RENDERING INFRASTRUCTURE IN ANIMATION EDUCATION: A QUALITATIVE CASE STUDY OF SUSTAINABLE RENDER FARM IMPLEMENTATION AT THE UNIVERSITY OF EDUCATION, WINNEBA

Abstract

The production of high-quality 3D animation requires substantial computational resources, particularly during the rendering phase, which is widely acknowledged as the most hardware-intensive stage of the digital animation pipeline. In many developing educational countries, including Ghana, tertiary institutions lack the high-performance computing infrastructure needed to support efficient rendering workflows. This study investigates the rendering challenges faced by multimedia and animation students in the Department of Graphic Design at the University of Education, Winneba (UEW), and examines the feasibility and benefits of establishing a departmental render farm to enhance animation education. Guided by a qualitative descriptive research design, the study gathered data from thirty-seven purposively selected students through semi-structured interviews. Thematic analysis was employed to explore their experiences, perceptions, and recommendations. Findings reveal significant limitations in students’ rendering capacity, including extremely long rendering durations, overheating, noise generation, hardware breakdown, and failure to meet academic deadlines. Students rely solely on low-specification personal laptops, resulting in incomplete or low-quality rendering output and reduced creative experimentation. Although awareness of render farms varied, respondents unanimously emphasised the need for institutional rendering infrastructure. They proposed funding models such as departmental dues, university support, and private sector industry partnerships. The study concludes that, the absence of a render farm severely hampers teaching, learning, and creative productivity in animation-related courses. An ultramodern high performing render farm model that integrates on-premise CPU/GPU nodes is recommended as a scalable and cost-effective solution aligned with global best practices. Establishing a render farm at UEW would significantly improve students’ technical competence, enhance the quality of academic outputs, strengthen interdisciplinary research, and position the university as a leader in digital creative arts education in Ghana.