Printing Course

Lesson 1 • Printing Industry Roles and Workflow

Identifies key stakeholders from prepress to delivery and maps the production workflow. Understanding roles prevents miscommunication and bottlenecks on real jobs.

Lesson 2 • History and Evolution of Printing

Traces printing from hand-copying through movable type to digital presses. Provides context for understanding why modern methods exist and how they differ.

Lesson 3 • Overview of Major Printing Methods

Compares offset, digital, flexographic, gravure, and screen printing at a high level. Students gain a map of the industry before diving into each method.

Lesson 1 • Color Models and Spaces

Explains RGB, CMYK, LAB, and spot colour systems and when each is used. Choosing the correct colour model prevents costly reprints and colour shifts.

Lesson 2 • Color Measurement and Standards

Introduces densitometers, spectrophotometers, and industry colour standards. Objective measurement replaces guesswork and supports repeatable print quality.

Lesson 3 • Fundamentals of Color Science

Covers light, wavelength, and human colour perception as they apply to print. This physical foundation explains why colour behaves differently on screen versus paper.

Lesson 4 • ICC Profiles and Color Management

Teaches how ICC profiles describe device behaviour and how colour management systems use them. Proper profile use ensures predictable colour from monitor to press.

Lesson 1 • Trapping and Overprinting

Covers trapping principles that prevent white gaps caused by misregistration on press. Students apply spread, choke, and overprint settings correctly for each job type.

Lesson 2 • Preflight and Error Detection

Teaches systematic file checking for fonts, images, colour modes, and bleed. Catching errors before plating eliminates costly press stops and reprints.

Lesson 3 • RIP Processing and Output

Describes how a Raster Image Processor interprets files and drives platesetters or digital presses. Understanding RIP settings prevents screening errors and output failures.

Lesson 4 • File Formats and Resolution Requirements

Explains PDF, TIFF, EPS, and native formats and their appropriate uses in print. Correct format selection prevents data loss and compatibility failures at the RIP.

Lesson 1 • Ink-Substrate Interaction

Examines absorption, trapping, and adhesion as ink meets substrate on press. Predicting interaction prevents set-off, blocking, and adhesion failures in production.

Lesson 2 • Sustainable Materials and Sourcing

Reviews certified papers, bio-based inks, and recycled substrates for environmentally responsible print. Sustainable sourcing meets client demands and regulatory expectations.

Lesson 3 • Film, Plastic, and Non-Paper Substrates

Covers polyester, polypropylene, vinyl, and rigid substrates used in packaging and display. Non-paper substrates require surface treatment and specialised inks for adhesion.

Lesson 4 • Ink Formulation and Chemistry

Breaks down ink components including pigments, vehicles, resins, and additives. Understanding formulation helps operators select inks and diagnose adhesion or drying failures.

Lesson 1 • Offset Press Mechanics and Components

Identifies every major press unit from feeder to delivery and explains its function. Mechanical literacy is the prerequisite for all setup and troubleshooting tasks.

Lesson 2 • Offset Defect Diagnosis and Correction

Catalogues common defects such as hickeys, ghosting, and dot gain and their root causes. Systematic diagnosis skills reduce waste and press downtime on live jobs.

Lesson 3 • Makeready and Press Setup

Guides students through the full makeready sequence from job ticket to first approved sheet. Efficient makeready reduces waste and maximises press uptime.

Lesson 4 • Ink and Water Balance

Explains the chemistry of ink-water balance and how to achieve and maintain it. Imbalance is the root cause of most offset print quality problems.

Lesson 1 • Inkjet Printing Technologies

Covers drop-on-demand and continuous inkjet systems, head types, and ink chemistries. Inkjet dominates wide-format and high-speed production, making this knowledge essential.

Lesson 2 • Variable Data Printing Workflow

Teaches database-driven personalisation using variable text, images, and barcodes. VDP unlocks high-value applications in direct mail, packaging, and publishing.

Lesson 3 • Web-to-Print and Automated Workflows

Explains online ordering portals, automated prepress, and job routing for digital print. Automation reduces labour cost and enables high-volume short-run production.

Lesson 4 • Digital Press Calibration and Profiling

Covers linearisation, media profiling, and G7 calibration for digital presses. Calibrated presses produce consistent colour across jobs, shifts, and machines.

Lesson 1 • Wide-Format Inkjet Applications

Covers banner, vehicle wrap, fine art, and architectural print production on large-format inkjet. File preparation and substrate handling differ significantly from sheetfed work.

Lesson 2 • Screen Printing Fundamentals

Covers mesh selection, emulsion coating, exposure, and ink squeegee technique. Screen printing excels on textiles and rigid substrates where other methods cannot compete.

Lesson 3 • Flexographic Printing Processes

Explains anilox rolls, photopolymer plates, and fast-drying inks used in flexo production. Flexo dominates packaging and label markets, requiring specialised knowledge.

Lesson 4 • UV and Specialty Ink Printing

Examines UV-curable, metallic, fluorescent, and thermochromic inks and their applications. Specialty inks add value and security features that standard inks cannot provide.

Lesson 1 • Binding Methods and Selection

Compares saddle stitch, perfect bind, case bind, spiral, and wire-o binding for different applications. Binding choice affects durability, page count limits, and cost.

Lesson 2 • Coating and Lamination

Explains aqueous, UV, and varnish coatings plus film lamination for protection and aesthetics. Coating selection affects gloss, tactile feel, and downstream recyclability.

Lesson 3 • Cutting, Folding, and Scoring

Covers guillotine cutting, folding machine types, and scoring for clean folds on heavy stock. Precise cutting and folding are the first steps in converting printed sheets to products.

Lesson 4 • Die Cutting and Embellishment

Covers flatbed and rotary die cutting, embossing, debossing, and foil stamping techniques. Embellishments add perceived value and differentiate premium print products.