Background: Knowledge of customer needs is a key factor in companies? struggle to develop successful products. Several studies illustrate that the main reason for failure in product development is lack of customer understanding. Lately considerable changes have occurred. Large-scale mass production is continuously being replaced by customer orientation, especially in the high technological market.

This project aims at investigating if the use of UML as a support to small-scale development ofan embedded system is relevant. The investigation is conducted by using UML during the initialphase of the development ofTelfafill, a filling machine by the company ?Telfafill AB?. The aimof the development of Telfafill is to separate the user interface from the control unit. In additionto this main objective, Telfafill AB would like possible changes to, and additions of,functionality of the filling machine to be investigated.Within the boundaries of this project, the development of Telfafill reached a full requirementspecification of the proposed system, and contact was made with potential external developers.No prototype construction had been started when the project ended.

This thesis focuses on the testing activities at the stages of development and change regardingintegration brokers. The study aimed to examine the overall challenges that exist regarding thetesting activities within this context, and the thoughts towards the development method testdrivendevelopment (TDD). TDD emphasizes high level of test coverage and where the testprocess is well integrated with the development process. To seek answers to our question weapplied qualitative interviews with companies and respondents to try to understand the globalchallenges that are related to this work and processes. The main conclusions presented in thisstudy is that the overall challenges are involving and educating project participants in the testingprocess activities and the contributory effect test have on the end product.

Typically, when Faurecia in Torsås are planning a new assembly line, one of the steps is to build a full-scale model of the line in card board, a form of mock-up planning. Faurecia has shown interest in finding an alternative methodology. The purpose was to explore the possibility of replacing today's cardboard based mock-up planning with models in a digital simulation environment.The purpose of the thesis has been to answer some of these complex questions; What are the benefits of using a simulation tool? In what way can we use it? If we choose to use a simulation tool, in what way does it affect our way of planning an assembly line? What are the advantages and disadvantages? Are there any economical and social aspects?Our results made us realize that a digital simulation tool does not replace the card board. On the other hand simulation could be used as a complement.

The management of information is one of the key aspects within a successful andefficient product development process, particularly regarding complex products.Scania CV AB is at the moment developing a new IT-system, OAS, which aims tomanage the company?s product data. With this as a background, the purpose of thismaster thesis is to identify the cross-functional user needs within Scania?s organizationconcerning product data and the management around it.To fulfill the purpose, an empirical study consisting of 40 personal interviews with 50representatives from different functions within Scania?s organization was carriedthrough. The empirical data was then analyzed focusing on identifying thecross-functional needs and issues.The study points out that there is a big potential regarding improvement among themanagement of product data.

The purpose with this project was to invent a product that secures buildings sewersystems against rats. The problem was presented to us by a local building maintainer inHalmstad, who had experienced big problems with rats in his real estate. The project hasbeen carried out by Per Johansson, Robert Lidén and Niclas Nilsson under our ownauspices. We are primarily sponsored by AMLI Business Partner but also byInnvationsgruppen, Halmstad Fastighets AB and Anticimex.To be able to secure a whole building with only one product we came to the conclusionthat the product must be placed in the horizontal sewer pipe that connects with themunicipal sewer system. Our goal was to invent a product that prevent rats from passingand at the same time not affect the water flow.

The mission from IKEA of Sweden was to make a further development of their existing trolley in the FRAKTA -serial. IKEA wants that the new product would make the opportunities better for people who don't have cars to carry their goods home easily on the bus, train or walk after their purchase.The report includes a suggestion for a new product that will fit into the existing FRAKTA -serial. The new development product will continue the same standard as the other products in the serial and it will also make it possible for customers to carry their goods home by public transportations..

The report presents a thesis carried out on behalf of the company SAAB Training and Simulation which is situated in Huskvarna. The authors of this report are going to graduate as mechanical engineers focusing on product development and design, and this thesis should reflect the knowledge obtained during the education. The assignment, given from the company was to develop a concept of a stand that will constitute as a part of a mobile system for target practice. The reader get to follow throughout the project and can hopefully learn from the smart solutions and approaches that have arisen during the process.Today SAAB doesn?t have a mobile application in their portfolio that utilizes the benefits of their sensor measuring system, also called the LOMAH-bar.

Our examination project has been to develop today?s existing walking frames and make them more exiting and user friendly for tomorrow?s users.The use of a walking frame today makes it easier for a person with a movement difficulty in different extent. It makes it easier with their living condition and the user get a more movement easier life where they can take care of the daily chores without any help from the society or the family members.With our product we get a product that not only makes it easier for the user to get out and get forward. We help the user to get forward where they often would have difficulties to get forward. An example is where its more steeper parts where it could be more difficult to get up or down and even with more difficult foundation due to bad weather.

Då många företag vill skaffa sig marknadsandelar genom att leverera rätt produkt, vid rätt tid och för rätt kostnad har de börjat arbeta med Simuleringsdriven Konstruktion. Simuleringsdriven Konstruktion hjälper dem att genom ett iterativt arbetssätt hitta optimal konstruktion tidigt i NPD-processen och därigenom reducera tid och kostnad för produktutvecklingen.Många företag som sysslar med forskning och utveckling kräver idag mer av provutrustning än tidigare för att kunna kontrollera och möta ökande krav på produkter.  Mer sofistikerad provutrustning behöver utvecklas för att möta ökade krav på produktprov. Krav så som säkerhet, kapacitet, tidseffektivitet, noggrannhet etc. Att även tid och kostnad för utveckling av provutrustning reduceras är viktigt.Detta examensarbete har syftat till att ta fram riktlinjer för effektivisering av arbetet med Simuleringsdriven Konstruktion i utvecklingsprocesser.

The mission from IKEA of Sweden was to make a further development of their existing trolley in the FRAKTA -serial. IKEA wants that the new product would make the opportunities better for people who don't have cars to carry their goods home easily on the bus, train or walk after their purchase.The report includes a suggestion for a new product that will fit into the existing FRAKTA -serial. The new development product will continue the same standard as the other products in the serial and it will also make it possible for customers to carry their goods home by public transportations..

During the last two decades, technology has developed rapidly. It has become a natural part of everyday life, which we today take for granted. It isn?t until the last few years that technology has quickly become a big part in the school environments. Computers, tablets and other technology is today a big part of the education and teaching.

The aim of this thesis is to practice the theoretical methods that are concerned during the product development process of two new products. The theoretical concepts that embody the two products are created out of a product specification which is given by a commissioner with a private interest. The primary tasks of the design of the concepts are aimed on the products shape, which is to be created as a flexible structure by using silicon rubber as material.The storage box is a further development of the already known food storage box, or lunch box, which is common used in consumer kitchens. The main idea is to design a flexible product by using silicone rubber. It will able the storage box to be compressed when it is not used, be storage friendly and not consume more space than necessary in a storage compartment.

The predominant forestry harvesting method is based on the harvester-forwarder method, theharvester folds, branches and cuts trees, and sorts the logs into piles, while a forwarder transportsthe logs to a landing area.This master thesis work is about realization of a dynamic forwarder simulation model, and itspurpose is to provide an integrated forwarder simulation model in MATLAB/SimMechanicswhere the forwarder is based on a concept using pendulum arms to connect wheels and chassis.Active suspension control is developed and implemented into the simulation model, and finallycompared in simulation with passive suspension.In a first step, an integrated forwarder simulation model is developed, containing a simplifiedforwarder model, a tire-to-ground interaction model and a test track model. The simplifiedforwarder model is based a rigid multi-body system with a spring-damper suspension of thependulum arms. The tire-to-ground interaction model calculates the reaction forces, friction fromthe ground and applies the propulsion force. The test track model is a simplified version of thereal test track in Skogforsk. The propulsion wheel torque control is used to regulate theforwarder speed.

Eco-design is all about improving products environmental performances throughout the products lifecycle by including the environmental aspect into the product development process. There are a large number of different tools that can be used for this, but there are several factors that can affect which one will be the best to use. Some tools for eco-design takes comprehensive studies and can only be performed by experts, while some tools can be used more time- and cost efficient and with basic knowledge. The choice of tool should be based on the company?s situation.This report describes the research of how the design and furniture company Blå Station could include a tool for eco-design in their product development process.