Systems-based approach definition

Systems-based approach means a method based on the structure and function of how systems operate and interact with each other. The system is comprised of inputs, process, outputs, and feedback, and has general characteristics including complex underlying factors that drive how things work and why, and natural set points (outcomes) determined by these systems forces. The systems- based approach is an alternative to the traditional inspectional or code-based approach and includes system description, process evaluation, exploration of underlying cause and effect, and documentation and strengthening the system.
Systems-based approach means that rather than considering certain consumers as inherently vulnerable, focus should be given to the structures and situations that can give rise to a risk of harm for consumers. In practice, this means analysing weaknesses in service design or inherent inequalities within the service being provided, rather than focussing on the characteristics of a person which may have caused them to experience vulnerability.

Related to Systems-based approach

  • Predictive emissions monitoring system or “PEMS” means all of the equipment necessary to monitor process and control device operational parameters (for example, control device secondary voltages and electric currents) and other information (for example, gas flow rate, O2 or CO2 concentrations), and calculate and record the mass emissions rate (for example, lb/hr) on a continuous basis.

  • Performance Monitoring System has the meaning given to it in paragraph 1.1.2 in Part B of Schedule 6 (Service Levels, Service Credits and Performance Monitoring);

  • functionality means the ability of a tenderer to provide goods or services in accordance with specifications as set out in the tender documents.

  • Beam monitoring system means a system designed and installed in the radiation head to detect and measure the radiation present in the useful beam.

  • Technical Specifications A specification in a document defining the characteristics of a product or a service, such as the quality levels, the environmental and climate performance levels, the design for all needs, including accessibility for people with disabilities, and the evaluation of conformity, of product performance, of the use of the product, safety or dimensions, as well as requirements applicable to the product as regards the name by which it is sold, terminology, symbols, testing and test methods, packaging, marking or labelling, instructions for use, the production processes and methods at every stage in the life cycle of the supply or service, as well as the evaluation and conformity procedures;