Master of Pharmaceutical Engineering

MASTER OF PHARMACEUTICAL ENGINEERING

PLAN OF STUDY FORM – Revised

Student Name: / Student UM ID Number:
Student Signature:
Program Advisor / Advisor Signature
Course Number / Course Name / Credit Hours / Term/Year
CORE
ChE/Pharm 519 / Pharmaceutical Engineering / 3
ChE/Pharm 696 / Appl. Pharmacokinetics and Toxicokinetics / 3
Adv. ChE course
3
Adv. Pharm course
3
ChE/Pharm 597 / Regulatory Science / 2
LHC 509 or
ME 509 / Intellectual Property Law or Patents, Trademarks, Copyrights / 2.25
or 3 / 3.
Stat 470 or Stat 570 or IOE 465 / Intro Design of Experiment or Design of Experiments / 4
or 3
ELECTIVES (minimum of 3 credits)
Concentration
Concentration
Concentration
CORE – PRACTICAL TRAINING OR PROJECT (3-6 credits)
ENG 600, ChE 695 or Pharm 570 / Practical Training or Research / 3
or 3-6

Note: that courses listed in the Bulletin may not always be offered during the terms indicated. The Pharmacutical Engineering office will maintain up to date lists of course offering, as they become available.

*THE STUDENT IS RESPONSIBLE FOR MEETING ALL PROGRAM REQUIREMENTS

DEGREE REQUIREMENTS AND PLAN OF STUDY:

TOTAL OF 30 CREDIT HOURS IS REQUIRED TO COMPLETE THE PROGRAM.

·  18 letter graded credit hours at = 500 level

Pharmaceutical Engineering (3) / ChE/Pharm 519
Applied Pharmacokinetics and Toxicokinetics (3) / ChE/Pharm 696
1Advanced ChE courses (3) / See list below
2Advanced Pharma courses (3) / See list below
Regulatory Science for Scientists, Engineers, Mgrs (2) / ChE/Pharm 597
Intellectual Property Law (2.25) or
Patents, Trademarks, Copyrights (3) / LHC 509 or
ME 509
Intro Design of Experiment (4) or
Design of Experiments (3) or 4equivalent quality course / Stat 470 or Stat 570 or
IOE 465
Practical Training (3) or 5Research (3 - 6) / ENG 600 or ChE 695 Pharm 570

1Advanced ChE courses: ChE 444-Applied Chemical Kinetics (3), ChE 517-Biochemical Engineering (3), ChE 527-Fluid Flow (3), ChE 528-Chemical Reactor Engineering (3), ChE 538-Statistical and Irreversible Thermodynmics (3), ChE 542-Intermediate Transport Phenomena (3), and other advanced ChE courses.

2Advanced Pharma courses: Pharm 757-Transport Phenomena in Pharm Sys (3), Pharm 762-Fundamentals in Drug Delivery (2), Pharm 754-Fundamental Physicochemical Properties of Solids (2), Pharm 752-Controlled Drug Delivery (2), Pharm 760-Advanced Pharmacokinetics and Biopharmaceutics (2), Pharm 763-Cellular and Molecular approaches to Drug Delivery, and other advanced Pharma courses.

3http://www.umich.edu/~regoff/timesched/

4A student may conduct a research-based project (up to 6 credits hours) that utilizes his/her knowledge and apply it to an industrially relevant problem. The project must receive prior approval by the student’s advisor.

5See advisor.

A minimum of three credit hours of coursework in one of the

concentration areas listed below.

Systems Biology and discovery science
Bioinformatics, Systems Biology and Predictive Modeling (3) / Bioinf/ChE530
Introduction of Bioinformatics (3) / Biochem 526
Molecular Systems Biology (3) / ChE696
e-Clinical Development and Engineering (2) / ChE 696

e-Clinical Development and Engineering

Clinical Trials (2) / Biostat 509
Introduction to SAS Statistical Programming (1) / Biostat 605
Biostatistical Inference (4) / Biostat 602
e-Clinical Development and Engineering (2) / ChE 696

Pharmaceutical Development and drug delivery

Transport Phenomena in Pharmaceutical Sys (3) / Pharm 757
Fundamentals of Drug Delivery (2) / Pharm 762
Fundamental Physicochemical Properties of Solids (2) / Pharm 754
Controlled Drug Delivery (2) / Pharm 752
Advd Pharmacokinetics and Biopharmaceutics (2) / Pharm 760
OMS 551/OMS 605

Biopharmaceutical engineering and biomanufacturing

Tissue Engineering (3) / ChE/BME 584
Biopharmaceutical Engineering (2) / ChE 516
Bio- Micro- and Nanotechnology (3) / BME 561
Cellular Biotechnology (3) / Micro 504, PATH 581

Note: 1) Minimum GPA of 5.0/9.0 must be maintained at all times. 2) Transfer of Credit (please see your student handbook).

3) You will be assigned an advisor. 4) Courses may be substituted by permission only. To substitute a course please contact the PharmaEng Office.