• No results found

VANDERBILT ASPIRE PROGRAM MODULE COURSE CATALOG FALL 2015

N/A
N/A
Protected

Academic year: 2021

Share "VANDERBILT ASPIRE PROGRAM MODULE COURSE CATALOG FALL 2015"

Copied!
12
0
0

Loading.... (view fulltext now)

Full text

(1)

VANDERBILT ASPIRE PROGRAM

MODULE COURSE CATALOG

FALL 2015

BRET Office of Career Development

Vanderbilt University School of Medicine

340 Light Hall

medschool.vanderbilt.edu/aspire

(2)

Overview

For more information contact:

Ashley E. Brady, Ph.D.

ASPIRE Program Manager Director of Career Engagement and

Strategic Partnerships BRET Office of Career Development (615)343-0033 [email protected] The ASPIRE Modules are short, non-credit bearing electives that will broaden your training experiences as a biomedical sciences trainee.

In certain cases, the modules will be open to the wider Vanderbilt community.

These elective modules provide efficient exposure to topics in three theme areas:

 business/entrepreneurship  communication

 clinical research

Modules focus on fundamental, cross-cutting skills which will prepare trainees for diverse career outcomes.

What do you have to gain from participating?  Strengthen your transferrable skill set  Build your writing portfolio

 Grow your professional network

 Learn the jargon and understand the culture of other industries

 Developing a new knowledge and communication skills base as well as laying the groundwork for later jobs to help you in future jobs

 Finding out what you don’t want in a job For more information on the ASPIRE Modules, visit:

(3)

Fall 2015 Modules

Choose from the following options this fall. Many modules will be repeated in the future and new offering will be available for Spring 2016. New modules will be rolled out on a continuing basis in the coming years.

Module

Time

Dates

Technology Commercialization 3:00-4:00 PM Mondays Sept 21– Oct 26 Effective Oral Communication

Methods

Wednesdays

3:00-5:00 PM Sept 2-23

Biomedical Research and Media 9:00-10:00 AM Wednesdays Sept 30- Nov 18

EQ + IQ = Career Success 11:30-1:00 Thursdays Oct 8-29

Introduction to Principles and Practice of Clinical Research

Mondays and Tuesdays 4:00 –5:30

Oct 13– March 22

Clinical Microbiology– Applying Your PhD to Patient Care

See course page

Jan 18– Feb 19

2016

(4)

Business/Entrepreneurship

Technology Commercialization

Course Director: Michael Villalobos, PhD, Manager, Biotech

Licensing, Vanderbilt Center for Technology Transfer Tom Utley, PhD, Licensing Officer Vanderbilt Center for

Technology Transfer and Commercialization Mondays 3:00-4:00 PM

September 21-October 26

Course Description: Commercialization of basic and applied

re-search has become an increasingly important element of the mis-sion of most US universities and academic medical centers. Com-mercialization of academic innovations enables the flow of re-sources to develop new and improved products for public benefit, contributes to local economic growth and creates new high value employment opportunities. The need for scientists to understand the fundamentals of technology protection and commercializa-tion to be competitive for Government, foundacommercializa-tion and industry funding is rapidly growing, and is a necessity for entrepreneurial researchers interested in working with technology-based new ven-tures. For those scientists looking for alternative careers to aca-demia, this course will provide a foundational understanding of commercializing early stage technologies.

I. Societal impact of technology commercialization

II. Federal statutes covering ownership and commercialization of university inventions

III. Intellectual property fundamentals

IV. The academic technology commercialization process V. Translational research and early stage product develop-ment

VI. Entrepreneurship and technology-based new venture cre-ation

VII. Sources of funding available to academic researchers and entrepreneurs

Learning Objectives: At the conclusion of the class, students will

be able to differentiate between ideas and inventions, and will be able to apply basic assessment principles to determine com-mercial feasibility of new innovations. Students will also be familiar with basic corporate and transactional documents, such as bal-ance sheets, cap tables, term sheets and licensing agreements. Students will also be able to identify sources of early stage tech-nology development and be armed with the means to pursue non-traditional funding sources.

(5)

Communication

Effective Oral Communication Methods

Wednesdays 3:00-5:00 PM September 2-23

Course Director: Bruce Damon, PhD, Associate Professor of

Radiology and Radiological Sciences, Biomedical Engineering, and Molecular Physiology and Biophysics; Director of Graduate Studies for the Chemical and Physical Biology Program

Course Description: This course will provide basic instruction,

practical experiences, and critical but supportive feedback in techniques for the oral presentation of scientific matter.

Learning Objectives: The course will provide instruction in the

development of projected visual aids (slide development, presentation organization, etc.) and in techniques for effective oral communication (pace, articulation, managing stress, etc.). The focus will be placed on developing 10 minute,

conference-style presentations.

Students will gain practical experience giving 10-minute talks. Students will peer-evaluate each other and receive faculty feedback. In these class sessions, we will break into multiple small groups of 6-8 students to enhance opportunities for feedback. Additional instruction and practice will be provided giving 3-minute, informal presentations of research suitable for a non-expert audience. Dr. Gary Jaeger (Assistant Director of the Vanderbilt Writing Studio) will provide a general introduction to conveying complex research to non-specialists. Students will give their 3-minute presentation to peers, then faculty feedback, respectively, again using the small group format for these class sessions.

(6)

Communication

Biomedical Research and Media

Wednesdays 9:00-10:00 AM September 30-November 18

**Class size limited!

Course Director: Wayne Wood, MLAS, Executive Director of

New Media Productions, VUMC News and Public Affairs

Course Description: At the conclusion of the class, students will

understand the process of interviewing one or more sources and writing a publishable news story on a biomedical research or health topic; understand the daily interactions between the local and national media and a medical center such as Vanderbilt that seeks to influence both public health and its national reputation via media relations; and understand the key role of social media in the modern media environment. Students will also have the opportunity to become more skilled at being interviewed and accurately conveying information, even in a challenging environment. Additionally, the students will have an understanding of some of the key differences in professional assumptions between media professionals and science professionals.

Learning Objectives:

I. Introduction and survey of new habits, the different worlds of scientists and journalists, “News to Me” discussion.

I. How to research and write an Aliquot

II. Panel discussion with science communicators III. Tour of VUStar facility

IV. An infectious disease physician’s interactions with news media

V. The skill of being interviewed, including some interview practice

VI. Social media and science news VII. News article writing practice

(7)

Communication

EQ + IQ = Career Success

Thursdays 11:30-1:00

October 8-29 **Class size limited!

Course Director: Mistie Germek, PhD, BRET Psychologist Course Description: Develop effective communication,

professional relationship building, conflict resolution, and emotional intelligence.

Learning Objectives:

Session 1: Effective Communication

In addition to learning specific effective communication skills (words, body language, voice, tone, and volume) through lec-ture and role-playing, participants will also develop awareness of their strengths and weaknesses related to their own style of com-munication by completing a self-assessment exercise. The goals of this module are to help participants (a) understand that effec-tive communication can give them an edge in getting a job, (b) recognize that effective communication can be an integral com-ponent to career success, and (c) develop a specific skill set that will improve their communication abilities.

Session 2: Professional Relationship Building

In this module, participants will explore the differences between building professional and personal relationships through lecture and open discussion. The goals of this module are to help partici-pants (a) identify appropriate behaviors for professional relation-ship building and (b) develop an action plan of who to start de-veloping professional relationships with.

Session 3: Conflict Resolution

Conflict is something that many people prefer to avoid, as they believe it will inevitably worsen the situation or ruin a relationship. Conversely, successfully navigating a conflict usually results in a more effective work environment and stronger professional rela-tionships. The goal of this module is for participants to develop knowledge, awareness, and skills related to dealing with difficult situations and difficult people through lecture and role-playing.

Session 4: Emotional Intelligence

This module is the culmination of the seminar and will review how Emotional Intelligence can help participants build stronger profes-sional relationships, obtain a job, success at work, and achieve career goals. The goals of this module are for participants to learn how to develop (a) self-awareness, (b) self-management, (c) so-cial awareness, and (d) professional relationship management.

(8)

Clinical Research

Introduction to the Principles and Practice of Clinical

Research (IPPCR)

Course Director: NIH Clinical Center

Mondays and Tuesdays 4:00– 5:30 October 13, 2015– March 22, 2016

Course Description: The course is comprised of 4 sessions that will

run consecutively from October 13, 2015-March 22, 2016. Vanderbilt will serve as a registered remote site webcast partner and will live broadcast sessions in a conference room in Light Hall. There is an optional, on-line final exam given at the end of the course and a certificate of successful completion is awarded by the NIH to those who pass the final exam with a score of 75% or higher.

Session I: Study Design and Statistics
(eleven 1.5 hours sessions) Study development, clinical trials design, measurement, analyzing and presenting data

Session II: Ethical, Legal, and Regulatory Considerations


(seven 1.5 hours sessions) Ethical principles, legal issues, FDA product regulation, inclusion of women and children, IRBs

Session III: Preparing and Monitoring Clinical Studies


(twelve 1.5 hours sessions)
 Data management, protocol mechanics, NIH review, SOPs, project management, case study report forms

Session IV: Miscellaneous Topics
(seven 1.5 hours sessions)

Technology transfer, scientific conduct, health disparities research, team science, disseminating results

Learning Objectives:

 To become familiar with the basic biostatistical and epidemi-ologic methods involved in conducting clinical research.  To understand the principles involved in the ethical, legal, and regulatory issues in clinical human subjects research, including the role of IRBs.

 To become familiar with the principles and issues involved in monitoring patient-oriented research.

 To understand the infrastructure required in performing clini-cal research and to have

(9)

Clinical Research

Clinical Microbiology– Applying Your PhD to Patient Care

Course Director: Jonathan Schmitz, MD, PhD, D(ABMM); Clinical

Microbiology Attending, VUSM Department of Pathology, Microbiology, & Immunology

January 18 - February 18 2016 **Class size limited!

Course Description: Clinical Microbiology is a sub-discipline of

Pathology dedicated to the laboratory analysis of patient specimens to diagnose/treat infectious diseases. The profession requires broad knowledge of medically-relevant organisms, a combination of classic and cutting-edge technology, and management skills to ensure consistent quality and regulatory compliance. Medical Directors of Clinical Microbiology laborato-ries include both MD-trained Pathologists and PhD-trained microbi-ologists, with different accreditation/licensure mechanisms for each group. Students will start with an introductory presentation and Clinical Laboratory tour. Students will then spend 2 hours per week for 5 weeks with the Clinical Microbiology Service. Each week, they will participate for one morning and one afternoon in bench rounds (9:30 – 10:30 AM) and sessions of the Microbiology Diagnostic Management Team (1:30 – 2:30 PM). Both activities take place every day M-F; during the introductory presentation, students will select their days of participation during the 5-week block. During the final week, each enrollee will give an oral presentation (~20 min) as part of morning bench rounds. For inter-ested individuals, the possibility will exist to extend their participa-tion beyond 5 weeks (pending overall interest and research men-tor approval.

Learning Objectives: The goal of this Module is to provide a

practical introduction to Clinical Microbiology for PhD students, as well as an overview of the various training pathways. Students will participate with the VUMC Clinical Microbiology Service in two principal activities: [1] bench rounds, during which we trouble-shoot emergent laboratory issues with medical technologists and [2] the Microbiology Diagnostic Management Team (MDMT), through which we provide consultative services to managing phy-sicians. In fact, the MDMT is a unique Vanderbilt initiative de-signed to maximize laboratory support of patient care. Through this Module, students will better understand the role of Clinical Mi-crobiologists and learn what steps they may take to become one.

(10)

Application Process

Applications Due:

To apply to all modules visit:

https://medschool.vanderbilt.edu/aspire/aspire-modules

Applications to some modules with limited class size require that you include a CV, as well as a short personal statement (4-8 sentences) to explain your interest in the module.

A SurveyMonkey form is available for each course application which can be accessed via the ASPIRE website.

You will be notified of your admittance into the module at the end of August.

For further questions about logistics and the application process, please contact Ashley Brady ([email protected]).

(11)
(12)

Visit our website at

medschool.vanderbilt.edu/aspire

For more information contact: Ashley E. Brady, Ph.D.

ASPIRE Program Manager

Director of Career Engagement and Strategic Partnerships

(615)343-0033

References

Related documents

• The first islanders who reaches an individual boat place (not stern) receives the top boat reaching bonus chip of this boat and its player places it face down in front of him (in

Oakwood: The passenger railroad station originally built by the Santa Fe here remains, moved to Oklahoma City, home of the Oklahoma Railway Museum.. Okemah: The passenger

Our results clearly show that academic workload, student-related issues, research and career development, interpersonal relationship, administrative-related issues

This paper studies the problem of Stackelberg game-theoretic LPI performance optimization in multistatic radar system, whose purpose is to minimize the radiated power of each radar

I don’t believe in a single moment when something called “graphic design” appeared. There are separate practices such as typography or book design whose histories have

This paper looks at an overview of the Austrian compulsory education system and then discusses the demand for native English-speaking high school teachers in

We here demonstrate that MEK and Akt double resistance is associated with the elevated expression of a cell cycle gene network, while inhibition thereof effectively reduced

There were three basic problem formulations: what types of onomatopoeias were found in the Asterix in Britain comic, how they were translated into Indonesian as found in