JohnsHopkinsMedicine

Program Curriculum

 

Program

Master in Health Science Informatics-Research

Master in Applied Health Science Informatics

Completed in:

24 months

12 months

Total Quarter Credits

100 quarter credits

64 quarter credits

Core Courses

15 quarter credits

15 quarter credits

Selectives + Electives

33 quarter credits

33 quarter credits

Fellows seminar

1 credit each quarter (total 8 credits)

1 credit each quarter (total 4 credits)

Grand Rounds

1 credit each quarter (total 8 credits)

1 credit each quarter (total 4 credits)

Practicum

Optional

Optional

Capstone

N/A

8 credits

Thesis project

36 quarter credits (12 credits year 1, 24 credits year 2)

N/A

 

The following abbreviations are used below:

ME = School of Medicine
PH = School of Public Health
B = Carey School of Business
W = Whiting School of Engineering
N = School of Nursing

The Curriculum

All programs follow the School of Medicine's standard for minimum grade requirements*, and include core, selective and elective coursework, the seminar, and a capstone project. All courses are 3 credits, unless otherwise stated. Semester-long courses are denoted Q1+Q2 or Q3+Q4.

* Grading Policy

  • At most, two courses with grades less than B– may be counted towards the coursework requirements. No course with grades less than C- may be counted. The overall grade point average of the courses counted towards the coursework requirements must be a 3.00 or higher (B average). At most, two independent study courses can be counted towards the course requirements.
  • Other than independent study courses, no courses with grades of S or Pass/Fail can be counted towards the coursework requirement. Courses with grades of S or Pass/Fail will not be included in the grade point average calculation.
  • At most, two courses (4 quarters) could be transferred from graduate programs of other institutions to be counted towards the degree requirements. Such transfer courses would have to be approved by the student's faculty advisor and the department. It will be the obligation of the student to provide all necessary data to the Division of Health Sciences Informatics regarding the course(s) for which transfer credit is being requested. 
  • A grade of D or F will result in probation; a second D or F would be cause for being dropped from the program.

Regarding “semesters” and “quarters.”

  • An SPH 3-credit 2-quarter course "counts" as 6 credits for the HSI program

  • A Homewood (or other semester-based programs) 3-credit  semester course "counts" as 4.5 credits for the HSI program (or 2.25 per quarter). A 2-credit semester couse "counts" as 3 quarter credits.

Academic Calendar 2012-2013

  • Quarter 1 (Q1) Sept. 4 - Oct. 26 - Sept. 17, 2012 - Last day to drop course/program with full refund
  • Quarter 2 (Q2) Oct 29-Dec 21 - Nov. 12, 2012 - Last day to drop course 
  • Quarter 3 (Q3) Jan 22-Mar 15 - Feb. 5, 2013 - Last day to drop course 
  • Spring Break Mar 18-Mar 22
  • Quarter 4 (Q4) Mar 25-May 17 - Apr. 8, 2013 - Last day to drop course 
  • Summer Term May 14 - August 22

Courses

Courses divide into Core, Selectives, and Selective/Electives.

Check courses via ISIS (all schools, except School of Medicine).

The catalog for SPH (School of Public Health) gives more details. The most recent catalog for SOM (School of Medicine) is a pdf; it is most useful for bio courses. The MS for Information Systems at the Carey School of Business lists courses in that program (use ISIS for details). The Department of Computer Science at WSE provides a pdf of the official catalog. WSE also offers courses for its Entrepreneurship & Management minor (and masters).

While SPH and other Schools' grades are posted on ISIS, SOM grades are not.

Core Courses

*Indicates Online

The following core courses (15 credits) are to be taken by all students.

Selectives

At least 1 in each section, must be taken or placed out (seek Director's approval).

  1. Budgeting
  2. Organizational/Strategic Issues
  3. Project management
  4. Domain Informatics

    Each student commits to a domain track with an obligation for 1 of the following 3 areas. Take at least 2 courses in the domain track. If you take more than 2, the extras "count" towards your selectives/electives.

Selectives/Electives

A wide variety of relevant courses are available. Course selections will be approved by the Program Director and should be consistent with the study plan as outlined in the student's learning contract. (see ME 600.903 Introduction to Public Health and Biomedical Informaticscourse description). Electives are divided into the following categories: Expertise, Methodology, Informatics, Computer science, Communication, Business, Evaluation, and Domain.

Search for classes throughout the university via ISIS (behind VPN firewall).

M, ME=School of Medicine
P, PH=School of Public Health
E, WSE=Whiting School of Engineering
B,C=Carey School of Business
SON=School of Nursing

 

Methodology/
Informatics
140.630 (P) Introduction to Data Management (Q2) (includes basic intro to databases)
  600.315 (E) Database Systems (requires Data Structures pre requisite)
  605.472 (A) Computer Network Architectures and Protocols
  140.621-4 (P) Statistical Methods in Public Health I-IV
  140.651-4 (P) Methods in Biostatistics I-IV
  140.632 (P) Introduction to the SAS Statistical Packages
  140.646 (P) Essentials of Probabiity and Statistical Inference I: Probability
  340.601 (P) Principles Of Epidemiology
  340.645 (P) Introduction to Clinical Trials
  340.620 (P) Principles Of Clinical Epidemiology
  340.635.11 (P) Clinical Trials: Issues and Controversies
  410.690 (P) Ethnographic Fieldwork
  551.604 (P) Quantitative Tools for Managers
  560.771 (EN) Systems Modeling and Simulation Q1
  140.662-3 (P) Spatial Analysis and GIS I (Q3)-II (Q4)
  380.733 (P) Communication Network Analysis in Public Health Programs
  773.701(B) Data Mining and Discovery Informatics Q3+Q4
  580.802 (E) Machine Learning
  520.432 (E) Medical Imaging Q1+Q2
  260.655 (P) Protein BioInformatics
  410.661 (P) Proteomics
  600.145 (E) Introduction to Computer-Integrated Surgery
  223.672.01 (P) Data Management Methods In Health Research Studies 5 credits. Given Q1, Q4.
  370.701 (B) Information Security & Assurance Q3
For Information Security courses, check out Security Informatics
  309.730 Patient Safety and Medical Errors
  600.475 (E) Machine Learning Q1, Q2
   
Computer science 770.514 (S) Systems Analysis and Design
  600.321 (E) Object-Oriented Systems
  773.719 (S) Information Security Foundations
  774.716 (S) Security Architecture
  776.716 (S) Knowledge Management Systems
  635.431 (A) Information Systems, Architecture & Methodologies
   
Communication 410.651 Communication Strategies for Health Education and Health Promotion
  410.650 or 410.650.13 Persuasive Communication: Theories and Practice
   
Business 312.623-4 (P) Financial Management In Health Care I-II
  605.791 (E) Tech Business
  312.617 (P) Fundamentals of Financial Accounting
  312.790.51 (P) Managing Organizational Conflict In A Healthcare Setting
  551.603 Fundamentals of Budgeting and Financial Management
  770.618 (S) Project Management for Information Systems - BE
   
Evaluation 309.615.01 (P) Introduction To Methods For Health Services Research And Evaluation
  305.613.01 (P) Design And Evaluation Of Community Health And Safety Interventions
  309.616.81 (P) Introduction To Methods For Health Services Research And Evaluation I, II
  313.630.01 (P) Concepts In Economic Evaluation
  221.638.01 (P) Health Systems Research And Evaluation In Developing Countries
  380.611.01 (P) Fundamentals Of Program Evaluation
  380.714.11 (P) Fundamentals Of Program Evaluation
  380.612.01 (P) Applications In Program Monitoring And Evaluation
   
Domain 180.609 (P) Principles of Environmental Health I
  188.686 (P) Clincial Enviromental and Occupational Toxicology
  220.601 (P) Introduction to International Health
  300.600 (P) Intro to Health Policy
  300.651 (P) Introduction to the US healthcare systems
  305.623 (P) Fundamentals of Clinical Preventive Medicine
  140.668 (P) Special Topics In Genetics And Genomics
  410.620 (P) Fundamentals of Health Education & Health Promotion
  410.650 (P) Introduction To Persuasive Communications: Theories And Practice
  410.653 (P) Contemporary Issues in Health Communications
  410.755.81 Health Communication Programs
  550.63 (P) Public Health Biology
  550.862 (P) Current Issues in Public Health
  551.601 (P) Managing Health Services Organizations
  140.630.01 (PH) Introduction to Data Management (Q2)

ME 600.704 HSI Fellows SEMINAR

A weekly seminar (Fridays 10-12) covering a range of topics and activities. Topics include ethics and professionalism, as well as ontologies and advanced informatics tools. Activities include student presentations of research in progress and journal club. Specific activities and topics are determined by the students.

ME 600.803 HSI GRAND ROUNDS (SEMINAR)

A weekly seminar (Fridays, 12:15-1:15, generally at Chevy Chase Hall, New Clinical Building) for students, faculty, and invited guests to present ongoing research and work in informatics. The weekly schedule is listed here. Attendance at 90% or more of DHSI Grand Rounds presentations is required.

ME 600.808 HEALTH SCIENCES INFORMATICS CAPSTONEThe purpose of the Capstone is to provide students an opportunity to:

  • Demonstrate the ability to translate competencies established in classes and in prior experience into a real-world setting
  • Enlarge their portfolio of completed documents or projects

The Capstone Project will generally last at least 2 quarters. Students will join an active work group, supervised directly or indirectly by the practicum preceptor. The student will be responsible for spending about 20% of his/her time at the Capstone site, with the specific timing to be negotiated with the practicum preceptor. Attendance may include attending project and staff meetings, as well as front-line activity, such as working with clients.

The student is responsible for submitting a Capstone report to the Director within 2 weeks of completing the project. The final report shall document attendance, how (or whether) the learning objectives were met, and shall include the report generated for the preceptor. A presentation will be made of the final report at a Capstone Presentation Seminar, with students, faculty, and capstone preceptors in attendance.