Is there a method for measuring systems engineering capability?
Best insight from top research papers
There is a method for measuring systems engineering capability. The Capacity for Engineering Systems Thinking (CEST) model is a tool that is being developed to quantitatively assess the ability of systems engineers to have a systems view and identify the emergent properties, capabilities, behaviors, and functions of a system without looking inside it . This tool aims to help organizations classify engineering graduates and identify potentially successful systems engineers among their employees . The CEST model is based on the competency model of successful systems engineers, which has been developed in recent years . The model and principles for assessing engineers' systems thinking are presented in the paper, along with the assessment tool and methods used for validation .
Answers from top 4 papers
More filters
| Papers (4) | Insight |
|---|---|
16 Mar 2012 | No, the paper does not mention a specific method for measuring systems engineering capability. |
| The paper discusses Measurement System Analysis (MSA) as a method to assess the acceptability and suitability of measuring processes in engineering. | |
3 Citations | The paper discusses the development of a tool for quantitatively assessing the Capacity for Engineering Systems Thinking (CEST), which can be used to measure systems engineering capability. |
Open access•Dissertation 01 Jan 2007 1 Citations | The paper discusses the need for measures to control and improve the systems engineering process, but it does not specifically mention a method for measuring systems engineering capability. |
Related Questions
How to measure digital capability of an individual?4 answersMeasuring an individual's digital capability involves assessing their ability to effectively use technology for various purposes. This evaluation typically includes aspects such as information handling, communication skills, content creation, problem-solving abilities, and safety awareness. Instruments like questionnaires, problem-solving tests, and analysis of secondary data are commonly used to gauge digital competence. Factors like access to technology, attitudes towards its value, and enjoyment of using online learning tools also play a crucial role in determining digital capability. Additionally, the cognitive, technical, and ethical dimensions are highlighted as key components in achieving a particular level of digital competence. Overall, a comprehensive assessment framework is essential to accurately measure an individual's digital capability in today's digital age.
How to measure dynamic capability?5 answersDynamic capability can be measured using various approaches outlined in the research papers. One method involves developing questionnaire items to assess dynamic capability in online entrepreneurs, as seen in Malaysia, through content validity, factor analysis, and reliability tests. Another study describes the measurement of dynamic capability models in Village Unit Cooperatives using Likert scales to evaluate specific dynamic capabilities like acquiring, developing, creating, and combining knowledge. Additionally, a scale based on Teece's framework, assessing sensing, seizing, and transforming capacities, has been developed and validated to measure dynamic capabilities, showing high reliability and validity in predicting business and innovation performance. These approaches provide valuable insights into effectively measuring dynamic capabilities in various organizational contexts.
Capability approach useful for the design of automated systems?5 answersThe capability approach, as discussed in various contexts, offers valuable insights for designing automated systems. By integrating the capability approach with models like the International Classification of Functioning, Health and Disability (ICF), knowledge-base strategies can be developed to address uncertainties in Cyber-physical systems (CPS) and Embedded Control Systems (ECS). Additionally, capability-oriented enterprise modeling, such as the Capability-Driven Development (CDD) method, can enhance the traceability of enterprise models and software implementations, accelerating time to market and ensuring quality assurance. Furthermore, the potential of using the capability approach in practical design work, as seen in the field study of energy solutions for refugees, highlights its applicability in technological solutions for development. Overall, the capability approach proves beneficial in enhancing the design and functionality of automated systems across various domains.
What are the measurement items or instruments used to measure dynamic capability?5 answersDifferent measurement items or instruments have been used to measure dynamic capabilities in the literature. Some studies have used managers' evaluations as a way to measure dynamic capabilities. Financial data has also been used as a measurement tool for dynamic capabilities. Another approach is to measure dynamic capabilities through a company's experience, actions, and performance. Additionally, managers' or employees' experience, actions, and performance have been used as measurement items for dynamic capabilities. In the context of Li-ion battery, a single chip microcomputer system was used to process loop current and terminal voltage to measure dynamic capability. Overall, the measurement of dynamic capabilities varies across studies, with different approaches and instruments being used to capture this construct.
How to measure intrinsic capacity?5 answersIntrinsic capacity can be measured using a holistic, context-aware, automatic system that utilizes information technology. This approach involves summarizing the results of a literature review on the topic, which highlights the need for comprehensive solutions to assess intrinsic capacity automatically. A data-warehouse-inspired architecture can be used to address this problem. The main challenges that need to be studied in the future include the practical implementation of the architecture and the monitoring of healthy aging in older adults. Additionally, the structure of intrinsic capacity can be assessed using factor analysis, with locomotor, cognitive, psychological, sensory capacities, and vitality as subfactors. Intrinsic capacity has been found to predict declining performance in instrumental activities of daily living (IADLs) and activities of daily living (ADLs).
How to measure eye movement capability?5 answersEye movement capability can be measured using various methods. One approach is to use an eye movement measurement device that acquires an eye image and tracks the movement of the eye to measure its three-dimensional movement. Another method involves calculating eye movement vector angles, amplitudes, horizontal angles, and slopes based on the coordinates of current and next fixation points during the eye movement process. Eye movement monitoring systems can also be used to assess and monitor changes in cognitive capability by analyzing saccadic parameters, such as saccade latency, derived from eye tracking data obtained during display-based visual tests. Additionally, an eye movement measuring apparatus can accurately measure eye movement in the depth and surface directions of the fundus oculi using tomographic and fundus oculi images.