Automotive Designer Course

Lesson 1 • Industry Roles and Workflows

Maps the organisational structure of an automotive design studio and the handoff between teams. Students understand where designers fit within product development cycles.

Lesson 2 • Design Principles Applied to Vehicles

Applies universal design principles—balance, rhythm, contrast—to automotive forms. Students analyse production vehicles using these principles as evaluative tools.

Lesson 3 • Core Design Vocabulary

Introduces precise terminology for surfaces, lines, and proportions used across the industry. Accurate vocabulary enables clear communication with engineers and stakeholders.

Lesson 1 • Vehicle Proportion and Blocking

Teaches blocking out correct wheel-to-body ratios and cabin proportions before adding detail. Proper blocking prevents proportion errors that are costly to correct later.

Lesson 2 • Perspective Drawing Fundamentals

Establishes one-, two-, and three-point perspective grids specific to vehicle proportions. Accurate perspective is the structural backbone of all automotive sketching.

Lesson 3 • Line Quality and Confidence

Trains controlled, expressive line work using varied weight and speed. Strong line quality communicates design intent clearly and reduces ambiguity in studio reviews.

Lesson 4 • Marker and Tone Rendering

Introduces marker-based rendering to convey light, shadow, and material on vehicle sketches. Tonal rendering elevates sketches from outlines to convincing design proposals.

Lesson 1 • Tracing and Refining Hand Sketches

Uses scanned hand sketches as underlays to produce clean digital line work. This hybrid method preserves spontaneity while achieving presentation-quality precision.

Lesson 2 • Presentation-Ready Concept Boards

Assembles digital renderings, annotations, and brand language into cohesive concept boards. Polished boards are the primary deliverable in early-phase design reviews.

Lesson 3 • Background and Environment Integration

Places rendered vehicles into contextual environments to enhance presentation impact. Environment integration communicates brand positioning and target-use scenarios.

Lesson 4 • Digital Rendering Techniques

Applies digital painting methods to render metallic paint, glass, and rubber surfaces. Realistic material rendering communicates design intent to non-technical stakeholders.

Lesson 1 • Primary Surface Construction

Builds hood, roof, and door surfaces from reference sketches using structured patch layouts. Primary surfaces define the vehicle's overall form and must be resolved before detailing.

Lesson 2 • Surface Detailing and Feature Lines

Adds character lines, shut lines, and surface transitions that define the vehicle's visual identity. Detail surfaces must maintain continuity with primary surfaces to pass quality checks.

Lesson 3 • NURBS Surface Fundamentals

Explains NURBS geometry, control points, and continuity types used in automotive surfacing. Understanding surface mathematics prevents quality defects visible in final renders.

Lesson 4 • Surface Quality Analysis

Uses zebra stripes, highlight lines, and curvature maps to detect and correct surface defects. Quality analysis is mandatory before handing surfaces to engineering teams.

Lesson 1 • Clay Application and Blocking

Applies heated clay in layers and blocks out primary volumes using templates and section gauges. Correct blocking ensures proportions match approved digital data before detailing begins.

Lesson 2 • Armature and Buck Construction

Builds the internal foam and board armature that supports clay mass and defines overall proportions. A rigid, accurate armature is essential for dimensional stability throughout modelling.

Lesson 3 • Scanning and Digital Data Extraction

Digitises the clay model using structured-light or laser scanning for integration with CAD data. Accurate scan data bridges physical modelling and digital surface development.

Lesson 4 • Clay Materials and Studio Tools

Identifies industrial clay types, heating equipment, and hand tools used in professional studios. Proper material handling prevents surface defects and reduces rework time.

Lesson 1 • CFD Visualization for Design Review

Interprets computational fluid dynamics outputs to guide surface revisions in design reviews. Reading CFD data allows designers to make targeted changes rather than guessing.

Lesson 2 • Aerodynamic Fundamentals for Designers

Explains lift, drag, and airflow separation in terms directly applicable to body shape decisions. Designers who understand airflow make form choices that reduce engineering rework.

Lesson 3 • Active and Passive Aero Elements

Designs spoilers, splitters, vents, and active flaps as integrated styling and functional elements. Aero components must be resolved as part of the design language, not added as afterthoughts.

Lesson 1 • Interior Lighting and Ambiance Design

Integrates ambient, functional, and accent lighting into the interior architecture. Lighting design shapes occupant mood and reinforces brand character at night.

Lesson 2 • Colour, Material, and Finish Selection

Curates interior CMF schemes that align with brand identity and target customer expectations. CMF decisions affect perceived quality, durability, and manufacturing cost simultaneously.

Lesson 3 • Dashboard and Instrument Panel Design

Develops instrument panel concepts that integrate displays, controls, and structural requirements. The IP is the visual and functional centrepiece of the interior design.

Lesson 4 • Seat Design and Comfort Engineering

Applies anthropometric data and pressure-mapping principles to seat form and foam specification. Seat design directly affects occupant health, satisfaction, and brand perception.

Lesson 1 • Full Vehicle Concept Presentation

Integrates all course skills into a comprehensive concept presentation covering exterior, interior, and brand rationale. This capstone deliverable demonstrates professional design competency.

Lesson 2 • Concept Development and Design Briefs

Translates strategic inputs into a structured design brief that guides the concept phase. A precise brief aligns the design team and prevents scope drift during development.

Lesson 3 • Brand DNA and Design Language Systems

Deconstructs how automakers define and codify visual identity across model families. Understanding brand DNA enables designers to create work that is both original and brand-consistent.

Lesson 4 • Target Customer and Market Positioning

Uses customer personas and competitive benchmarking to define design direction for a vehicle segment. Market positioning translates business strategy into specific form and feature decisions.