Public Production Engineering: Difference between revisions
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Public Production Engineering refers to techniques of transparency that allow anyone in the public domain to access and utilize blueprints for production processes that can occur in a fully distributed way. This is opposite to a single company or its affiliates engaging in production, based on proprietary R&D. | Public Production Engineering refers to techniques of transparency that allow anyone in the public domain to access and utilize blueprints for production processes that can occur in a fully distributed way. This is opposite to a single company or its affiliates engaging in production, based on proprietary R&D. We know of no product development platforms that are open source in the product development phase. There are plenty of examples of open source projects (see [[Product vs Project]]), but we know of no examples of open source products (outside of OSE products) - namely enterprises that share their production engineering with the intent of distributing wealth far and wide in society - in the form of products that lend themselves to scalable, distributed production. | ||
Public production engineering - or freely-accessible production-enabling documentation - can be used for starting manufacturing and production enterprises on a small scale in a distributed and [[Distributive]] way - in a [[Circular Economy]]. OSE believes that the current centralized production system can transition to [[Flexible Fabrication]], and even further - to fully distributed production on a small scale using [[Open Source Microfactories]] and open source design that is available globally at no cost. Public production engineering, and [[Distributed Quality Control]], are some of the key elements of this transition. | Public production engineering - or freely-accessible production-enabling documentation - can be used for starting manufacturing and production enterprises on a small scale in a distributed and [[Distributive]] way - in a [[Circular Economy]]. OSE believes that the current centralized production system can transition to [[Flexible Fabrication]], and even further - to fully distributed production on a small scale using [[Open Source Microfactories]] and open source design that is available globally at no cost. Public production engineering, and [[Distributed Quality Control]], are some of the key elements of this transition. |
Revision as of 16:09, 5 April 2021
Public Production Engineering refers to techniques of transparency that allow anyone in the public domain to access and utilize blueprints for production processes that can occur in a fully distributed way. This is opposite to a single company or its affiliates engaging in production, based on proprietary R&D. We know of no product development platforms that are open source in the product development phase. There are plenty of examples of open source projects (see Product vs Project), but we know of no examples of open source products (outside of OSE products) - namely enterprises that share their production engineering with the intent of distributing wealth far and wide in society - in the form of products that lend themselves to scalable, distributed production.
Public production engineering - or freely-accessible production-enabling documentation - can be used for starting manufacturing and production enterprises on a small scale in a distributed and Distributive way - in a Circular Economy. OSE believes that the current centralized production system can transition to Flexible Fabrication, and even further - to fully distributed production on a small scale using Open Source Microfactories and open source design that is available globally at no cost. Public production engineering, and Distributed Quality Control, are some of the key elements of this transition.
Public production engineering is the design of production engineering and quality control that allows for efficient, high quality production on the small scale of an owner-operator. The Owner-Operator is a small family business from 1 to about a dozen people. The distinction between craft and public production engineering is that the public production engineering enterprise relies on higher technology or automated equipment. However, unlike mass production - the level of technology required is still accessible and low cost by virtue of open source hardware.