CONCEPTUALIZATION & FUNDAMENTALS

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Prerequisites

Description

The 3D Workspace: Introduction to the Cartesian coordinate system (X, Y, Z axes), global vs. local space, and navigating 3D viewports.

Mesh Anatomy: Learning the building blocks of 3D objects—vertices, edges, and polygons (faces)—and the importance of "topology" (how these parts flow together).

Digital Color Theory & Light: Understanding how digital light interacts with surfaces (reflection, refraction, and absorption) before applying it in software.

Visual Storytelling: Analyzing "environmental narrative"—how to use objects, debris, or lighting to tell a story without characters.

Pipeline Overview: A high-level look at the "Production Pipeline," explaining how an asset moves from a 2D sketch to a finished object in a video game or movie.

Course Rules

·         Attendance Policy: Participation is mandatory; exceeding a 15% absence rate will result in an automatic failure of the course.

·         Grading Criteria: Final grades are calculated based on a combination of consistent attendance, completion of practical assignments, and the quality of the final project.

·         Punctuality & Professionalism: Arriving late or leaving early frequently is often penalized as a partial absence. Students are expected to treat the classroom like a professional studio, maintaining high standards of conduct and communication.

·         Submission Deadlines: Late submissions for assignments or the final project are generally not accepted or are subject to significant grade deductions unless an official medical excuse is provided.

·         Originality & Academic Integrity: All motion assets, animations, and project files must be the student's original work. The unauthorized use of AI-generated assets or "stealing" project templates without significant modification is strictly prohibited and can lead to immediate disqualification.

·         Hardware & Software Requirements: Students must ensure their personal workstations meet the 2026 technical specifications for rendering (typically requiring high-end GPUs and 32GB+ RAM) to prevent project delays during the final rendering phase.

·         In-Class Engagement: Active participation in peer critique sessions is often a mandatory component of the "Attendance" grade, requiring students to provide constructive feedback on others' work.