Strategic Objectives
• Master advanced photolithography techniques for neural probe development.
• Understand the chemical and physical nuances of substrate micromachining.
• Navigate the cleanroom environment with professional-grade precision.
• Implement scalable MEMS processes for complex neural interface arrays.
The Core Challenge
Traditional manufacturing fails when precision requires navigating the delicate architecture of the human nervous system.
01
The Foundations of MEMS
02
Cleanroom Standards
03
Silicon as a Substrate
04
Principles of Photolithography
05
Advanced Photoresists
06
Wet Etching Techniques
07
Reactive-Ion Etching
08
Deep Reactive-Ion Etching
09
Physical Vapor Deposition
10
Chemical Vapor Deposition
11
Surface Micromachining
12
Bulk Micromachining
13
Electron-Beam Lithography
14
Wafer Bonding
15
Biocompatible Polymers
16
Microfluidic Integration
17
Planarization Techniques
18
Packaging and Interconnects
19
Characterization and Metrology
20
Electrode Functionalization
21
Reliability and Failure Analysis
Explore Research Ecosystem
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