Process innovation: Difference between revisions
m (Infobox update) |
m (Text cleaning) |
||
| (4 intermediate revisions by 2 users not shown) | |||
| Line 1: | Line 1: | ||
'''[[Process]] [[innovation]]''' is the implementation of a new or significantly improved [[production]] or delivery [[method]]. This category includes significant changes in [[technology]], devices and / or software. Innovations within processes can be aimed at reducing unit [[costs of production]] or delivery, increasing [[quality]], production or supplying new or significantly improved products. | |||
'''Production methods''' are techniques, devices and software used to manufacture products or services. An example of new production methods is the implementation of new devices that automate the [[production process]] as part of the [[production line]] or the implementation of computer support for the purposes of [[product]] development and development. | |||
'''Delivery methods''' relate to the [[company]]'s [[logistics]] and include equipment, software and techniques used to acquire means of production, allocate resources within the company, or provide final products. An example of the new delivery method is the introduction of a goods flow control [[system]] based on bar codes or RFID (radio frequency [[identification]] of goods) technology. | |||
'''Production methods''' are techniques, devices and software used to manufacture products or services. An example of new production methods is the implementation of new devices that automate the production process as part of the production line or the implementation of computer support for the purposes of product development and development. | |||
'''Delivery methods''' relate to the company's logistics and include equipment, software and techniques used to acquire means of production, allocate resources within the company, or provide final products. An example of the new delivery method is the introduction of a goods flow control system based on bar codes or RFID (radio frequency identification of goods) technology. | |||
Process innovations include new or significantly improved methods for creating and providing services. They may consist of significant changes in the equipment and software used in service companies or in changes in the procedures or techniques used to provide the services. Examples include the introduction of GPS-based location devices in transport services, the implementation of a new booking system in a travel agency, and the development of new project management techniques in a consulting company. | Process innovations include new or significantly improved methods for creating and providing services. They may consist of significant changes in the equipment and software used in [[service]] companies or in changes in the procedures or techniques used to provide the services. Examples include the introduction of GPS-based location devices in [[transport]] services, the implementation of a new booking system in a travel agency, and the development of new [[project]] [[management]] techniques in a [[consulting]] company. | ||
Project innovations also include new or significantly improved techniques, devices and software in ancillary activities such as | Project innovations also include new or significantly improved techniques, devices and software in ancillary activities such as | ||
procurement, accounting, IT services and maintenance work. The implementation of new or significantly improved ICT technologies is an innovation within processes if its purpose is to increase the efficiency and / or quality of ancillary activities. | procurement, accounting, IT services and maintenance [[work]]. The implementation of new or significantly improved ICT technologies is an innovation within processes if its purpose is to increase the [[efficiency]] and / or quality of ancillary activities. | ||
Process innovations do not include: | Process innovations do not include: | ||
*minor changes, | * minor changes, | ||
*increase in production or service capacity obtained by adding production processes or logistics systems that are very similar to those currently used. | * increase in production or service capacity obtained by adding production processes or logistics systems that are very similar to those currently used. | ||
==Examples of process innovations== | ==Examples of process innovations== | ||
'''Goods''': | '''Goods''': | ||
*installation of new or improved production technology, such as automation equipment or real-time sensors that can better adapt processes to needs, | * installation of new or improved production technology, such as automation equipment or real-time sensors that can better adapt processes to [[needs]], | ||
*new equipment related to the production of new or improved products, | * new equipment related to the production of new or improved products, | ||
*laser cutting tools, | * laser cutting tools, | ||
*automated packaging, | * automated packaging, | ||
*computerized equipment for production quality control, | * computerized equipment for production [[quality control]], | ||
*improved testing of production monitoring equipment. | * improved testing of production monitoring equipment. | ||
'''Delivery and Operations''': | '''Delivery and Operations''': | ||
*portable scanners / computers for registering goods, | * portable scanners / computers for registering goods, | ||
*the introduction of bar coding or radio frequency identification (RFID) chips to track materials flowing through the supply chain, | * the introduction of bar coding or [[radio frequency identification (RFID)]] chips to track materials flowing through the supply chain, | ||
*GPS tracking system in transport equipment, | * GPS tracking system in transport equipment, | ||
*software introduction to identify optimal delivery routes. | * software introduction to identify optimal delivery routes. | ||
*introduction of electronic billing systems, | * introduction of electronic billing systems, | ||
*introduction of an electronic tagging system, | * introduction of an electronic tagging system, | ||
*new or significantly improved computer networks. | * new or significantly improved computer networks. | ||
==Distinction of innovation within products and processes== | ==Distinction of innovation within products and processes== | ||
| Line 51: | Line 37: | ||
==Risk of innovation== | ==Risk of innovation== | ||
The risk related to the innovative activity of enterprises is divided into: | The [[risk]] related to the innovative activity of enterprises is divided into: | ||
*company risk (financial) - related to the difficulty of obtaining funds for the project, | * company risk (financial) - related to the difficulty of obtaining funds for the project, | ||
*project risk - related to the technical conditions of the project implementation, | * project risk - related to the technical conditions of the project implementation, | ||
*owners risk - related to the lack of diversification of the company's development directions. | * owners risk - related to the lack of [[diversification]] of the company's development directions. | ||
Therefore, innovative risk should be considered from the point of view of: project risk, company risk and owners risk. | Therefore, innovative risk should be considered from the point of view of: project risk, company risk and owners risk. | ||
| Line 60: | Line 46: | ||
Project risk is defined as the risk related to the technical conditions of the project implementation, while in terms of the risk of the owners it results from the lack of diversification of the company's development directions. | Project risk is defined as the risk related to the technical conditions of the project implementation, while in terms of the risk of the owners it results from the lack of diversification of the company's development directions. | ||
Company risk is associated with broadly understood financial risk. | Company risk is associated with broadly understood financial risk. | ||
Innovations are the basic source of creating a competitive advantage of an enterprise. Implementing innovation requires a lot of courage. Therefore, it is necessary to carry out analyzes aimed at ensuring that the implemented innovation is not the result of random activities. | Innovations are the basic source of creating a [[competitive advantage]] of an [[enterprise]]. Implementing innovation requires a lot of courage. Therefore, it is necessary to carry out analyzes aimed at ensuring that the implemented innovation is not the result of random activities. | ||
{{infobox5|list1={{i5link|a=[[Cost avoidance]]}} — {{i5link|a=[[Dependent demand]]}} — {{i5link|a=[[Organization of production]]}} — {{i5link|a=[[Production logistics subsystem]]}} — {{i5link|a=[[Types of supply]]}} — {{i5link|a=[[Business process mapping]]}} — {{i5link|a=[[MRP II]]}} — {{i5link|a=[[Management information system]]}} — {{i5link|a=[[Transformational outsourcing]]}} }} | |||
==References== | ==References== | ||
| Line 66: | Line 54: | ||
* Davenport, T.(1996). Process Innovation. Boston, Massachusetts: Ernst & Young ''[https://books.google.pl/books?hl=pl&lr=&id=kLlIOMGaKnsC&oi=fnd&pg=PA3&dq=process+innovation&ots=_7lU1BpvCb&sig=izC8Kttai7AjJIU2osgVYIcEayo&redir_esc=y#v=onepage&q=process%20innovation&f=false... Reengineering Work through Information Technology ]'' | * Davenport, T.(1996). Process Innovation. Boston, Massachusetts: Ernst & Young ''[https://books.google.pl/books?hl=pl&lr=&id=kLlIOMGaKnsC&oi=fnd&pg=PA3&dq=process+innovation&ots=_7lU1BpvCb&sig=izC8Kttai7AjJIU2osgVYIcEayo&redir_esc=y#v=onepage&q=process%20innovation&f=false... Reengineering Work through Information Technology ]'' | ||
* Deptuła, A.M., & Ryszard, K. (2017). ''[http://yadda.icm.edu.pl/yadda/element/bwmeta1.element.baztech-a489f922-8d7f-4c85-ae42-8d2490a820cc/c/Deptula_Knosala_Innowacje_4_2017.pdf Innovatives And Their Risk - Is It Worth a Try?]'' | * Deptuła, A.M., & Ryszard, K. (2017). ''[http://yadda.icm.edu.pl/yadda/element/bwmeta1.element.baztech-a489f922-8d7f-4c85-ae42-8d2490a820cc/c/Deptula_Knosala_Innowacje_4_2017.pdf Innovatives And Their Risk - Is It Worth a Try?]'' | ||
[[Category:Innovation]] | [[Category:Innovation]] | ||
{{a|Sara Leśniak}} | {{a|Sara Leśniak}} | ||
Latest revision as of 03:36, 18 November 2023
Process innovation is the implementation of a new or significantly improved production or delivery method. This category includes significant changes in technology, devices and / or software. Innovations within processes can be aimed at reducing unit costs of production or delivery, increasing quality, production or supplying new or significantly improved products. Production methods are techniques, devices and software used to manufacture products or services. An example of new production methods is the implementation of new devices that automate the production process as part of the production line or the implementation of computer support for the purposes of product development and development. Delivery methods relate to the company's logistics and include equipment, software and techniques used to acquire means of production, allocate resources within the company, or provide final products. An example of the new delivery method is the introduction of a goods flow control system based on bar codes or RFID (radio frequency identification of goods) technology.
Process innovations include new or significantly improved methods for creating and providing services. They may consist of significant changes in the equipment and software used in service companies or in changes in the procedures or techniques used to provide the services. Examples include the introduction of GPS-based location devices in transport services, the implementation of a new booking system in a travel agency, and the development of new project management techniques in a consulting company. Project innovations also include new or significantly improved techniques, devices and software in ancillary activities such as procurement, accounting, IT services and maintenance work. The implementation of new or significantly improved ICT technologies is an innovation within processes if its purpose is to increase the efficiency and / or quality of ancillary activities.
Process innovations do not include:
- minor changes,
- increase in production or service capacity obtained by adding production processes or logistics systems that are very similar to those currently used.
Examples of process innovations
Goods:
- installation of new or improved production technology, such as automation equipment or real-time sensors that can better adapt processes to needs,
- new equipment related to the production of new or improved products,
- laser cutting tools,
- automated packaging,
- computerized equipment for production quality control,
- improved testing of production monitoring equipment.
Delivery and Operations:
- portable scanners / computers for registering goods,
- the introduction of bar coding or radio frequency identification (RFID) chips to track materials flowing through the supply chain,
- GPS tracking system in transport equipment,
- software introduction to identify optimal delivery routes.
- introduction of electronic billing systems,
- introduction of an electronic tagging system,
- new or significantly improved computer networks.
Distinction of innovation within products and processes
The distinction between products and processes is simple for products. In turn, for services, the situation may be less obvious, as the production, delivery and consumption of many services can take place at the same time. Here are some tips for making distinctions: If an innovation concerns new or significantly improved features of the service offered to customers, it is an innovation within the product. If an innovation relates to new or significantly improved methods, devices and / or skills used to provide a given service, it is an innovation within the process. If an innovation involves significant improvements in both the features of the service offered and the methods, devices and / or skills used to provide the service, it is an innovation in both the product and the process. In many cases, service innovation will only belong to one type. An example is a company that offers a new service or a new feature of the service without a significant change in the method of its provision. Similarly, it can happen that significant process improvements, such as those aimed at reducing delivery costs, do not change the characteristics of the service offered to customers.
Risk of innovation
The risk related to the innovative activity of enterprises is divided into:
- company risk (financial) - related to the difficulty of obtaining funds for the project,
- project risk - related to the technical conditions of the project implementation,
- owners risk - related to the lack of diversification of the company's development directions.
Therefore, innovative risk should be considered from the point of view of: project risk, company risk and owners risk. These components present the basic features of innovation, which include, among others: high costs of project implementation, long time horizon and as yet unproven technology. Project risk is defined as the risk related to the technical conditions of the project implementation, while in terms of the risk of the owners it results from the lack of diversification of the company's development directions. Company risk is associated with broadly understood financial risk. Innovations are the basic source of creating a competitive advantage of an enterprise. Implementing innovation requires a lot of courage. Therefore, it is necessary to carry out analyzes aimed at ensuring that the implemented innovation is not the result of random activities.
| Process innovation — recommended articles |
| Cost avoidance — Dependent demand — Organization of production — Production logistics subsystem — Types of supply — Business process mapping — MRP II — Management information system — Transformational outsourcing |
References
- A joint publication of OECD and Eurostat. (2005). Oslo Manual: Guidelines for Collecting and Interpreting Innovation Data, 3rd Edition. Warsaw: OECD
- Davenport, T.(1996). Process Innovation. Boston, Massachusetts: Ernst & Young Reengineering Work through Information Technology
- Deptuła, A.M., & Ryszard, K. (2017). Innovatives And Their Risk - Is It Worth a Try?
Author: Sara Leśniak
