This paper examines the selection criteria for design roles in the videogame industry and examines the profiles of students undertaking game design studies at NHTV in the expectation of working in the industry. A total of four analyses were conducted: job advertisements for design and production roles; an industry survey; MBTI profiling of a cross-section of IGAD students; and a survey of Design and Production students. In 2010 NHTV University of Applied Sciences initiated the Design and Production (D&P) specialization within its existing International Game Architecture Design (IGAD) bachelor degree. In preparing the specialization the authors analyzed a range of job advertisements for design and production staff in the videogame development industry and profiled its first intake of students according to gender, age, personality (Myers-Brigg (MBTI), Brainhex) and play preferences. Which students were successful in their first year of game studies? How did they compare to programmers and artists? In recent years, design positions in the game industry have increased in direct correlation with the focus on producing sequel titles/levels in established franchises. These titles require more design staff, namely game designers, level designers and narrative designers. The need to critically examine the role and personality of a designer in the game industry is vital to replicating them on a scale that surpasses previous production pipelines where one game designer envisioned the game on a macro level and a handful of level designers implemented gameplay on a micro level. NHTV initiated this first stage of research to gain insight into what the videogame industry needs in terms of design and production skills and personnel and what NHTV, in terms of students and curriculum, is providing. Ultimately the authors hope their research will innovate the game design production pipeline.
LINK
Lighting in video games is used to set moods and atmosphere, or can serve as a gameplay tool. This paper examines the effects lighting concepts can have on a virtual game environment on the players’ navigation within the game. Previously known lighting concepts were tested in a virtual environment to determine if they have a similar effect on the perception of the presented virtual space as they do in real life, as well as the effect they have on the navigational behavior of players. In a game-experiment with 50 male participants we show that the previously known lighting concepts apply to the virtual environment in a similar manner as they do in real life, although the effects on the navigational behavior of the participants remain inconclusive.
A research theme examining diversity and inclusion in video games, using an intersectional perspective and typically addressing issues related to the representation of gender, race, and LGBTQ+ people, but also touching broader topics such as class, age, geographic privilege, physical and neurodiversity, the (unevenly distributed) impacts of the climate crisis, and other aspects of identity.
GAMEHEARTS will seek to maximise the value of the European videogame industry ecosystems (hereafter, EVGIE) within a wider social context of the creative and cultural industries (hereafter, CCI). This will consider the importance of the EVGIE in contributing to economic growth, job creation, physical and mental wellbeing, and social and cultural cohesion, by particularly focusing on, how a stronger and closer working relationship between more the traditional and emergent cultural sectors, can work better to create more inclusive and socially responsible cultural experiences. The consortium will offer policy recommendations and roadmaps setting out how the EVGIE can and should develop, and where it could act as a driver for sustained innovation and economic growth. It will utilise an evidence-based approach that focuses not just on videogame development, but rather adopts a holistic ecosystem approach, utilising both established and more innovative methodologies, to consider the competitiveness and development of the EVGIE, and how videogame know-how and technologies could drive innovation in the wider CCI. In doing so, GAMEHEARTS will develop ‘ludic experiences’, to explore possibilities of more inclusive, engaging, and empowering cultural experiences. Working across seven work packages the universities of Salford (UK), Tampere (Finland), Vienna (Austria), Breda University of Applied Sciences (Netherlands), and Wroclaw University of Economics and Business (Poland) will work in parentship with Ubisoft (France) and other major videogame partners and associations (including the ISFE & EGDF) to explore current and future trends in the EVGIE.
Sinds 2020 voldoen steeds minder Nederlanders aan de beweegrichtlijnen opgesteld door de Gezondheidsraad (van den Berg & Schurink-van ’t Klooster, 2023). Hierbij komt duidelijk naar voren dat vooral jongvolwassenen minder vaak voldoen aan deze richtlijnen (Rijksinstituut voor Volksgezondheid, 2023). Verschillende factoren liggen ten grondslag aan de reden voor vermindering in fysieke activiteit. Een van deze factoren is de toename in sedentaire schermtijd (Benzing & Schmidt, 2018). Deze toename in schermtijd is deels te verklaren door de toename van beeldschermwerk maar ook door de toename van gaming, oftewel het recreatief spelen van videogames door wereldwijd bijna 3,4 miljard mensen (Newzoo, 2023). Het is hierbij interessant om verder te onderzoeken of de motiverende kracht van videogames kan bijdragen aan het stimuleren van positief gedrag, in dit geval meer sporten en positief bewegen (Bogost, 2007). Om dit te kunnen bewerkstelligen is ‘Exergaming’ uitermate geschikt. Het is namelijk een samensmelting van ‘exercise’ en ‘gaming’. Bij deze vorm van gaming is fysieke activiteit essentieel om het spel te kunnen spelen (Gao, Jung, Pope, & Zhang, 2016). Exergaming is een opkomende trend binnen de fitness sector, onderwijs en gezondheidszorg (Benzing & Schmidt, 2018). Het wordt al breed ingezet bij bijvoorbeeld preventie van obesitas(Gao & Chen, 2014), behandeling van Parkinson (Barry, Galna, & Rochester, 2014) maar ook herstel na kanker (Benzing, et al., 2018). Denk hierbij aan populaire games in Virtual Reality. maar ook aan digitale varianten van traditionele sporten gespeeld in Augmented Reality (AR). Naast VR & AR wordt ook gebruik gemaakt van Extended reality (XR) wat een verzameling is van VR, AR & MR (Mixed Reality).Hierin worden alle zintuigen aangesproken waardoor men als het ware ondergedompeld wordt in een ervaring. Men spreekt hier vaak over immersieve technologie. Onze testcase, de Active Esports Arena van het bedrijf: PWXR, is een perfect voorbeeld van zo een ervaring.