MTLS courses
76 courses · New Mexico Institute of Mining and Technology · Fall 2026
- MTLS 108 — STEEM Mini-Course: Materials Engineering1 section
- MTLS 1110L — Materials Sci. & Eng. Lab1 section
- MTLS 2202 — Materials Engineering I1 section
- MTLS 2202L — Materials Engineering I Lab1 section
- MTLS 2235 — Materials Engineering II1 section
- MTLS 2235L — Materials Engineering II Lab1 section
- MTLS 3001 — Introduction to Ceramic Engineering1 section
- MTLS 3010 — Processing & Microstructure Methods & Analysis1 section
- MTLS 3011 — Thermal & Mechanical Methods & Analysis1 section
- MTLS 3014 — Transport Processes1 section
- MTLS 3027 — Introduction to Physical Metallurgy1 section
- MTLS 3050 — Materials Thermodynamics1 section
- MTLS 3051 — Introduction to Polymeric Materials1 section
- MTLS 4002 — Physical Ceramics1 section
- MTLS 4010 — Microstructure Characterization Methods & Analysis1 section
- MTLS 4020 — Biomedical Materials1 section
- MTLS 4035 — Mechanical Behavior of Materia1 section
- MTLS 4041 — X-Ray Diffraction1 section
- MTLS 4041L — X-ray Diffraction Lab1 section
- MTLS 4043 — Magnetic Materials1 section
- MTLS 4045 — Introduction to Composite Materials1 section
- MTLS 4046 — Computational Methods in Materials Science1 section
- MTLS 4047 — Optical Materials1 section
- MTLS 4052 — Solid State Physics for Engineers1 section
- MTLS 4052L — Electronic Materials Lab1 section
- MTLS 4074 — Polymer Processing & Character1 section
- MTLS 4075 — Introduction to Nano Materials1 section
- MTLS 4077 — Introduction to Quantum Materials1 section
- MTLS 4079 — Transmission Electron Miscroscopy1 section
- MTLS 4081 — Engineering Design I1 section
- MTLS 4081L — Engineering Design I Lab1 section
- MTLS 4082 — Engineering Design II1 section
- MTLS 4082L — Engineering Design II Lab1 section
- MTLS 4083 — Scanning Electron Microscopy1 section
- MTLS 4083L — Scanning Electron Microscopy Lab1 section
- MTLS 4089 — Pilot Course1 section
- MTLS 4091 — Directed Study/Senior Thesis1 section
- MTLS 5000 — Directed Research1 section
- MTLS 5001 — Foundations of Materials1 section
- MTLS 5002 — Physical Ceramics1 section
- MTLS 5003 — Crystal Chemistry & Crystal Physics1 section
- MTLS 5005 — Electronic Materials1 section
- MTLS 5009 — Satistical Mechanics of Simple Materials1 section
- MTLS 5012 — Electronic Thin Films: S & T1 section
- MTLS 5014 — Liquid State Theory1 section
- MTLS 5015 — Glasses & Other Complex Fluids1 section
- MTLS 5016 — Biomimetic Materials1 section
- MTLS 5020 — Biomedical Materials1 section
- MTLS 5030 — Design & Analysis of Experiment1 section
- MTLS 5031 — Funding in Manufacturing Processes for Materials1 section
- MTLS 5034 — Phase Equilibria in Materials Systems1 section
- MTLS 5035 — Metallurgical Phase Transformations1 section
- MTLS 5036 — Material App of DFT1 section
- MTLS 5040 — Electrochemical Tech & Process1 section
- MTLS 5041 — Advanced Physical Metallurgy1 section
- MTLS 5042 — Solid State Diffusion1 section
- MTLS 5043 — Advanced Mechanical Metallurgy1 section
- MTLS 5045 — Micromechanics of Fracture1 section
- MTLS 5050 — Microstructure & Properties of Steels1 section
- MTLS 5060 — Failure Analysis1 section
- MTLS 5064 — Nano-Optics1 section
- MTLS 5065 — Catalyst Characterization Techniques1 section
- MTLS 5066 — Interfacial Phenomena1 section
- MTLS 5070 — Corrosion Phenomena1 section
- MTLS 5072 — Advanced Transport Phenomena1 section
- MTLS 5075 — Introduction to Nano Materials1 section
- MTLS 5076 — Drug Delivery Techniques1 section
- MTLS 5077 — Introduction to Quantum Materials1 section
- MTLS 5080 — Dislocation Theory1 section
- MTLS 5081 — Directed Study1 section
- MTLS 5089 — Pilot Course1 section
- MTLS 5090 — Independent Study1 section
- MTLS 5091 — Thesis1 section
- MTLS 5092 — Materials Eng Graduate Seminar1 section
- MTLS 5095 — Dissertation1 section
- MTLS 5099 — Special Topics1 section
Spot missing or incorrect course data?