[PDF] Developing and testing a high-tech serious game “Tower of Infinity

7 juil 2017 · low-tech games have certain disadvantages in contrast to high-tech games (computer games) High-tech games have high plasticity
Schrooten Bram

[PDF] Computer games and learning

Playing games is increasingly seen as a form of flexible practice for high-tech labour Games as a medium for learning Page 21 Computer games and learning
futl

[PDF] The Israeli Video Games Ecosystem - Deloitte

In the second we shift our focus to the Israeli video games industry Israel at this point had already established itself as a high-tech
The Israeli Video Games Ecosystem

[PDF] High Tech versus Low Tech Training - NWCG

environment where no firefighters are at risk? Do young people from today's video game generation expect high tech computer-based training?
tdg high tech vs low tech

[PDF] the-evaluation-of-the-effect-of-a-newly-designed-computer-game-on

In a reasearch he has done Yagız (2007) stated that the computer games take up the most of the time of today's children with the developement of technology In
the evaluation of the effect of a newly designed computer game on th grade students motivation

[PDF] REMOTE RENDERING OF COMPUTER GAMES

ally only available for high end computers and game consoles Other devices such as set top boxes Therefore we intent to exploit video streaming tech-
sigmap

[PDF] The Relationship between Internet and Computer Game Addiction

The Relationship between Internet and Computer Game Addiction Level and Shyness among High School Students Recently the fast developments occurred due to
EJ

213724

University of Twente

Developing and testing

a high-tech serious

JMPH ´7RRHU RI HQILQLP\µ IRU VXSSO\

chain management Bachelor Thesis

Author: B.H.G. (Bram) Schrooten

Student number: s1598392

E-Mail: b.h.g.schrooten@student.utwente.nl

1st supervisor:

M. C. van den Berg

2nd supervisor: J. T. Voordijk

Date: 07-07-2017

Abstract

The field of supply chain management in construction is lagging behind in regard to other fields, due to

the unique characteristics that this field owns. As an attempt to create insight in this field, a serious board

be developed and tested, where the strong aspects of digital games will be optimized. Triadic Game Design and Agile Software Development have been used to develop the game, jMonkey has been used for programming the game, and the testing will be done in a workshop with multiple experts.

Out of the game- and literature-analysis, it became clear which characteristics were already present in the

low-PHŃO YHUVLRQ RI ´Tower of Infinityµ, where the interface between design, production and construction

has a significant priority. These aspects have been implemented into the first version of the high-tech

game, where only one aspect was not possible to translate into the high-tech version due to its single-

player restriction. Out of feedback-sessions, it became clear that the usability was deficient. In the final

version of the game, this has been improved. The first high-tech version RI ´7RRHU RI HQILQLP\µ has been

used in a presentation during a knowledge-table, after which a questionnaire was handed out that

questioned the attendees about the functionality of the game. The response from this questionnaire was

mostly positive. From this, it can be said that the high-tech game has more possibilities to gain insight

from: through playing the game, but also through a presentation as a discussion starter.

This research hopes to add to the field of Civil Engineering by creating a high-tech game that possesses

more possibilities than the low-tech game. Additionally, this research can also be used as a framework for

translating a low-tech game into a high-tech version. 2

1. Introduction .......................................................................................................................................................... 4

2. Research methodology ........................................................................................................................................ 5

2.1. Research aim ................................................................................................................................................ 5

2.2. Research questions ...................................................................................................................................... 5

2.3. Research methods ....................................................................................................................................... 5

3. Theoretical background ....................................................................................................................................... 6

3.1. Supply chain management in construction ............................................................................................. 6

3.2. Serious Gaming ........................................................................................................................................... 7

3.3. ´7RRHU RI HQILQLP\µ ..................................................................................................................................... 9

4. Results ..................................................................................................................................................................10

4.1. Characteristics of construction supply chain management ................................................................10

4.2. FRQVPUXŃPLRQ 6F0 SURNOHPV POMP MUH SUHVHQP LQ ´7RRHURI,QILQLW\