nietMEMSelektronica

nietMEMSelektronica is a term used to describe a speculative branch of electronics that prioritizes non-MEMS approaches to miniaturization, sensing, and actuation. In this framework, non-MEMS systems refer to devices and methods that deliberately avoid conventional microelectromechanical systems and their moving parts, instead drawing on solid-state, thin-film, and optoelectronic technologies.

The word is a portmanteau combining niet (not) with MEMS and elektronika, and it is most often encountered in science fiction, thought experiments, and maker-community discussions. It is used to contrast non-MEMS design strategies with mainstream MEMS-centric practice.

Design principles emphasize high-volume CMOS integration, flexible substrates, and materials such as 2D semiconductors or conductive oxides. Sensing may rely on purely electronic transduction or optical techniques, while actuation relies on non-MEMS mechanisms such as electroactive polymers, thermal actuators, or magnetic devices that avoid MEMS packaging.

Proposed applications include compact wearables, automotive and industrial sensors that eschew MEMS components, and simplified packaging streams intended to improve yield and cost. Advocates argue that non-MEMS approaches can reduce manufacturing complexity and vulnerability to stiction and reliability issues associated with movable MEMS parts.

Status and reception are largely speculative; the concept has not established standardized methods or widespread industrial adoption. Critics point to MEMS advantages in size, integration, and performance, while supporters see value in alternative architectures for certain niches or educational purposes.