Find by title or description…
Search in
Document title and description
Document contents, title, and description
Category
Learning Modules DOC Files
- Problem Solving
- MEMS Micromachining Overview DOC files
- MEMS Innovators Activity and Kit docs IG and PG
- MTTC Safety Manual DOC files
- DNA to Protein LM DOC files
- DNA Microarray DOC files
- MEMS Applications Overview doc files
- BioMEMS Overview DOC files
- Biomolecular_Applications_LM_doc_files
- MEMS: Making Micro Machines LM DOC files
- Microcantilever LM DOC files
- Crystallography LM DOC files
- DNA Overview LM DOC files
- Cells: The Building Block of Life LM DOC files
- HazMat I and II LM DOC files
- Chemical Lab Safety Rules DOC files
- Etch Overview LM DOC files
- Clinical Laboratory Techniques and Microtechnol LM
- Personal Protective Equipment (PPE) LM DOC files
- MTTC Pressure Sensor DOC files
- Interpreting Chemical Labels DOC files
- SDS DOC files
- Environmental and Bioterrorism Applications DOCs
- Diagnostic BioMEMS doc files
- Transducers, Sensors, and Actuators DOC files
- LIGA Simulation doc files IG
- BioMEMS Applications DOC files
- Photolithography LM DOC files
- Deposition Overview LM IGS doc files
- History of MEMS DOC files
- Therapeutic MEMS LM DOC files
- Regulations of BioMEMS LM DOC files
- Micro PS and the Wheatstone Bridge DOC files
- Comparison of Scale LM DOC files
- Weights and Measures DOC files
SCME Learning Modules - List and Descriptions
MEMS Applications
- MEMS Applications Overview pdfs and ppt
- Microcantilevers Learning Module
- Micropumps Overview
Introductory Topics
- Making MicroMachines LM and DVD Kit
- Comparison of Scale
- Weights and Measures LM
- Introduction to Transducers LM
- Introduction to Sensors LM
- Introduction to Actuators LM
- Transducers, Sensors, and Actuators - An Intro
- Micro Pressure Sensors & The Wheatstone Bridge LM
- History of MEMS
BioMEMS Learning Modules
- BioMEMS Overview Learning Module
- BioMEMS Workshop November 2010
- BioMEMS Applications LM
- DNA Microarray Learning Module
- Biological Concepts - Series of Learning Modules
- - DNA Overview Learning Module
- - DNA to Protein Learning Module
- - Cells: The Building Blocks of Life LM
- - Biomolecular Applications of bioMEMS LM
- MEMS Environmental and Bioterrorism Applications
- Diagnostic BioMEMS
- Clinical Laboratory Techniques and Microtechnology
- Therapeutic MEMS Overview Learning Module
- Regulations of BioMEMS Learning Module
Fabrication Topics
- Crystallography LM
- Crystallography Animations
- Deposition for Microsystems Learning Module
- Photolithography Overview for MEMS
- Etch Overview for Microsystems Learning Module
- MTTC Pressure Sensor Process Learning Module
- MEMS Micromachining Overview Learning Module
- - MEMS Micromachining Narrated Presentation
- LIGA Micromachining Activities and Presentation
- A Systematic Approach to Problem Solving
Safety Learning Modules for MEMS Fabrication
- MTTC Safety Information
- Safety Data Sheets (SDS) Learning Module
- Hazardous Materials I and II Learning Module
- Interpreting Chemical Labels
- Personal Protective Equipment Learning Module
- Chemical Lab Safety Rules Learning Module
Kits for the Classroom
- Modeling a Micro Pressure Sensor Activity files
- MEMS: Making Micro Machines Learning Module
- Microcantilever Activity files
- Crystallography Activities' files
- Micro Pressure Sensor Process Activity
- Bulk Micromachining - An Etch ProcesActivity files
- Surface Micromachining: Lift-Off Activity files
- Science of Thin Films Activity files
- DNA Microarray Model Kit
- Learning Microsystems Through Problem Solving
NanoTechnology
- Nanotechnology: The World Beyond Micro
ATMAE Conference Presentations 2012
NSF ATE Documents
SCME MEMS Fabrication Info
- Processes
- Training through Lean
- Equipment_Manuals_Procedures
- Equipment Under Consideration
Inventories of Kits and Supplies
Nano Class - UNM
- Week 1
- HS Nanoscience Lessons
- - Introduction
- - Nano in Nature
- - Applications
- - Scale
- - Crystallography
- - Atomic Structure
- - Density
- - Physical/Chemical Properties of matter
- - Surface Area to Volume
- - Atomic Bonds
- - Ethics
- - Self-Assembly
- - Effects on Phases of Matter
- - Future of Nanotechnology
Search
Reset
