This past exam paper for CSCG-420-T (BSCS HCI and Computer Graphics, 7th Semester, NUML, 2024) serves as an essential preparatory resource for students aiming to master both the theoretical principles of Human-Computer Interaction (HCI) and the core algorithms of Computer Graphics. The assessment covers critical topics such as rasterization, 2D and 3D geometric transformations, clipping algorithms (like Cohen-Sutherland), and viewing pipelines, alongside essential HCI methodologies including heuristic evaluation, usability engineering, user-centered design paradigms, and interaction models. By practicing with these final term questions, students will enhance their problem-solving skills in rendering techniques, projection matrices, lighting, and shading models, while also refining their ability to design intuitive, accessible user interfaces. Preparing with this past paper allows BS Computer Science candidates to familiarize themselves with NUML's exam pattern, recognize high-weightage topics, and self-assess their conceptual clarity in balancing computational mathematics with user-centric design theories. Using this resource systematically helps bridge the gap between abstract computer graphics algorithms and practical interaction design, ensuring high performance in the final examination.
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BS Computer Science
The syllabus for CSCG-420-T integrates the mathematical foundations of computer graphics with user-centric interface design frameworks. Key evaluation domains tested in this exam include 2D/3D affine transformations, projection models (parallel and perspective), line-drawing algorithms, visible surface detection, and illumination models. On the HCI front, the paper assesses knowledge of usability principles, cognitive models, interaction styles, and heuristic evaluation methodologies. This theoretical exam evaluates a student's ability to analyze both algorithmic efficiency in rendering pipelines and design quality in user interfaces, ensuring a comprehensive grasp of modern, interactive computer systems.
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