Two-Page Resume (known as an "Industry CV")
When you prepare a resume for an industry position that primarily involves research and possibly publishing, it can be a two-page "industry CV" with more details of your research experience and accomplishments, in addition to the relevant skills, experience, and value that you bring to the position.
This is appropriate for, say, a national laboratory or a position in a government or company R&D (Research and Development) division.
Sample
Research Scientist
Steven P. Jones
ORCID ID: 0000-0002-5765-555X
spjones@gmail.com
801-555-5155
Biomedical Engineering PhD with 6 years’ experience in synthetic biomaterials research
- Expertise in Biomanufacturing, Bacterial Fermentation, and design of more efficient processes
- 3 years’ experience in Transmission Electron Microscopy
- Project Management: Led 4 teams to achieve deliverables within deadlines
Education
PH.D., Bioengineering – University of Utah, Salt Lake City, UT
GPA: 3.9
Dec 2019
Dissertation: Developed hepatocellular carcinoma embolic agent using recombinant silk-elastinlike
protein polymers
Certificates: Nanotechnology, Engineering Entrepreneurship
B.S., Materials Engineering - Purdue University, West Lafayette, IN
GPA: 3.4
May 2014
Minors: Biology, Chemistry
Capstone Project: Mid-scale bacterial and yeast fermentation for food engineering applications
Technical Skills
Experience
Postdoctoral Research Fellow - Rhodes Lab,
Rice University, Houston TX
July 2018 – May 2022
- Designed protocols that significantly enhanced the the productivity and efficacy of the research process.
- Designed project reporting system that coordinated accountability data and reporting.
- Collaborated on 3 projects with technicians and visiting academic and industry researchers.
Graduate Researcher- Biomedical Engineering,
University of Utah
August 2014 – June 2018
- Designed a liquid-to-solid transitioning embolic for the treatment of hepatocellular carcinoma.
- Collaborated with commercial entities for scale-up / manufacturing of embolic technologies.
Project management intern- Merit Medical, S. Jordan, UT
May 2018 – August 2018
- Directed 6 main company projects involving all stages of product development.
- Communicated with all levels of the organization to ensure compliance throughout projects.
- Oversaw the transition to a new supplier, including procurement and regulation (FDA).
Fermentation Technician- Biology, Purdue University, Lafayette IN
August 2013 – May 2014
- Ran 20+ successful fermentations involving differing strains of bacteria and yeast.
- Trained 2 new technicians to ensue successful knowledge and skills transfer.
Teller- Ruby's Bank, Carmel IN
January 2012 – August 2013
- Developed new procedures for financial tracking of business accounts.
- Resolved customer questions relating to complex account processes.
Awards and Honors
Fellowships
- Eccles Fellowship, University of Utah College of Engineering, July 2014
- Nanotechnology Training Program Fellowship, Nano Institute of Utah, June 2014
Other Selected Award
- Kinam Park Student Travel Grant, Controlled Release Society, Jul. 2018
- Best Research Poster, Utah Biomedical Engineering Conference, December 2016
Volunteer/Leadership Activities
Treasurer- Graduate Student Advisory Council, University of Utah
January 2012 – August 2013
- Handled financial transactions and accounting for a main university council.
- Provided valuable insight into council discussions, ultimately enacting two new university policies
Handler/Trainer- Caesar Therapy Animals
September 2016 – May 2018
- Trained 12 dogs (differing breeds) for use as mental illness therapy animals.
- Offered a weekly training course to new handlers of therapy animals.
Publications & Patents
Selected Journal articles
(Complete publication list available at scholar.google.com/spjones)
- S.P. Jones, T.P. Flushing, L.Q. Wu, B.F. Gardner, J.T. Martin, J. Stevens, H. Pershing. Recombinant protein polymers exhibit unnatural folding. Macromolecular Bioscience (2019) 18(2):1561-1573.
- S.P. Jones, T.P. Flushing, N.L. Efant, H. Pershing. Embolic therapies extend life expectancy in mouse models of hepatocellular carcinoma. Journal of Controlled Release (2018) 259:62-75.
- T.P. Flushing, J. Wanjian, S.P. Jones, A. Sole, J. Stevens, H. Pershing. Silk-elastinlike protein polymers enhance the
efficacy of radioembolotherapy in various cancer models. Journal of Controlled Release (2018)
263:46-56. - T.P. Flushing, W. Jia, A. Sole, S.P. Jones, D. Fenza, B.F. Gardner, J.T. Martin, J. Stevens, H. Pershing. Silk-elastinlike polymer
embolics show strong translational potential. Science Translational Medicine (2018)
199(4):107-114. - T.P. Flushing, S.P. Jones, D. Fenza, B.F. Gardner, J.T. Martin, J. Stevens, L. Eisenmenger, E. Huo, H. Pershing.
Preliminary development of a silk-elastinlike protein polymer based embolic for hepatocellular carcinoma.
Journal of Vascular and Interventional Radiology (2017) 29(4):S174-S175.
Patent applications
- H. Pershing, T.P. Flushing, S.P. Jones. Patent Application No. WO20192356789A1. Protein Polymer
Radioembolic Device. Filed October 2, 2018.
Professional Organizations
- American Association for Pharmaceutical Scientists (AAPS)
- American Association for the Advancement of Science (AAAS)
- Controlled Release Society
- Institute of Interventional Radiology
- International Natural Product Sciences Taskforce (INPST)
- United Workforce of Interventional Radiologists