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Assessing project management maturity in the area of
No full textoai:repolis.bg.polsl.pl:24414Project management is of high significance for companies nowadays. This is of special interest for those organizations which operate in the multi-project environment. For them, it is crucial to find out how good they are at managing projects. To that end, the project management maturity assessment concept was developed. However, getting a picture of the organization is only the first step. The second should be to analyze the results and, based on them, undertake appropriate activities in order to increase efficiency in project management. There are various models of project management maturity (PMM) assessment in different areas. In investigating current management trends, the knowledge management concept is one of the most important ones. Therefore, in author’s opinion the modern PMM model should definitely address the knowledge management area. In the article based on the world-wide empirical study of 400 companies, I discuss the PMM level in the knowledge management area. The assessment was done using the author’s PMM model which measured maturity in four areas: methods and tools, human resources, project environment and knowledge management. The investigated companies were from the machinery, construction and information technology branches. The major research effort was focused on the machinery industry as this sector of the economy is not well recognized in empirical research related to project management. Moreover, the main aim of the study was to compare Polish and foreign companies via an examination of diverse industries. The results of the study revealed that, in general, the foreign companies are at a higher PMM level in the knowledge management area than their Polish counterparts. This difference is discussed in the article. Among the industries, the most mature was information technology and this is also elaborated on. In addition, the study shows that the mean maturity level of all investigated companies is rather small. The reasons for that fact are explained and the implications for the companies are outlinedProject management is of high significance for companies nowadays. This is of special interest for those organizations which operate in the multi-project environment. For them, it is crucial to find out how good they are at managing projects. To that end, the project management maturity assessment concept was developed. However, getting a picture of the organization is only the first step. The second should be to analyze the results and, based on them, undertake appropriate activities in order to increase efficiency in project management. There are various models of project management maturity (PMM) assessment in different areas. In investigating current management trends, the knowledge management concept is one of the most important ones. Therefore, in author’s opinion the modern PMM model should definitely address the knowledge management area. In the article based on the world-wide empirical study of 400 companies, I discuss the PMM level in the knowledge management area. The assessment was done using the author’s PMM model which measured maturity in four areas: methods and tools, human resources, project environment and knowledge management. The investigated companies were from the machinery, construction and information technology branches. The major research effort was focused on the machinery industry as this sector of the economy is not well recognized in empirical research related to project management. Moreover, the main aim of the study was to compare Polish and foreign companies via an examination of diverse industries. The results of the study revealed that, in general, the foreign companies are at a higher PMM level in the knowledge management area than their Polish counterparts. This difference is discussed in the article. Among the industries, the most mature was information technology and this is also elaborated on. In addition, the study shows that the mean maturity level of all investigated companies is rather small. The reasons for that fact are explained and the implications for the companies are outline
Implementation possibilities of selected solutions in the area of supply logistics - a case study
No full textPhysical and chemical processes in the system mould - modifier - alloy which shape the macro- and microstructure of selected nickel superalloys
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The effects of evolutionary employment restructuring in the Polish mining enterprises in the context of sector risk
No full textKompatybilność domieszki napowietrzającej i upłynniającej w przypadku mieszanek cementowych
No full textSymmetrically Disubstituted Bithiophene Derivatives of 1,3,4-Oxadiazole, 1,3,4-Thiadiazole, and 1,2,4-Triazole - Spectroscopic, Electrochemical, and Spectroelectrochemical Properties
No full textElectrochemical and spectroelectrochemical properties of a series of new penta-ring donor–acceptor compounds, comprising 1,3,4-oxadiazole, 1,3,4-thiadiazole, and 1,2,4-triazole central ring, symmetrically connected to substituted bithiophenes, were investigated. Aromaticity and electrophilic–nucleophilic traits of the aza-heterocyclic units, fostering inductive and resonance effects that translate to conjugation enhancement and electron (de)localization, were found a major factor determining the key electron properties of ionization potential (IP) and electron affinity (EA) of these molecules. Replacing the alkyl thiophene substituent for an alkoxy one afforded certain control over the two parameters as well. All studied compounds were found to undergo electrochemical polymerization giving p- and n-dopable products, featuring good electrochemical reversibility of their oxidative doping process, as demonstrated by cyclic voltammetry and UV–vis–NIR, EPR spectroelectrochemistry. While electropolymerization of entities differing in the heterodiazole unit was found to conserve the EA value, the IP parameter of polymerization products was found to decrease by 0.6–0.7 eV, affording an asymmetric narrowing of the frontier energy levels gap. Aided by quantum chemical computations, the effects of structure tailoring of the investigated systems are rationalized, pointing to conscious ways of shaping the electronic properties of thiophene class polymers using synthetically convenient heterodiazole π-conjugated units.http://dx.doi.org/10.1021/jp507838c Full published version of this article and its associated content are available at: http://dx.doi.org/10.1021/jp507838chttp://dx.doi.org/10.1021/jp507838c Pełna opublikowana wersja artykułu wraz z materiałami uzupełniającymi dostępne są na: http://dx.doi.org/10.1021/jp507838
