Basic Plant Layout Course

Lesson 1 • Historical Evolution of Layout Design

Traces layout practices from craft production to modern lean facilities. Provides context for understanding why current methods emerged.

Lesson 2 • Layout Performance Metrics Overview

Introduces quantitative and qualitative measures used to evaluate layouts. Establishes the evaluation framework applied throughout the course.

Lesson 3 • Key Stakeholders and Decision Makers

Identifies who influences layout decisions and their competing priorities. Prepares students to navigate cross-functional planning environments.

Lesson 1 • Process Layout Design and Logic

Examines grouping of similar machines or functions into departments. Links process layout to high-variety, low-volume production strategies.

Lesson 2 • Layout Selection Decision Framework

Provides a structured method for choosing among layout types. Integrates volume-variety analysis with operational and strategic constraints.

Lesson 3 • Fixed-Position Layout Principles

Covers layouts where the product remains stationary and resources move to it. Applies to large-scale or immovable product manufacturing.

Lesson 4 • Product Layout and Line Design

Analyses sequential arrangement of workstations aligned to product flow. Connects line design to high-volume, low-variety production efficiency.

Lesson 1 • From-To Chart Construction

Teaches building and reading material flow matrices between departments. Quantifies interdepartmental movement as input for layout optimisation.

Lesson 2 • Production Data Requirements

Identifies the types of data needed before any layout design begins. Establishes data quality standards that prevent downstream design errors.

Lesson 3 • Process Flow and Operation Analysis

Uses flow process charts and operation analysis to map current-state workflows. Identifies waste and inefficiency before layout redesign begins.

Lesson 4 • Activity Relationship Analysis

Applies the relationship chart to capture non-flow proximity needs. Captures qualitative factors such as noise, contamination, and supervision.

Lesson 1 • Material Handling System Integration

Links layout design to the selection and placement of handling equipment. Ensures layout supports efficient conveyor, forklift, and AGV routing.

Lesson 2 • Lean Flow Principles in Layout

Integrates lean thinking into flow design to eliminate non-value-added movement. Connects one-piece flow and pull systems to physical layout decisions.

Lesson 3 • Quantitative Flow Optimisation Methods

Applies load-distance models and travel-chart analysis to rank layout alternatives. Provides numerical basis for comparing competing layout proposals.

Lesson 4 • Flow Diagram and String Diagram Techniques

Teaches graphical methods for visualising material movement on floor plans. Converts abstract flow data into actionable spatial insights.

Lesson 1 • Systematic Layout Planning Methodology

Applies Muther's SLP framework as a structured, repeatable layout design process. Integrates all prior analysis steps into a unified planning sequence.

Lesson 2 • Space Relationship Diagram Development

Converts activity relationship data into a bubble diagram showing proximity needs. Serves as the bridge between analysis and physical block layout.

Lesson 3 • Block Layout Planning Techniques

Translates bubble diagrams into scaled block representations of departments. Produces the primary planning artefact used in layout review meetings.

Lesson 4 • Flexibility and Expansion Planning

Designs layouts that accommodate future growth without major reconfiguration. Balances current efficiency with long-term adaptability requirements.

Lesson 1 • Workstation Evaluation and Improvement

Uses observational and measurement tools to assess existing workstation designs. Closes the loop between design intent and actual operator experience.

Lesson 2 • Workstation Layout and Tool Placement

Defines optimal placement of tools, fixtures, and controls within the work zone. Minimises unnecessary motion and supports consistent quality output.

Lesson 3 • Standing, Sitting, and Hybrid Work Configurations

Evaluates posture options and their suitability for different task types. Guides selection of seating, anti-fatigue solutions, and height-adjustable surfaces.

Lesson 4 • Ergonomic Principles for Industrial Workstations

Covers anthropometric data, reach envelopes, and posture requirements for workstation sizing. Directly reduces injury risk and improves operator performance.

Lesson 1 • Hazardous Material and Process Segregation

Designs spatial separation for incompatible materials, processes, and energy sources. Prevents cross-contamination, fire, and explosion through layout controls.

Lesson 2 • Safety by Design in Plant Layout

Embeds hazard elimination and risk reduction into spatial planning decisions. Establishes safety as a primary layout constraint, not an afterthought.

Lesson 3 • Aisle, Clearance, and Access Standards

Applies minimum aisle width, equipment clearance, and access standards to layout drawings. Ensures compliance with workplace safety and fire protection requirements.

Lesson 4 • Environmental and Sustainability Considerations

Incorporates waste stream routing, energy efficiency, and emissions control into layout planning. Aligns facility design with environmental management objectives.

Lesson 1 • Change Management for Layout Projects

Addresses workforce communication, training, and resistance management during layout changes. Ensures operator buy-in and rapid return to productivity after relayout.

Lesson 2 • Post-Implementation Performance Measurement

Establishes KPIs and measurement protocols to verify layout performance after implementation. Confirms that design objectives were achieved in practice.

Lesson 3 • Layout Implementation Planning

Develops phased implementation plans that minimise production disruption during relayout. Translates approved layout drawings into actionable project schedules.

Lesson 4 • Continuous Improvement and Layout Auditing

Applies kaizen and audit methods to identify and act on layout improvement opportunities. Embeds layout review into the facility's ongoing improvement culture.