Rich curricular offerings available through the University of Pittsburgh are designed to deepen our Scholars’ grasp of biology, educate them about technologies and methods, ensure that they are knowledgeable in the ethical conduct of research, and stimulate creativity. 

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Program Curriculum

The program curriculum is divided into three types of courses:

  • Mandatory course/class training that every Scholar must take. If these courses/classes have exams, Scholars are required to pass the exam.
  • Basic courses/classes that are primarily important for the novice WRHR Scholar during the 2nd year.
  • Advanced or specific courses/classes offerings.

Additional workshops and courses may be completed by the Scholar in consultation with her/his mentor, and with approval of the Advisory Committee.

 

WRHR Offered Coursework

The table below depicts examples of offered coursework:

 

WRHR REQUIRED COURSEWORK:
WRHR BASIC COURSEWORK:
WRHR ADVANCED COURSEWORK:

 

Scientific Ethics

Bioethics

Postdoctoral Professionalism Series

Gene Delivery

Ethics and Regulations in Clinical Research

Introduction to Research Methods I

Course in Scentific Management and
Leadership

Cancer Biology and Therapeutics

From Benchtop to Bedside: What Every Scientist Needs to Know

Introduction to Statistical Methods I

Guidelines for Providing Feedback

Cell Therapy

Health Disparities Research: Methods and Interventions

Introduction to Biocomputing

Theoretical Foundations of Applied Ethics

Introduction To Gene Mapping

Medical Writing and Presentation Skills

Approaches in Molecular Biology

Translational Research Seminar Series

Introduction To Gene Mapping

Making the Most of Mentoring

Molecular Biology of Microbial Pathogens

Biostatistics

Biochemical and Molecular Genetics of Complex Diseases

 

Molecular Fundamentals

Introduction to Statistical Methods II

Principles of Pharmacology

 

Biomarkers and Molecular Epidemiology

Introduction to Biological Assays

Comprehensive Immunology

 

Topics in Integrative Physiology

Statistical Methods & Data Mining in Micro-array Analysis

Experimental Basis of Immunology

 

Cell and Molecular Physiology

Statistical Foundations for Bioinformatics Data Mining

 
 

Genetics

Advanced Developmental Biology

 
 

Chromosomes and Human Disease

Mech. of Cellular Comm., Structure and Morphology

 
 

Genetic Analysis in Model Organisms

Biochemistry of Macromolecules

 
 

Eukaryotic Molecular Genetics

Receptors and Signal Transduction

 

 

Scholar’s review and feedback

Every four months, the scholars, their mentors and the Advisory Committee meet to evaluate Scholars’ progress as well as the mentorship process. During the meeting, each scholar provides a summary of her/his research, and is provided the opportunity to seek additional advice on strategies for progress and alternative approaches. Scholars may also express any concerns, complaints, or requests. Additional feedback from the Advisory Committee is provided to the scholars after the meeting by their mentors.