance-based accreditation advances academic and professional development of competent classroom teachers, specialists, and administrators who work to improve education access and quality for all students.

EPP Accreditation Information

Why Attend a School of Education Program?

Coppin’s first ever programs were in the field of education. Since first starting as teacher education programs, we have grown with the urgent needs of our times. These expanded offerings position our students and graduates as leaders in the field. Our students benefit from: 

  • Personalized attention from seasoned educators and professionals 

  • Faculty and staff who stay accessible, supportive, and committed to the success of every student 

  • Hands-on teaching experience in a unique urban setting 

  • Technology-driven education that meets the challenges for today’s schools and students 

Our Programs

The School of Education

The School of Education offers both undergraduate and graduate programs that prepare you to begin or advance your career in the education profession. Renowned for our long legacy of preparing urban teachers, our programs cover early childhood, elementary, adult, and special education, as well as school leadership. As you progress through your program, enjoy the experience of being in collaborative small classes that encourage academic excellence, idea sharing, compassion, as well as opportunities that allow you to speak and be heard.

Department of Teaching & Learning

Early Childhood Education

Undergraduate

Early Childhood Human Development

Undergraduate

Elementary Education

Undergraduate

Special Education

Undergraduate

Teacher Leadership

Graduate

Teaching

Graduate

Department of Instructional Leadership & Professional Development

Adult and Continuing Education

Graduate
MS

School Administration I

Graduate

Contemporary Educational Leadership

Graduate

Contact Us

Administrative Assistant II

staff

Program Coordinator, P2P Initiative

staff

Forms and Downloads

Find it now

Apply to the Dance Program

Department of Humanities

Apply to the Dance Program

Mission

We prepare our students for careers in dance education and performance through scholarly inquiry, performance opportunities, choreographic projects, master classes, and teaching internships.

Speak to
Camille Weanquoi
Mon - Fri: 9:30 am - 2:30 pm
Physical Education Complex, Room 212

Admissions & Dance Placement Video

No audition is required to join the Coppin Dance Program. If accepted into Coppin State University, you must declare Dance as your major or minor.

However, to ensure proper placement in our technique classes, all incoming students must submit a Dance Placement Video before the start of their first semester.

Dance Placement Video Guidelines

All incoming dance majors and minors must submit a placement video before the semester begins to ensure appropriate placement in technique classes. An audition is not required for acceptance into the program.

  1. Format Your Video
    • Submit a piece (or excerpts) that best showcases your movement ability and style, such as Improv, Modern/Contemporary, Hip Hop, Tap, African, or Jazz.
    • Keep your video under 2 minutes.
    • Ensure your video is clear, well-lit, and shows your full body in motion.
    • If dancing in a group, clearly identify yourself (e.g., label or arrow).
  2. Upload and Submit
    • Upload your video to an accessible platform (e.g., an Unlisted YouTube link, Google Drive, Vimeo).
    • Double-check that the video is viewable and that permissions are set to “anyone with the link.”
    • Then complete the Dance Admission Application Form and paste your video link in the designated field.

Need Help? Contact Us

Reach out to us at dance@coppin.edu for questions.

Dance Coordinator & Assistant Professor

faculty

Can Help With
Information About the Dance Program and Degree Requirements
Advising on Dance Course Selection and Registration
Opportunities for Performances, Residencies, Community Partnerships, and Internships
Associate Professor

faculty

Our Program

Dance

Undergraduate
College

The Dance Program lives in the Department of Humanities in the School of Arts & Sciences within the College of Arts & Sciences, and Education. 

Partnerships and Affiliations

Department of Humanities

Partnerships and Affiliations

Mission

We prepare our students for careers in dance education and performance through scholarly inquiry, performance opportunities, choreographic projects, master classes, and teaching internships.

Mon - Fri: 9:30 am - 2:30 pm
Physical Education Complex, Room 212

The language of dance is universal.

It crosses languages, countries, and cultures. It can be a tool for communication, collaboration, and even change. At Coppin, we work to expose our dancers to a variety of different styles, training, and performance opportunities—and those opportunities wouldn’t exist without our partners.

Some of our partners and professional affiliations include:

Memberships

The Dance Program currently holds memberships with several regional and national dance education and dance performance organization including: 

Visiting Artists

  • Emily Berry
  • Return to Goree
  • Raw Sound

Contact Us

We are a faculty of artists, educators, and scholars committed to providing our students with comprehensive and diverse core training in dance technique and research. 

College

The Dance Program lives in the Department of Humanities in the School of Arts & Sciences within the College of Arts & Sciences, and Education. 

Applied Molecular Biology and Biochemistry

Applied Molecular Biology and Biochemistry

Degree Type

Master of Science

About

Learn the world at a molecular and chemical level to solve human problems on a global scale.

Introduction

The Master’s program is designed to provide an ideal framework for studying and understanding the advanced concepts of biochemistry and molecular biology and to develop interdisciplinary and integrative abilities in order to prepare competent professionals to solve problems in the field of applied biochemistry and molecular biology. Students will acquire hands on experimental skills and ample opportunities for research invoking the critical thinking and analysis necessary to undertake dissertation work and flourish in the careers beyond graduating from the program. Specifically, students will examine the structure, function and biological processes of macromolecules in complex biological systems.

Learn how to:

  • Examine structure, function, and biological processes of macromolecules in complex biological systems

Why earn a master’s degree?

The U.S. Department of Labor’s Bureau of Labor Statistics (BLS) estimates 18% of all jobs will require a master’s degree by 2022. A master’s degree can make it easier to transition into senior management and leadership positions and boost potential earnings. Over time, people with a master’s degree earn 35% more than those with a just a bachelor’s degree. 

Career Possibilities

Graduates of this program can continue their careers as PhD candidates and focus their careers on research activity, as specialists or scientists in biomedical laboratories, as research and design scientists, as well as in marketing and sales in biotechnology and pharmaceutical companies. 

Students studying

750+ Course Options

The Coppin State University Academic Catalog has a wide variety of skill-building courses designed to inspire and prepare you to be in-demand professionals and transformational leaders.

Admission Requirements and Process

To be considered for admission to the Master of Science in Applied Molecular Biology and Biochemistry program, submit or prepare for the following:

  • Coppin State University online admission application and application fee

  • 2.8 minimum grade point average (GPA) in undergraduate courses, including but not limited to:

    • General Physics (4 credits)

    • General Chemistry (4 credits)

    • Organic Chemistry (4 credits)

    • Cell Biology (4 credits)

    • Biochemistry (3-4 credits)

    • Molecular Biology (4 credits)

    • Calculus (3-4 credits)

    • Statistics (3 credits)

  • 2-page personal statement detailing your academic and professional qualifications, as well as your short and long term academic goals and professional careers goals for your chosen field of study

  • Official transcripts from each college or university attended

  • 3 letters of recommendation from a current employer, instructor, or other person who can speak to your character, integrity, and academic potential.

  • Official English equivalency scores (for International Student applicants only)

  • Curriculum vitae or resume (optional)

  • Official Graduate Record Exam (GRE) scores (optional)

We still encourage you to submit your application and transcripts even if you haven’t taken all of the courses listed above. Some courses may be eligible for transfer credit, per University policies.

Graduate Program Requirements

To graduate with a Master of Science in Applied Molecular Biology and Biochemistry (AMBB), students must complete 34 credit hours. These credit hours split between:

  • Core courses (28 credits)

  • Thesis (6 credits)

Scholarly Research Proposal 

All program students must conduct an independent, original, scholarly research investigation to be eligible for graduation. Before conducting research, each student must submit a proposal to the program coordinator. The proposal must follow the research template specified by the CSU Graduate School Guidelines for Thesis/Dissertation. The student’s potential research advisor(s) review the proposal along with an additional faculty reader. Ultimately, the Department Graduate Committee approves each thesis proposal.

Core Courses (24 credits + 6 thesis credits of BIOL 510)

coursecreditsname
BIOL 5014Advanced Biochemistry
BIOL 5024Advanced Molecular Biology
BIOL 5054Bio-OMICS: Genomics, Transcriptomics, Proteomics, and Metabolomics
BIOL 5093Techniques in Molecular Biology
BIOL 5074Biological Membranes
BIOL 5082Seminar: Learnings from Nobel Discoveries in Biochemistry, Physiology, and Medicine
BIOL 5106Research and Dissertation
BIOL 5213Advanced Biostatistics

Electives (4 credits)

coursecreditsname
BIOL 5034Protein Engineering
BIOL 5064Biomarkers and Molecular Diagnostics
BIOL 5044Molecular & Biochemical Signaling

Graduate Course Descriptions

Learn more about the courses part of the AMBB program. 

This course focuses on structure and function of biological macromolecules, viz. proteins, carbohydrates, lipids, and nuclei acids. It includes study of enzyme catalysis and kinetics, metabolic pathways and their regulation, and information pathways.

This course is designed to provide an advanced level of understanding on the structure of DNA, RNA and protein. Understanding on the physical and chemical properties of DNA, RNA AND proteins coupled with their roles in cellular metabolism. Emphasis will be placed on the contemporary scientific findings on the principles, processes, and methodology of molecular Biology.

This course is designed to understand the concepts, principles and applications of various expression systems for protein production and bio-separations, protein purification. Emphasis will be placed on protein engineering by directed mutagenesis and rational design for the production of novel proteins. Understanding the in vitro synthetic enzymatic biosystems for biomanufacturing.

This course is designed to study the fundamental principles of genomics, transcriptomics, proteomics, and metabolomics by meta-analysis of structural and functional aspects of genomes, transcriptomes, proteomes, and metabolomes of various organisms. Bioinformatics principles and tools will be applied and analyzed both in theoretical and experimental approaches.

This course is designed for students to understand how cells communicate by means of extracellular signaling molecules. The mechanism of synthesis, assembly and delivery of these signaling molecules will be discussed. Also, a detailed mechanism that these signaling molecules recognize and bind to receptors on the surface of the target cells will be studied in detail. The interaction of signaling molecules and the elicitation of signal transduction pathways for an effective communication within the cells will also be addressed in detail. Also, how intracellular cascades of molecules transduce various signals for a functional response of the downstream molecules within the cells will also be analyzed.

This course is designed to understand detailed biochemical, molecular biological, and cell biological approaches used in the diagnosis of various abnormalities in human population by using -Nucleic Acids, -protein, -carbohydrate and lipid –based biological markers. This course will also provide the opportunity for students to understand the latest technological advances, diagnostic applications and improve the future prospects for molecular approaches to disease diagnosis.

The course will provide an integrated perspective on the architecture, biogenesis, dynamics and the physiological functions of biomembranes and cellular micro-compartments. The acquired knowledge will be used in understanding membrane-associated diseases and the rationale for novel therapeutic interventions.

This course is designed for students to do literature search, analyze invited speakers lectures and student presentations, their significant findings presented at the lectures, the findings significance and how the findings strengthen science in general. Students should write a report and submit for evaluation to the course director.

This course is designed to provide hands-on experience in various advanced molecular biological and immunological techniques for the development of diagnostics for various clinical manifestation related to human health. This course is also designed for students to learn molecular, biochemical and pharmacological aspects of various diagnostic methodologies.

An independent, original, and scholarly research investigation is required for a M.S. Degree. The thesis must be submitted to the Master’s Program Office as a research thesis in the form specified by the CSU Graduate School Guidelines for Thesis and Dissertations. A Candidacy Exam/proposal of the thesis topic must be completed by the beginning of the second year of the program. The graduate program coordinator will then form a committee to evaluate the candidacy proposal and submit his/her recommendation to the Chair of the Natural Sciences Department and the Dean of the Graduate School for approval.

This course is designed for an understanding of the principles of experimental design and experimental data analysis; hypothesis testing; application of statistical methods for comparing discrete and continuous data including ANOVA, t-test, correlation, and regression.

Study Plan

To graduate, each student must complete a minimum of 34 credits, including any transfer credits. Students must meet with the department chair or program director for advice and periodical evaluation of student’s progress towards the completion of courses for graduation.

Fall Semester (8 credits)

Course credits name
BIOL 501 4 Advanced Biochemistry
BIOL 502 4 Advanced Molecular Biology

Spring Semester (10 credits)

course credits name
BIOL 507 4 Biological Membranes
BIOL 509 3 Techniques in Molecular Biology
BIOL 521 3 Biostatistics

Fall Semester (Any 2 courses, 8 credits)

Course credits name
BIOL 504 4 Bio-omics
BIOL 505 4 Molecular & Biochemical Signaling
BIOL 506 4 Biomarkers & Molecular Diagnostics
BIOL 503 4 Protein Engineering

Spring Semester (8 credits)

Course credits name
BIOL 510 6 Thesis
BIOL 508 2 Seminar

Related Natural Science Programs

Biology: Pre-Medicine

Undergraduate

Biology: Pre-Pharmacy

Undergraduate

Biology: Pre-Physician Assistant

Undergraduate

Biology

Undergraduate

Chemistry

Undergraduate

Biochemistry

Undergraduate

Computational Chemistry

Undergraduate

Biology and Life Sciences

Undergraduate
College

Polymer and Material Sciences lives in the Department of Natural Sciences in the School of Arts & Sciences within the College of Arts & Sciences, and Education.

Polymer and Material Sciences

Polymer and Material Sciences

Degree Type

Master of Science

About

The world needs better solutions for the plastics and polymers polluting our bodies and environment—we’re waiting on you to create them.

Introduction

Created to bridge coursework with industry demand, this program seeks to accelerate research and technical innovation within manufacturing. Specifically, this program has an environmental focus on developing more efficient biodegradable polymers and plastics. Coursework covers comprehensive principles behind the design, synthesis, characterization and function of various materials, specifically those classified as biomaterials, bioplastics, blended fuels, nanomaterials, biomarkers and soft polymers.

Graduates are well-positioned to fill talent gaps across a range of industries, including defense, automotive, aviation, medical technology, dentistry, and even sports apparel. Upon graduation, students can pursue careers in teaching and research at colleges and universities, government agencies and industries specializing in the operation and control of manufacturing processes, and in management or development positions in the materials-polymer industry.

Why Earn a Master’s Degree?

The U.S. Department of Labor’s Bureau of Labor Statistics (BLS) estimates 18% of all jobs will require a master’s degree by 2022. A master’s degree can make it easier to transition into senior management and leadership positions and boost potential earnings. Over time, people with a master’s degree earn 35% more than those with a just a bachelor’s degree.

Career Possibilities

Program graduates stand ready to fill critical needs for trained labor by government agencies and manufacturing companies including Lockheed Martin, Under Armour, Berry Plastics, NGK-Locke, Inc., Solvey, among others.

Students studying

750+ Course Options

The Coppin State University Academic Catalog has a wide variety of skill-building courses designed to inspire and prepare you to be in-demand professionals and transformational leaders.

Admission Requirements and Process

To be considered for admission to the Master of Science in Polymer and Materials Sciences, submit or prepare for the following:

  • Coppin State University online admission application and application fee

  • 2-page personal statement detailing your academic and professional qualifications, as well as your short and long term academic goals and professional careers goals for your chosen field of study

  • Official transcripts from each college or university attended

  • 3 letters of recommendation from a current employer, instructor, or other person who can speak to your character, integrity, and academic potential

  • Official English equivalency scores (for International Student applicants only)

  • Curriculum vitae or resume (optional)

Admission Consideration for Students with Non-Science Degrees

Students who have earned bachelors’ degrees outside of the natural sciences may be considered for admission. However, we do expect students who hold a degree in biology or chemistry to have successfully completed these undergraduate courses:

  • Calculus I

  • Organic Chemistry I and II

  • Physics I and II

Graduate Program Requirements

To graduate with a Master of Science in Polymer and Materials Sciences, students must participate in and attend seminar-type discussions and complete 36 credit hours. These credit hours split among: 

  • Core courses (20 credits)

  • Electives (10 credits)

  • Thesis (6 credits) 

Core Courses

coursecreditsname
CHEM 5014Polymer Nanoparticles: Synthesis and Applications
CHEM 5024Computational Chemistry
CHEM 5314Foundations of Biomaterials
CHEM 5714Thermodynamics of Polymer
CHEM 5904Polymer Chemistry I

Electives (10 credits)

coursecreditsname
CHEM 5102Advanced Instrumentation
CHEM 5112Electrochemistry for Polymers and Materials
CHEM 5914Advanced Polymer Chemistry
BIOL 5074Biomarkers and Molecular Diagnostics

Thesis Requirements

In addition to completing all coursework, all program students must submit a thesis to fulfill degree requirements. This first step is to write and submit a pre-thesis proposal to your advisor and thesis reader at the end of the spring semester of your first year.

The final written thesis should be a scholarly investigation that reflects your advanced understanding of materials and/or polymer science principles learned in all previous program coursework and specialized research readings.

Graduate Course Descriptions

Learn more about the courses part of the Master of Science in Polymer and Materials Sciences program.

A course that explain, develop skills in cutting edge technology for polymer nanoparticle characterization and properties measurement utilizing state of the art tools for specific purposes.

Prerequisites

  • A course in Nanotechnology or
  • Advanced Inorganic Chemistry or
  • Organic Chemistry II

Exploration of contemporary technology used to access molecular modeling and computational chemistry with topics that include calculation of molecular structures using both classical mechanics and quantum mechanics.

Prerequisites

  • Instructor Permission

A course that emphasizes topics related with solid/liquid/gel state matter; molecular 2D, 3D atomic assembly, macromolecules with dipolar and quadrupolar moment, synthesis/characterization of polymers its molecular mass. Analysis of hydrophobic effects, stretching, collapse, swelling and shape changing.

This course is intended to provide an overview of the thermodynamic principles that can apply to polymer characterization strategies leading to evaluation of material properties and possible applications for different classes of polymers (organic, inorganic) discovered previously or currently under development.

The course focuses on the properties of polymerization techniques in solution, emulsion, microemulsion and characterization and overview of the properties of commercial polymers with emphasis on the interrelations between molecular and gross physical properties; polymer structure; methods of polymerization; polymer development; and Industrial applications for polymers.

Prerequisites

  • Organic chemistry or equivalent and
  • Instructor permission

A course that explains the theory and operation of instruments used to characterize matter. This course is available to students in the advanced MS chemistry or material science programs. Prerequisite: Permission of the instructor.

Prerequisite

  • Instructor permission

The Electrochemistry of polymers course is intended to provide an overview of the thermodynamic principles that can be applied for polymers characterization strategies that leads to evaluate its material properties and possible applications for different classes of polymers (organic, inorganic) discovered previously or currently under development.

This course studies the most common synthetic methods used in polymerization, the basic differences in the kinetics of these methods, the final products obtained, and the synthetic processing techniques that are currently used for various applications.

Prerequisites

  • Organic Chemistry and
  • Physical Chemistry

This course is designed to understand detailed biochemical, molecular and cell biological approached used in the diagnosis of various abnormalities in human population by using -Nucleic Acids, -protein, -carbohydrate and lipid –based biological markers. This course aims to cover the basic principles of molecular biology and examine their relevance to the identification of disease-causing genes/mutations and the diagnosis of human genetic disorders.

Prerequisites

  • Instructor permission

An independent, original, and scholarly research investigation is required for an M.S. Degree in Polymer and Materials Sciences. The thesis must be written using APA format. Prior to conducting the thesis work, a proposal must be submitted to the Polymer and Materials Sciences program Office using forms specified by the school of graduate studies.

The proposal will then be reviewed by the student's research advisor(s) and the faculty reader. A candidacy exam of the thesis proposal will be administered in the fall of the second year of the program. The graduate program coordinator will then and submit his/her recommendation to the Chair of the natural sciences department, the Dean of the graduate studies for approval.

Study Plan

To graduate, each student must complete a minimum of 36 credits, including any transfer credits. Students must meet with the department chair or program director for advice and periodical evaluation of student’s progress towards the completion of courses for graduation.

Fall Semester (12 credits)

Course

credits

name

CHEM 590

4

Polymer Chemistry I

CHEM 502

4

Computational Chemistry

CHEM 571

4

Thermodynamics of Polymer

Spring Semester (12 credits)

course

credits

name

CHEM 501

4

Polymer Nanoparticles: Synthesis and Application

CHEM 531

4

Foundation of Biomaterials

CHEM 591

4

Advanced Polymer Chemistry

Fall Semester (8 credits)

Course

credits

name

CHEM 510

2

Advanced Instrumentation

CHEM 511

2

Electrochemistry for Polymer and Materials

BIOL 507

4

Biomarkers and Molecular Diagnostics

Spring Semester (6 credits)

Course

credits

name

CHEM 550

6

Thesis

Related Natural Science Programs

Applied Molecular Biology and Biochemistry

Graduate
MS

Biology: Pre-Medicine

Undergraduate

Biology: Pre-Pharmacy

Undergraduate

Biology: Pre-Physician Assistant

Undergraduate

Biology

Undergraduate

Chemistry

Undergraduate

Biochemistry

Undergraduate

Computational Chemistry

Undergraduate

Biology and Life Sciences

Undergraduate
College

Polymer and Material Sciences lives in the Department of Natural Sciences in the School of Arts & Sciences within the College of Arts & Sciences, and Education.

Chemistry: Computational Chemistry

Chemistry: Computational Chemistry

Degree Type

Concentration

About

To address challenges like sustainable energy, pharmaceuticals, polymers and manufacturing materials, you first must understand the chemical reactions that make them possible. 

Introduction

Computational chemistry uses computer models and simulations to solve complex chemical problems. Often working with enormous amounts of data, computational chemists apply models and algorithms to find patterns, inform processes, and extract useful data for wider applications.  

There are parallels between computational chemistry and computer science; professionals in the field often work closely together. This field is important to drug development, analytical chemistry, and process development, with numerous opportunities in pharmaceuticals and manufacturing. 

In addition to majoring or minoring in general chemistry, students also have the option to choose another concentration for the chemistry major: 

Learn how to:

  • Demonstrate mastery of computational chemistry foundations and applications

  • Effectively communicate data and information to the scientific community through written and oral formats

  • Demonstrate and share ethical values of scientific research, as well as chemistry’s impact on the environment and society

  • Apply program knowledge to  real world questions and issues

  • Recognize interdisciplinary relationships between chemistry and other basic sciences including biology, physics, biophysics, material sciences, biochemistry, nanotechnology, and mathematics

  • Think critically and analytically on investigation and interpretation of experimental results

  • Solve problems of a chemical nature through application of knowledge of experimental approaches

  • Apply knowledge to connect solutions and approaches to new problems

In the computational chemistry concentration, you’ll learn how to integrate chemical theory and modeling with experimental observations through use of statistics, mathematical algorithms, and large databases. You’ll also gain skills to create models and simulations of physical and chemical processes.

Students studying

750+ Course Options

The Coppin State University Academic Catalog has a wide variety of skill-building courses designed to inspire and prepare you to be in-demand professionals and transformational leaders.

Admission Requirements

To be eligible for admission to the Chemistry major, students must be enrolled and in good academic standing. It also helps if you’re excited about and interested in a career in science!  

Program Requirements

To graduate with a Bachelor of Science in Chemistry, students must complete 120 credit hours. These credit hours split among:

  • General Education Requirements, or GERs

  • Core major courses
  • Supporting major courses

  • Electives

General Education Requirements (GERs)

All students must complete 40 GER credits. In addition, all science majors must also take these courses to satisfy GERs.

  • MATH 131 (College Algebra for science majors)

  • BIOL 106 (Fundamentals of cell biology) and

  • CHEM 101 - General Chemistry (Prerequisite MATH 131)

Learn more about the program courses you may take as part of the Computational Chemistry concentration.

Core Courses (44 credits)

CoursecreditsName
CHEM 1024General Chemistry II
CHEM 2054Quantitative Analysis
CHEM 3075Organic Chemistry I
CHEM 3085Organic Chemistry II
CHEM 3104Instrumentation
CHEM 3134Biochemistry
CHEM 4004Physical Chemistry for Computational Chemistry
CHEM 4094Thermo and Kinetics
CHEM 4031Seminar I
CHEM 4041Seminar II
CHEM 4504Phytochemistry
CHEM 4904Polymer Chemistry

Supporting Courses (28 credits)

CoursecreditsName
BIOL 1034Botany
CHEM 4504Inorganic Chemistry
PHYS 3034Mechanics and Dynamics
PHYS 3044Heat, Electricity, and Magnetism
MATH 1324Pre-Calculus
MATH 2014Calculus I
MATH 2024Calculus II

Electives (9 credits)

CoursecreditsName
CHEM 4703Toxicology
CHEM 4103Forensic Chemistry
CHEM 4093Independent Research

Remember! You must complete all major and prerequisite courses with a grade of C or higher.

Sample Degree Plan

This plan is only for example purposes. Your academic journey may be slightly different from another student’s, so be sure to always communicate with your academic advisor before finalizing your course schedule.

Fall Semester (15 credits)

Course

credits

name

ENGL 101

3

English Composition I

PSYC 201

3

General Psychology 

MATH 131

3

College Algebra

HIST xxx

3

History I Course

PHIL 102

or

PHIL 103

3

Introduction to Logic

or 

Philosophy

Spring Semester (18 credits)

course

credits

name

MATH 132

4

Pre-Calculus

BIOL 106

4

Cell Biology

CHEM 101

4

General Chemistry I

MISY 150

3

Tech Fluency

HIST xxx

3

History II Course

Fall Semester (16 credits)

Course

credits

name

ENGL 102

3

English Composition II

ANTH 207

3

Anthropology

WLIT 207

3

World Literature

BIOL 103

4

General Botany

HEED 1xx

3

Personal Health

Spring Semester (15 credits)

Course

credits

name

CHEM 102

4

General Chemistry II

MATH 201

4

Calculus I

IDIS 102

3

Music and Dance

CHEM 290

3

Computational Chemistry

Fall Semester (17 credits)

Course

credits

name

CHEM 307

5

Organic Chemistry

PHYS 303

4

Mechanics and Particle Dynamics

CHEM 205

4

Quantitative Analysis

MATH 202

4

Calculus II

Spring Semester (17 credits)

course

credits

name

CHEM 308

5

Organic Chemistry II

PHYS 304

4

Heat and Electricity

CHEM 310 

4

Instrumentation

CHEM 313

3

Biochemistry

Fall Semester (12 credits)

Course

credits

name

CHEM 403

1

Seminar in Chemistry I

CHEM 410

4

Forensic Chemistry

CHEM 450

3

Phytochemistry

CHEM 490

3

Polymer Chemistry

Spring Semester (12 credits)

Course

credits

Name

CHEM 409

3

Thermo and Kinetics

CHEM 408

1

Seminar in Chemistry II

CHEM 400

4

Physical Chemistry for Comp

CHEM 405

4

Advanced Inorganic Chemistry

Related Natural Science Programs

Applied Molecular Biology and Biochemistry

Graduate
MS

Biology: Pre-Medicine

Undergraduate

Biology: Pre-Pharmacy

Undergraduate

Biology: Pre-Physician Assistant

Undergraduate

Biology

Undergraduate

Chemistry

Undergraduate

Biochemistry

Undergraduate

Polymer and Material Sciences

Graduate
MS

Biology and Life Sciences

Undergraduate
College

Chemistry lives in the Department of Natural Sciences in the School of Arts & Sciences within the College of Arts & Sciences, and Education.