Julaunica A. Tigner
927 New Mexico St. •LaGrange, GA 30241 • Cell: 706.402.7913
jtigner6771@mytu.tuskegee.edu
OBJECTIVE: Dedicated, hardworking, motivated engineering graduate seeking a full time
position which will allow me to apply my abilities, education, skills, and
experience in research, development, and outreach in a way that is mutually
beneficial to my employer and to me.
EDUCATION: Tuskegee University
Tuskegee, AL
Doctor of Philosophy in Material Science and Engineering
Expected Date of Graduation: May 2016
GPA: 3.66/4.00
Dissertation Title: A Carbon NanoFiber Sensor for Glucose Detection and
Science Education
Master of Science in Mechanical Engineering, 2012
Master Thesis Title: Investigation of Traditional and Novel Methods for
Cooling Microelectronic Devices
Bachelor of Science in Chemical Engineering and Chemistry, 2008
GPA: 3.50/4.00
Andrew College,
Associate of Science, 2003
EXPERIENCE: Tuskegee University
Graduate Researcher (Doctoral Work)
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Cuthbert, GA
Tuskegee, AL
August 2009-present
Using potentiostat instrument and CH Instruments software for
electrochemistry analysis.
Conducting Scanning Electron and Transmission Electron Microscopy
of carbon nanofibers (CNFs) for surface characterization.
Conducting experimental analysis on CNFs using electrochemical
techniques cyclic voltammetry and amperometry.
Performing amperometric glucose detection using CNFs.
Collecting, recording, and analyzing data on the experimental results of
CNFs.
Reporting results in written reports on experimental analysis of CNFs.
Developing oral and poster presentations related to CNFs glucose
detection.
Supervising and aiding students with individual research projects related
to glucose detection using CNFs.
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Creating module to educate K-12 students on glucose sensing principles
for diabetes management; addressing principles for K-12 standards;
exposing students to principles of Nanomedicine; and increasing
student interest in STEM disciplines.
Tuskegee University
Tuskegee, AL
Tuskegee Center for Academic Excellence and Innovative Learning
(T-CAEIL)
Graduate Tutor
August 2015-December 2015
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Provided discipline specific instruction to undergraduate students in
chemistry and physics.
Developed and implemented strategies which promoted student learning
and development by providing access to ancillary learning tools,
enhancing service learning and technological skills.
Supported and maintained a learning environment for undergraduate
students to improve their intellectual development as leaders in
coursework, careers, and life.
Developed and implemented innovative techniques to assist
undergraduate students with engaging in challenging concepts that
extend to learning activities and resources beyond the classroom.
Utilized software programs to provide additional discipline specific
assistance to undergraduate students.
Created opportunities for undergraduate tutors to develop, conduct, and
utilize innovative techniques in presenting study sessions.
Tuskegee University
Graduate Researcher (Master’s Work)
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August 2009-2012
Developed a test station.
Conducted Scanning Electron Microscopy of the copper oxide
nanoparticles and micro channels.
Conducted studies using differential scanning calorimetry of eicosane
and the nanostructure enhanced phase change materials.
Conducted studies with traditional cooling techniques, microchannels,
and nanostructure enhanced phase change materials to the cooling
microelectronic devices.
Collected, recorded, and organized data on the experimental analysis of
different cooling methods.
Reported results in written reports on experimental analysis of different
cooling methods.
Developed oral and poster presentations related to different cooling
methods.
Supervised and aided undergraduate and high school students with
individual research projects related to the cooling microelectronic
devices.
NASA Ames Research Center
Graduate Researcher Intern
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Used potentiostat instruments and CH instruments software for
electrochemistry analysis.
Performed cyclic voltammetry and amperometry electrochemical
methods in the characterization carbon nanofibers (CNFs) .
Used field emission scanning electron microscopy for surface
characterization of CNFs.
Utilized surface chemistry process to modify CNFs in development of
potential glucose biosensors.
Collected, recorded, and analyzed data to determine if surface
modification was achieved on the CNFs.
Prepared oral and written reports on findings related to the development
of potential glucose biosensors.
Corning Inc.
Research and Development Intern
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Tuskegee, AL
October 2004-May 2008
Used Gaussian 03 to develop models of chemical compounds and
system.
Ran optimization and energy calculations.
Collected, recorded, and analyzed data.
Developed written reports and oral and poster presentation.
Rensselaer Polytechnic Institute
Howard Hughes Undergraduate Researcher
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Painted Post, NY
June 2008-August 2008
Used Q600 machine for thermal gravimetric analysis of varies
materials.
Fabricated copper complex using micro-reactor.
Conducted thermal gravimetric analysis copper complex.
Collected, recorded, and analyzed data.
Developed written reports and oral and poster presentation.
Tuskegee University
Undergraduate Researcher
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Moffett Field, CA
June 2013-August 2013
Troy, NY
June 2006-August 2006
Modified and tested mathematical model using FORTRAN and
UNIX/LINX system to determine and unknown material based on x-ray
scattering data.
Collected, recorded, and analyzed data.
Developed written reports and oral and poster presentation.
Georgia Institute of Technology
Undergraduate Researcher
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Atlanta, GA
May 2005- August 2005
Used Gaussian 03 to develop models chemical compound system.
Ran optimization and energy calculations.
Collected, recorded, and analyzed data.
Developed written reports and oral and poster presentation.
SKILLS:
Proficient in Microsoft Word, Excel, and PowerPoint
ACTIVITIES/
HONORS:
IGERT Nanomedicine Science and Technology Fellow 2012-2015
GEM Fellow 2008-2012
VOLUNTEER:
Alabama Alliance for Students with Disabilities in STEM
(AASD-STEM)
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Mentored undergraduate students in the bridge to post-baccalaureate
program pursuing bachelor’s degrees in STEM disciplines.
Created a safe environment to discuss the challenges students faced with
peers, faculty, and in their personal life.
Developed and implemented strategies for addressing problems with a
positive, determined, and confident attitude.
Assisted students in transferring summer research experiences into full
time employment.
Instructed students on applying for outside scholarship opportunities.
Burks Chapel United Methodist Church
Staff Pastor Parish Relations Committee Chair
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Tuskegee, AL
January 2010-present
LaGrange, GA
January 2015-present
Develop conflict resolution protocol to address issues between pastor
and paid staff personnel.
Create job descriptions for paid staff positions.
Determine salaries for the pastor and paid staff personnel.
Streamline hiring process to increase consistency and efficiency in
selection and retention of staff.
PUBLICATIONS:
Tigner, J., Bufford, A., Floyd-Smith, T. (2012). Feasibility Assessment of the Integration of
Microfluidics and NEPCM for Cooling Microelectronics Systems. The American Society of
Mechanical Engineers: Proceedings of the ASME 3rd Micro/Nanoscale Heat & Mass
Transfer International Conference, Georgia Institute of Technology, Atlanta, GA
Tigner, J., Sedeh, M. M., Sharpe, T., Bufford, A., Floyd-Smith, T. (2013). Analysis of a
platform for thermal management studies of microelectronics cooling methods, Applied
Thermal Engineering, 1-2, 88-95.
Baah, D., Donnell, T., Tigner, J., Floyd-Smith, T., (2014). Stop Flow Lithography Synthesis of
Non-spherical Metal Oxide Particles, Particuology, 14, 91-97.
Baah, D., Tigner, J., Bean, K., Walker, N., Brittion, B., Floyd-Smith, T. (2012). Microfluidic
for Controlled Production of Thin Films and Particles. The American Society of Mechanical
Engineers: Proceedings of the ASME 3rd Micro/Nanoscale Heat & Mass Transfer
International Conference, Georgia Institute of Technology, Atlanta, GA
Baah, D., Tigner, J., Floyd-Smith, T. (2011). Microfluidic Synthesis of Non-Spherical
Polymeric and Composite Particles. AIChE Annual Meeting 2011, Minneapolis, MN
Floyd-Smith, T., Baah, D., Tigner, J. (2010). Microfluidic Synthesis of Non-Spherical
Polymeric Microparticles. AIChE Annual Meeting 2010, Salt Lake City, UT
CONFERENCE PRESENTATIONS:
AIChE Spring Meeting & 7th Global Congress on Process Safety: Chicago, IL (March 13-17,
2011) Oral Presentation (Title: Investigation of Traditional and Novel Techniques for Cooling
in High Heat Flux Microelectronics Applications.)
AIChE Annual Meeting: Minneapolis, MN (October 16-21, 2011) Poster Presentation (Title:
Towards Integration of Microfluidics and NEPCM for High Heat Flux Microelectronics
Cooling.)
ASME 3rd Micro/Nanoscale Heat & Mass Transfer International Conference: Atlanta, GA
(March 3-6, 2012) Oral Presentation (Title: Feasibility Assessment of the Integration of
Microfluidics and NEPCM for Cooling Microelectronics Systems.)
NASA ASL/STI Poster Event: Moffett Field, CA (August 8, 2013) Poster Presentation (Title:
The Investigation of Glassy Carbon and Carbon Nanofiber (CNF) Electrodes for the Detection
of Glucose.)
Math and Science Partnership 2013 Conference: Tuskegee, AL (August 17, 2013) Oral
Presentation (Title: The Potential Future for Diabetes Management Using Nanotechnology.)
NanoBio Summit 2013 Conference: Montgomery, AL (October 18, 2013) Poster Presentation
(Title: The Investigation of Glassy Carbon and Carbon Nanofiber (CNF) Electrodes for the
Detection of Glucose.)
3rd International Conference on Nanotek and Expo: Las Vegas, NV (December 4, 2013) Oral
Presentation (Title: Towards a Carbon NanoFiber Sensor with Integrated Microfluidics for
Biomarker Detection.)