1. Overview
This snapshot slide is intended to provide a quick summary of the highlights of each candidate so that pertinent details are not missed by the search committee.
The search committee and faculty will use them to discuss the application at multiple points during the search.
An application is considered incomplete until the slide is completed.
Prior candidates have stated that it takes approximately 15 – 30 min to complete this slide.
An example snapshot slide is attached at the end.

2. Specific Instructions
Complete each section as completely as possible.
Small adjustments to the sections can be made to provide more space in areas where needed but please do not change the overall layout.
Do not include any pictures.
To add a professional page link (e.g., Google Scholar),
First select the text box on the page
Select the appropriate description (e.g., “Link to Google Scholar”)
Use the right button on the mouse to open the dialogue box
Select “Edit Hyperlink”
Edit the address at the bottom of the dialogue box to the appropriate link
Alter the “Text to Display” for professional links if necessary
Please delete explanatory text (red) or unused sections (e.g., the professional link text box if not used).
Please choose the best primary match for research area. There is no preference for our search but this will help ensure that the application is reviewed by the appropriate faculty. To select the area, go to the slide show view. After picking the research area, the selection will be remembered when saved.
Delete the overview, instructions, and example before sending the pptm file to

3. Name (no pictures) Candidate Publications Research Plan Teaching
(If applicable) Link to Google Scholar, Research ID, etc.
BS: Field, University, Month/Year received MS: Field, University, Month/Year received Ph.D.: Field, University, Month/Year received, Advisor(s) Post-Doc or other: Field, University, Dates, Advisor(s)
Candidate
Research Area (Best Match):
Most Significant Contribution to the Field: 1-2 sentence description including Journal citation info
Contributions published primarily in: Journal names (only 2 – 4 names)
Total: __ Publications (only those already published & citable)
Total First Author: __ Publications (only those already published & citable)
Total Accepted/In revision: __ Publications (reviewed but not rejected or published)
Total Submitted/In preparation: __ Publications (not reviewed yet)
Publications
Research Objective Statement: Brief statement of objective/goals of your future research group
Potential Funding Sources: Agencies and Program Names
Potential Collaborators: PI, Department/College/University
Research Plan
Experience: TA or instructor experience
Prefer to teach (undergrad): specific courses
Prefer to teach (grad): specific courses
Leadership/Service/Mentorship/Awards/Recognition
• Item 1
• Item 2
Teaching
Notable

4. Dr. John Doe Candidate Publications Research Plan Teaching Notable
Link to Google Scholar
BS: Chemical Engineering, University of Florida, 5/2007
Ph.D.: Chemical Engineering, Western University, 12/2011, Dr. Jane Roe
Post-Doc: Physics, Hudson University, 1/2012 – 12/2014, Dr. James Smith
Research Scientist: Physics, Western University, 1/2015 – present
Candidate
Research Area (Best Match):
Most Significant Contribution to the Field: I developed a model to describe the experimental conditions required to achieve cold fusion (Phys. Rev. Lett., 2011, X1).
Contributions published primarily in: Phys. Rev. Lett., J. Am. Chem. Soc., Langmuir
Total: 15 Publications
Total First Author: 8 Publications
Total Accepted/In revision: 1 Publication
Total Submitted/In preparation: 3 Publications
Publications
Research Objective Statement: My research group will combine kinetic, thermodynamic, and theoretical studies to elucidate the role that surface properties have on charge transfer processes and chemical reactions at interfaces. This work will have applications in many fields, including renewable energy devices and biomolecular systems.
Potential Funding Sources: National Science Foundation (Renewable Energy Program, Interfacial Processes Program), DOE BES (Cold Fusion Program)
Potential Collaborators: Dr. Jane Doe, ChE, University of Florida; Dr. James Smith, Physics, Hudson University
Research Plan
Experience: TA for Thermodynamics
Prefer to teach (undergrad): Separations, Process Thermodynamics
Prefer to teach (grad): Solid state physics elective, Mathematics Basis course
Leadership/Service/Mentorship/Awards/Recognition
• Mentored undergrads as part of AGEP program
• President, Graduate Student Engineering Council
• Fulbright Postdoc fellowship
Teaching
Notable