Extreme Materials Group: https://anderoglu.unm.edu/Working on Several Projects:1) Development and Discovery of Bulk Metallic Glasses (BMG) produced using Solid State Processing and Direct Energy Deposition Additive Manufacturing (DED AM) - PhD Disseration2) Physical Properties of Accumulative Roll Bonding (ARB) produced Cu/Nb nanolayered composites. Namely, thermal conductivity and electrical resistivity as a function of number of layers, layer thickness and roll direction - M.S. Thesis Work, Paper Pending3) Electrical and thermal conductivity of 14YWT ODS Steel, Paper in Preperation4) Comparitive study of in-situ vs ex-situ powder mixing of HEA produced by DED5) Materials characterization of candidate materials for next generation space radiators

TA for NE/CBE 371, Intro to Materials Science (Spring '23/Spring '24)Creates HW, conducts lectures and office hours creates and gives laboratory examples of experimental material science.TA/Grader for CBE 525/NE 525/BME 558 Methods of Analysis, (Fall '22/Fall '23)Conducts office hours helping graduate students master topics in vector calculus, linear algebra, ODEs, PDEs, numerical methods and other related topics of applied math.Assists in formulation of homework questions.Grades students assignments.

Discovers candidate metallic glass compositions using high throughput methodsPerforms microstructural analysis of additively manufactured specimensPerforms alloy development using additive manufacturing

Assisted in optical research projects, designed experiments, conducted independent optical research projects in optical stellar interferometry, led a research group studying and developing neuromorphic photonic processors. Assisted in development of an IR calibration source.