Aasian toinen todellisuus - Suomen suurlähetystöjen monikulttuurisen johtamisen haasteet

Monikulttuurinen johtaminen on globalisaation ja nopean kansainvälistymisen takia erittäin ajankohtainen aihe. Suomessa sitä on kuitenkin tutkittu vasta vähän. Tämän tutkimuksen tarkoituksena on tutkia Suomen suurlähetystöjenmonikulttuurista johtamista Aasian eri kohdemaissa ja kulttuureissa sekä ottaa osaa tieteelliseen keskusteluun monikulttuurisesta johtamisesta. Tutkimuksen kohdemaiksi on valittu neljä Aasian maata, jotka ovat tällä hetkellä hyvin ajankohtaisia nopean talouskasvunsa takia. Itä-Aasiasta mukana ovat Etelä-Korea (Korean tasavalta), Japani ja Kiinan kansantasavalta sekä Kaakkois-Aasiasta tutkimuksessa mukana on Malesia. Tämä tutkimus on laadullinen tutkimus, jonka aineisto koostuu kahdesta laadulliselle tutkimukselle poikkeuksellisesta avoimesta kyselystä, jotka on lähetetty edellä mainittujen maiden suurlähettiläille eri kohdemaihin. Analyysissä menetelmänä on käytetty teemoittelua, jonka avulla on voitu jäsentää saatua aineistoa. Näin teemojen vertailu on myös ollut helpompaa. Tutkimuksen tuloksista kävi ilmi, että monikulttuurinen johtaminen on erittäin haasteellista kansallisten kulttuurien eroista johtuen. Arvot ovat hyvin keskeisessä osassa kulttuuria tutkittaessa ja niiden erot voivat vaikeuttaa kanssakäymistä eri kulttuureista tulevien ihmisten kesken, koska asioiden merkitykset jäävät usein arvoituksiksi vieraasta kulttuurista tuleville henkilöille. Kansallisen kulttuurin tekijöistä kieli, arvot ja uskonto ovat merkittäviä monikulttuurisen johtamisen kannalta. Tutkimuksesta kävi myös ilmi, että Itä- Aasian maissa konfutselaisuudella on suuri merkitys yhteiskuntafilosofiana. Se on muokannut yhteiskunnan arvoja, tapoja ja rakenteita. Vanhempien ja ylempiarvoisten ihmisten arvostus ja vahvasti hierarkkinen yhteiskuntarakenne ovat tyypillisiä konfutselaisuuden piirteitä. Kulttuurin ulottuvuuksista merkityksellisempiä tämän tutkimuksen kannalta ovat yksilöllisyys vs. kollektiivisuus, valtaetäisyys ja konfutselaisuuden dynamiikka (lyhyen vs. pitkän aikavälin suuntautuminen). Kaikki tämän tutkimuksen maat ovat kollektiivisia sekä niissä valtaetäisyys on myös korkea. Tämä tuo haasteita monikulttuuriseen johtamiseen Suomen suurlähetystöissä, koska suomalainen kulttuuri on useimpien länsimaiden tapaan yksilöllinen ja valtaetäisyys on suhteellisen matala. Konfutselaisuuden dynamiikka vaikuttaa lähinnä vain Itä-Aasian maissa tuoden mukanaan erittäin vahvan hierarkian, jota ei voi sivuuttaa. Tutkimuksen aineistoa käsitellään näytenäkökulmasta, eikä sitä ei voisuoraan verrata muihin organisaatioihin tai kulttuureihin. Toisaalta jokaisen kansallisen kulttuurin ihmiset toimivat tietyllä tavalla tietyssä kontekstissa, riippumatta siitä, missä organisaatiossa he työskentelevät. Kulttuuri ohjaa ihmisen toimintaa ja kansallinen kulttuuri on yrityskulttuuria voimakkaampi tekijä.

Cost estimation framework for modular product

Cost estimation is an important, but challenging process when designing a new product or a feature of it, verifying the product prices given by suppliers or planning a cost saving actions of existing products. It is even more challenging when the product is highly modular, not a bulk product. In general, cost estimation techniques can be divided into two main groups - qualitative and quantitative techniques - which can further be classified into more detailed methods. Generally, qualitative techniques are preferable when comparing alternatives and quantitative techniques when cost relationships can be found. The main objective of this thesis was to develop a method on how to estimate costs of internally manufactured and commercial elevator landing doors. Because of the challenging product structure, the proposed cost estimation framework is developed under three different levels based on past cost information available. The framework consists of features from both qualitative and quantitative cost estimation techniques. The starting point for the whole cost estimation process is an unambiguous, hierarchical product structure so that the product can be classified into controllable parts and is then easier to handle. Those controllable parts can then be compared to existing past cost knowledge of similar parts and create as accurate cost estimates as possible by that way.

Conservation Genetics of Exploited Finnish Salmonid Fishes

Genetic diversity is one of the levels of biodiversity that the World Conservation Union (IUCN) has recognized as being important to preserve. This is because genetic diversity is fundamental to the future evolution and to the adaptive flexibility of a species to respond to the inherently dynamic nature of the natural world. Therefore, the key to maintaining biodiversity and healthy ecosystems is to identify, monitor and maintain locally-adapted populations, along with their unique gene pools, upon which future adaptation depends. Thus, conservation genetics deals with the genetic factors that affect extinction risk and the genetic management regimes required to minimize the risk. The conservation of exploited species, such as salmonid fishes, is particularly challenging due to the conflicts between different interest groups. In this thesis, I conduct a series of conservation genetic studies on primarily Finnish populations of two salmonid fish species (European grayling, Thymallus thymallus, and lake-run brown trout, Salmo trutta) which are popular recreational game fishes in Finland. The general aim of these studies was to apply and develop population genetic approaches to assist conservation and sustainable harvest of these populations. The approaches applied included: i) the characterization of population genetic structure at national and local scales; ii) the identification of management units and the prioritization of populations for conservation based on evolutionary forces shaping indigenous gene pools; iii) the detection of population declines and the testing of the assumptions underlying these tests; and iv) the evaluation of the contribution of natural populations to a mixed stock fishery. Based on microsatellite analyses, clear genetic structuring of exploited Finnish grayling and brown trout populations was detected at both national and local scales. Finnish grayling were clustered into three genetically distinct groups, corresponding to northern, Baltic and south-eastern geographic areas of Finland. The genetic differentiation among and within population groups of grayling ranged from moderate to high levels. Such strong genetic structuring combined with low genetic diversity strongly indicates that genetic drift plays a major role in the evolution of grayling populations. Further analyses of European grayling covering the majority of the species’ distribution range indicated a strong global footprint of population decline. Using a coalescent approach the beginning of population reduction was dated back to 1 000-10 000 years ago (ca. 200-2 000 generations). Forward simulations demonstrated that the bottleneck footprints measured using the M ratio can persist within small populations much longer than previously anticipated in the face of low levels of gene flow. In contrast to the M ratio, two alternative methods for genetic bottleneck detection identified recent bottlenecks in six grayling populations that warrant future monitoring. Consistent with the predominant role of random genetic drift, the effective population size (N_e) estimates of all grayling populations were very low with the majority of N_e estimates below 50. Taken together, highly structured local populations, limited gene flow and the small N_e of grayling populations indicates that grayling populations are vulnerable to overexploitation and, hence, monitoring and careful management using the precautionary principles is required not only in Finland but throughout Europe. Population genetic analyses of lake-run brown trout populations in the Inari basin (northernmost Finland) revealed hierarchical population structure where individual populations were clustered into three population groups largely corresponding to different geographic regions of the basin. Similar to my earlier work with European grayling, the genetic differentiation among and within population groups of lake-run brown trout was relatively high. Such strong differentiation indicated that the power to determine the relative contribution of populations in mixed fisheries should be relatively high. Consistent with these expectations, high accuracy and precision in mixed stock analysis (MSA) simulations were observed. Application of MSA to indigenous fish caught in the Inari basin identified altogether twelve populations that contributed significantly to mixed stock fisheries with the Ivalojoki river system being the major contributor (70%) to the total catch. When the contribution of wild trout populations to the fisheries was evaluated regionally, geographically nearby populations were the main contributors to the local catches. MSA also revealed a clear separation between the lower and upper reaches of Ivalojoki river system – in contrast to lower reaches of the Ivalojoki river that contributed considerably to the catch, populations from the upper reaches of the Ivalojoki river system (>140 km from the river mouth) did not contribute significantly to the fishery. This could be related to the available habitat size but also associated with a resident type life history and increased cost of migration. The studies in my thesis highlight the importance of dense sampling and wide population coverage at the scale being studied and also demonstrate the importance of critical evaluation of the underlying assumptions of the population genetic models and methods used. These results have important implications for conservation and sustainable fisheries management of Finnish populations of European grayling and brown trout in the Inari basin.

Design and implementation of a peer-to-peer client for device management

The aim of this master’s thesis was to specify a system requiring minimal configuration and providing maximal connectivity in the vein of Skype but for device management purposes. As peer-to-peer applications are pervasive and especially as Skype is known to provide this functionality, the research was focused on these technologies. The resulting specification was a hybrid of a tiered hierarchical network structure and a Kademlia based DHT. A prototype was produced as a proof-of-concept for the hierarchical topology, demonstrating that the specification was feasible.