The phrase "systematic capability" is correct and can be used in written English.
It refers to the ability to perform tasks or achieve goals in a methodical and organized manner. Example: The company's success is largely attributed to their employees' systematic capability in managing projects and meeting deadlines. You can use it in any context where you want to emphasize the importance or effectiveness of a systematic approach or method in achieving a desired outcome. Another example could be in a scientific research paper, discussing the systematic capability of a new method for data analysis.
FIC is a systematic capability that integrates resources.
Based on the analysis the problems of each of the regions are found out, solutions that can maximize integrated benefits economically, socially and ecologically by enhancing the management of ecosystems and optimizing systematic capability are sought out.
In particular, countries with acutely scarce resources, those most in need of efficient HRH utilization, frequently lacked systematic capability to collect or retrieve information on different dimensions of workforce dynamics, such as qualifications, distribution, and retention.
According to Parsons, social action is the subject of study of all humanity sciences, and in his view, the concept of system is very important for scientific knowledge, and considers the systematic analysis capability for human action (Roche 1998).
Outside scientists said that this formidable new systematic data-crunching capability might reshape mammal research but that it would probably not immediately resolve the years of dispute between fossil and genetic partisans over when placental mammals arose.
The systematic imaging sequencing capability of AKATSUKI is advantageous for detecting meteorological phenomena on various temporal and spatial scales.
A well-defined risk assessment approach leads to a systematic analysis of capability gaps and provides guidelines for setting of investment priorities in order to address the most critical gaps[1].
For heat transfer prediction capability, systematic studies conducted under the auspices of AFOSR and RTO-AVT activities have shown that for axisymmetric laminar situations, heat transfer rates can be measured, and in many cases predicted, reasonably accurately even in the presence of high-temperature effects.
Some of the barriers are known, among them, a lack of: systematic market intelligence; management capabilities and capacity in the regions of greatest need; capital investment vehicles and expectations; last-mile distribution infrastructure; and market-distorting subsidies and tariffs.
Firms change their position gradually by means of continuous organizational learning and systematic improvement in R&D capability during the imitative innovation process.
The growth and systematic improvement of HV capability accelerated in 1992, continuing throughout the Croatian War of Independence.
