Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
& Analysis Specialist Job Class Code KA53/KA54 Appointment Status Full-time Part-time FTE Limited Term No Limited Term Length Job Summary Join a team that helps shape the future of Auburn University
-
actionable insights that drive engagement, stewardship, and fundraising success. What You’ll Do: Empower Data-Driven Decisions: Support Advancement’s mission by maintaining accurate constituent and giving data
-
of client and server systems that supports research, instruction and administration within the College. End user support is a critical component of this position as well, working directly with students
-
. Essential Functions Perform on-site or remote analysis, diagnosis, and resolution of simple and complex computing problems for end-users and recommend and implement corrective solutions. Install, configure
-
appreciate diversity among constituent groups Possess strong computer skills and be able to apply problem-solving techniques to the management of programs Positive, team-oriented attitude; an entrepreneurial
-
of homological mirror symmetry - Advised by Dr. Michael Brown Research focus in differential geometry, geometric analysis, and partial differential equations. – Advised by Dr. Xiaolong Li Minimum Qualifications
-
course each semester. In addition, this position will conduct research under the supervision of Dr. Xiaolong Li. The research effort will focus on problems in differential geometry, geometric analysis
-
Optimization, Operations Research, Probabilistic Graph Theory, Percolation) – Advised by Dr. Elvan Ceyhan Geometric Analysis, Variational Problems, Harmonic Maps, Minimal Surfaces, and Singular Spaces – Advised
-
multi-year extension. The successful candidate should possess a strong ability to teach freshman-level lecturer courses. Candidates need to be versed in communicating elements of design foundations
-
and Retro-Commissioning efforts. Uses predictive maintenance techniques in the analysis of buildings. Develops reports from analysis of buildings for distribution to appropriate Auburn University