Rotskärsskolan is located in Skutskär, Älvkarleby municipality and the school conducted today consists of lower secondary. The school was built in the early 1960s and contains three buildings. Today there is a great need for reconstruction of Rotskärsskolan, when the premises are worn out and not suitable for today's education. It must therefore be a phased change involving all the school buildings, starting in the winter of 2008/2009.Our degree project involves one of these buildings, called house F. This building will, by a recent decision, be adjusted for classes from preschool up to grade five, special school and leisure activities when some of the municipality's schools will consolidate.

The findings in this case study are mainly based on material collected during a field trip with a fellow student to Laos in February-March 2005, which was sponsored by Sida through a Minor Field Study scholarship. The original interest was to study a political aid project (Governance and Administrative Reform Project Luang Prabang, GPAR LP) in a country like Laos with very complex preconditions such as one-party polity. In Laos my interest in evaluation of political aid grew mainly because I found out that the two donors in the project, Sida and the UNDP, had reached different conclusions in their respective evaluations of the project.The main interest in this thesis has been to study how donors have evaluated a political aid project. The study shows that Sida and UNDP used, what in the literature usually is referred to as, Conventional evaluation as methodology when they conducted their evaluations of GPAR LP. The study also shows that the main reason for the different points of view that are expressed in the evaluations depend on a lack of dialogue and consensus, regarding for the project crucial concepts, rather than choice of evaluation methodology.

This Degree project summarizes how it is to work in the CAD program Revit Architecture. This was done because AQ Arkitekter in Eskilstuna is interested in how Revit works. Especially compared to AutoCad which is the software they are using today. Will their work become more efficient with the new software?The starting point was to find out how it is to work with Revit when you only used AutoCAD Architecture before.

This project was conducted during the spring semester 2013 at mechanical engineering program at University Halmstad. The project was conducted in collaboration with MPQ Consulting in Halmstad. MPQ Consulting is a newly established company looking to take step into the product development world. The company has already had ideas and existing products. One of the ideas is to construct and design a form of beach games whose rules are based on the volleyball rules.

This Degree project summarizes how it is to work in the CAD program Revit Architecture. This was done because AQ Arkitekter in Eskilstuna is interested in how Revit works. Especially compared to AutoCad which is the software they are using today. Will their work become more efficient with the new software?The starting point was to find out how it is to work with Revit when you only used AutoCAD Architecture before.

External Thoughts is a studio based project with its purpose to throughworkshops establish contacts and create a dialouge about the content of contemporarygraphic design. The project also aims to apply a design curaticalmethod where the designer is both client and contractor, client and designer.We also wanted to investigate the design content as open-source and examinethe school versus the Internet?s future role in the design and for thedesigner. The project is a collaboration with Rasmus Östgård Ohlson fromBeckmans..

This report will discuss principle, primary and finally manufacturing structure. We were asked to produce a 3D milling to processing the prototype material that is used on the University of Halmstad. From conceptual drawings to produce components for this project have we together with a number of company take developed the right components for this project. We have calculated and analyzed the construction to get the best result for it purpose. Unfortunately have the process to produce the 3D milling has been stopped because of deficient budget and time.

This report will discuss principle, primary and finally manufacturing structure. We were asked to produce a 3D milling to processing the prototype material that is used on the University of Halmstad. From conceptual drawings to produce components for this project have we together with a number of company take developed the right components for this project. We have calculated and analyzed the construction to get the best result for it purpose. Unfortunately have the process to produce the 3D milling has been stopped because of deficient budget and time.

This report will discuss principle, primary and finally manufacturing structure. We were asked to produce a 3D milling to processing the prototype material that is used on the University of Halmstad. From conceptual drawings to produce components for this project have we together with a number of company take developed the right components for this project. We have calculated and analyzed the construction to get the best result for it purpose. Unfortunately have the process to produce the 3D milling has been stopped because of deficient budget and time.

Bachelor thesis, Trolley Innovation Project, has been unique in the sense that it has been carried out over the borders of Sweden. Iacobucci S.p.A, located outside of Rome in Italy is one of the largest manufacturers of interior equipment for aircraft in the world. With approximately 30% of the market Iacobucci S.p.A is one of the world's largest manufacturers of catering trolleys.The aim has been to produce a new competitive catering trolley for the airline industry. With customers and users in focus, the project team found that weight, ease of use, ergonomics and design were important aspects. Having a low weight of all the interior is particularly important when there is lots of money for the airlines to save in reduced fuel costs.

In this essay the renewal of the modern sacred art has been examined through the creation of three works of art from the art project ?Kyrkorummet?. The aim has been to show that renewal of the modern sacred art is best accomplished by the combination of the artist history and Bible knowledge and the open mindness of the beholder towards the new and creative, in order to communicate the gospel in modern time.The large extend of the art project demanded a selection of the art works. Therefore, three were chosen and they show the last supper and the baptism in a renewal way including both symbolism and creativity. To complete and facilitate the analyses, a theme, light and water, have been used as well as relevant theories in art history with Kandinsky as main art critic.Through the art project and it?s teaching, history in combination with present time through visits in different and modern churches, thoughts have been stimulated and the result has been new works of art that speaks of our time.

BackgroundToday a common approach to solve a complicated problem is to assemble a temporary workforce in order to solve the problem by working together within a project. One of the difficulties with working in projects is to maintain the planned budget. Working hours and costs are often exceeded. Many companies presume that any certain project will succeed, a presumption that leads companies not to anticipate risks involved in a project. In companies today there is seldom time for evaluation or moderation of a project, in order to have time for evaluation there is a great need for an adequate planning of the project.IntentThe intention with this study is to create a model for planning, budgeting and evaluation of projects within consultancy companies.MethodWith the help of interviews and discussions within the group Hamnar och Byggkonstruktioner at Sweco has evidence to present a proposal on planning, budgeting and monitoring been developed.ResultsA model has been developed to ease for consultancy companies to plan, budget, monitor and evaluate projects.

This project is the result of a cooperation between HalmstadUniversity and EABAB. The aim of the project was to create a macro that would help EABAB automate the process of designing steel trusses. When run in Microsoft Excel, the macro imports and processes coordinates from a calculator program. The data is then imported into the Building Information Modelling software Tekla Structures, which creates a 3D structural model of the steel truss.The macro saves much time in the project planning process and also helps minimize the risk of design flaws caused by human error. .

The division of Electricity at Uppsala University runs a project called Lysekil project, they have designed a buoy that uses the waves to create electric power from a generator attached to the bottom of the sea.Uppsala University is closely connected with the company Seabased and the university makes use of their facilities in Lysekil. When they designed the buoy issues occurred, the geometric design was flawed, brackets with a short shelf life and it is generally uneconomic.A study visit was done in Lysekil on Seabased facility. With this visit the project started, which is to improve the design of the buoy and the attachment of wires leading to the generator. In this project we have chosen to use a beam system with three beams that are attached to the buoy. Then a wire attached to a plate that sits between the beams will be leading to the generator. Two proposals for construction are created, what distinguishes them are the brackets between the beams and the buoy.From these constructions, the design that is considered most optimal for our project is chosen.All parts of the buoy have been modeled and the drawings are designed in ProEngineer software.The two constructions are compared with each other, but the whole focus is on the second and final structure. The report begins with an introduction describing Lysekil project, and a task description of our project.The project aims to produce an optimal buoy that will be easy to design, materials restrictive with good durability and an economical solution.Wave power true function has been studied, mechanical and finite element analysis of beams, buoy and plate design.This has been presented in this report, where in the various chapters can read more about the processes. Although the relevant facts and information on this project and buoy development is included.

This treatise analysis what functions light has in theater. It was inspired by Rosalinda Krauss essay Sculpture in the Expanded Field but builds mostly on the following three books Linda Essig Lighting and the design idea (2nd ed), Nigel H. Morgan Stage lighting for theater designers and Francis Reid The stage lighting handbook (6th ed). It discovers nine unique functions of light (performance style, dramatic style, image,illumination, 3D space, 3D form, selectivity, environment, atmosphere) and develops a graphical mapping of them based on a mapping by Reid. The functions performance style, dramatic style, image are superior the others.