M.S. in Pharmaceutics with Specialization in Industrial Pharmacy
Industrial pharmacists are responsible for quality control, using the latest technologies to research drug compounds, conduct trials to test medications for safety, and develop new drugs that save lives.
The Master of Science program in Pharmaceutics with Specialization in Industrial Pharmacy prepares students for careers in the pharmaceutical manufacturing industry and for entry into Ph.D. programs in pharmaceutical sciences and other related fields.
Program Mission
The mission of the Master of Science in Pharmaceutics with specialization in Industrial Pharmacy at Long Island University is to prepare students for entry into the pharmaceutical industry or for advanced study in Ph.D. programs in pharmaceutical sciences and related fields.
ALIGNMENT OF GOALS AND MISSION
The mission of the Master of Science in Pharmaceutics with specialization in Industrial Pharmacy is to uniquely prepare students for entry into the pharmaceutical industry or for advanced study in Ph.D. programs in pharmaceutical sciences and related fields. The goals of the curriculum reflect the knowledge, attitudes and skills required for entry-level positions in the field or for admission into a Ph.D. program. Beginning with the acquisition of new knowledge (Goal 1), students will be expected to integrate that knowledge and it apply it to data analysis/interpretation, drug molecule characterization, and dosage form manufacturing and evaluation (Goal 2). The curriculum is also designed to promote a student’s oral and written communication skills (Goal 3) and ability to work as part of a team (Goal 4).
Graduates of the program will be highly sought after by the global pharmaceutical industry to support research, development and manufacturing operations. Program alumni are positioned to assume leadership positions within the pharmaceutical industry as well as within academia, thus further elevating the stature of the Division of Pharmaceutical Sciences, the College of Pharmacy and of Long Island University as a whole.
Program Goals And Objectives
Goal 1: Demonstrate acquisition of knowledge of fundamental concepts in pharmaceutics/industrial pharmacy
1.1 List and explain physical and chemical properties of solvents and solutes that affect solubility, stability, and other biopharmaceutic properties/behaviors used in the development of dosage forms
1.2 Describe the important factors necessary for the design, manufacture and evaluation of various dosage forms and other drug delivery systems
1.3 Develop, validate and apply different instrumental analytical techniques toward the analysis of drug substances in various dosage forms
1.4 Identify and explain the principles that govern absorption, distribution, metabolism and excretion of drug substances, and the factors that influence these processes
Goal 2: Integrate advanced knowledge and concepts in pharmaceutical sciences
2.1 Demonstrate the ability to interpret and analyze data
2.2 Design, manufacture and evaluate dosage forms and other drug delivery systems
2.3 Characterize and evaluate the physicochemical properties of pharmaceutical materials
Goal 3: Effectively communicate scientific information both orally and in writing to inform and educate professional and scientific peers
3.1 Retrieve, analyze, and interpret the scientific literature to provide information for dissemination orally or in writing
3.2 Verbally deliver information in an organized, persuasive and logical manner using supportive documentation and visual aids
3.3 Create documents that are technical, analytical, relevant in content and well organized
Goal 4: Develop group dynamic and teamwork abilities
4.1 Demonstrate one’s personal contributions to group projects or assignments
4.2 Summarize information gleaned from group experiences and communicate findings
Degree Requirements
The following courses are required for the Specialization in Industrial Pharmacy:
- Students taking the Non-Thesis Option must complete 36 credits of coursework and pass the written comprehensive examination.
- Students taking the Thesis Option must complete 36 credits of coursework of which 6 credits are for Research and Thesis, pass the written comprehensive examination, submit a satisfactory thesis proposal, submit a satisfactory written thesis, and successfully defend (orally) their written thesis.
*note: the program requires all core courses (9) be completed in the first three semesters.
There are 2 sequences below, Fall and Spring. Follow the sequence according to the semester you entered.
Program Course Sequence for students entering is a FALL semester:
| YEAR 1 | FALL SEMESTER (1st semester) |
|
|
PHS 761 |
Quality by Design and Process Validation |
3 |
|
PHS 934 |
Principles of Industrial Pharmacy I |
3 |
|
PHA 010 |
Biostatistics |
3 |
| YEAR 1 | SPRING SEMESTER (2nd semester) |
|
|
PHS 987 |
Advanced Biopharmaceutics and Pharmacokinetics |
3 |
|
PHS 935 |
Principles of Industrial Pharmacy II |
3 |
|
PHS 931 |
Advanced Physical Pharmacy I |
3 |
| YEAR 2 | FALL SEMESTER (3rd semester) |
|
|
PHS 602 |
Pharmaceutical Regulatory Overview |
3 |
|
PHS 932 |
Advanced Physical Pharmacy II |
3 |
|
PHS 972 |
Methods of Pharmaceutical Analysis |
3 |
| YEAR 3 | SPRING SEMESTER (4th semester for Thesis students) | |
| Research and Thesis | 6 | |
|
Elective |
3 |
| YEAR 3 | SPRING SEMESTER (4th semester for Non-Thesis students) | |
| Elective |
3 |
|
| Elective |
3 | |
| Elective |
3 |
Program Course Sequence for students entering is a SPRING semester:
| YEAR 1 | SPRING SEMESTER (1st semester) |
|
|
PHS 761 |
Quality by Design and Process Validation |
3 |
|
PHS 931 |
Advanced Physical Pharmacy I |
3 |
|
PHA 010 |
Biostatistics |
3 |
| YEAR 1 | FALL SEMESTER (2nd semester) |
|
|
PHS 934 |
Principles of Industrial Pharmacy I |
3 |
|
PHS 932 |
Advanced Physical Pharmacy II |
3 |
|
PHS 972 |
Methods of Pharmaceutical Analysis |
3 |
| YEAR 2 | SPRING SEMESTER (3rd semester) |
|
|
PHS 602 |
Pharmaceutical Regulatory Overview |
3 |
|
PHS 987 |
Advanced Biopharmaceutics and Pharmacokinetics |
3 |
|
PHS 935 |
Principles of Industrial Pharmacy II |
3 |
| YEAR 2 | SPRING SEMESTER (4th semester for Thesis students) | |
| Research and Thesis | 6 | |
| Elective | 3 |
| YEAR 2 | SPRING SEMESTER (4th semester for Non-Thesis students) | |
| Elective |
3 |
|
| Elective | 3 | |
| Elective | 3 |
The following courses may be selected from as electives for the Specialization in Industrial Pharmacy:
| |
|
|
|
PHS 070 |
Special Projects |
3 |
|
PHS 702 |
Physical Chemistry II |
3 |
|
PHS 769 |
Transdermal Drug Delivery |
3 |
|
PHS 936 |
Dosage Form Design |
3 |
|
PHS 937 |
Pharmaceutical Engineering |
3 |
|
PHS 950 |
Dermatological Formulations Technology I |
3 |
|
PHS 951 |
Dermatological Formulations Technology II |
3 |
|
PHS 958 |
Aerosol Science and Technology |
3 |
|
PHS 958 |
Aerosol Science and Technology |
3 |
|
PHS 960 |
Properties/Applications of Cosmetic and Pharmaceutical Raw Materials |
3 |
CONTACT
LIU Pharmacy
Arash T. Dabestani
PharmD, MHA, FASHP, FABC
Dean
718-488-1004
EXPLORE
LIU Brooklyn Campus Life
Scholarships & Financial Aid
Enrollment Services
ADMISSIONS
718-488-1011
bkln-enroll@liu.edu