Industrial Course

Lesson 1 • Core Safety Principles

Covers hazard identification, personal protective equipment, and emergency response basics. Safety compliance underpins every task performed in industrial settings.

Lesson 2 • Measurement and Units in Industry

Introduces metric and imperial measurement systems, tolerances, and calibration concepts. Precise measurement is the foundation of quality control and process accuracy.

Lesson 3 • Industrial Environment Overview

Introduces facility types, production zones, and workflow structures. Provides the spatial and organizational context needed for all subsequent operational learning.

Lesson 1 • Chemical and Hazardous Material Safety

Covers safety data sheet interpretation, chemical storage, and spill response procedures. Correct chemical management protects workers and meets environmental discharge requirements.

Lesson 2 • Ergonomics and Occupational Health

Addresses workstation design, repetitive strain prevention, and noise and vibration exposure limits. Ergonomic controls reduce long-term occupational illness and absenteeism.

Lesson 3 • Risk Assessment Methodology

Teaches hazard identification, likelihood-consequence scoring, and control hierarchy application. Systematic risk assessment is the primary tool for preventing workplace incidents.

Lesson 4 • Incident Investigation and Reporting

Covers near-miss reporting, incident classification, investigation techniques, and corrective action. Thorough investigation prevents recurrence and builds a proactive safety culture.

Lesson 1 • Preventive Maintenance Fundamentals

Introduces scheduled maintenance tasks, lubrication, and component inspection routines. Preventive maintenance reduces unplanned downtime and lowers repair costs.

Lesson 2 • Safe Equipment Operation Procedures

Covers pre-operation checks, startup sequences, and shutdown protocols for common machines. Procedural discipline reduces accidents and extends equipment life.

Lesson 3 • Troubleshooting Common Equipment Faults

Develops systematic fault diagnosis using symptom analysis and root-cause methods. Rapid fault resolution minimizes production losses and safety risks.

Lesson 4 • Equipment Classification and Selection

Categorizes industrial machinery by function, capacity, and application. Correct equipment selection prevents damage, downtime, and safety incidents.

Lesson 1 • Manufacturing Process Categories

Distinguishes discrete, continuous, and batch manufacturing models and their applications. Understanding process type guides equipment selection and scheduling decisions.

Lesson 2 • Production Output Verification

Establishes in-process checks, first-article inspection, and end-of-line verification steps. Verification at each stage catches defects before they propagate through the process.

Lesson 3 • Assembly and Fabrication Techniques

Introduces joining, forming, cutting, and finishing operations common across industries. Technique selection affects product integrity, cycle time, and material waste.

Lesson 4 • Raw Material Preparation

Covers receiving, inspection, storage, and pre-processing of raw materials. Proper material preparation prevents defects and production interruptions downstream.

Lesson 1 • Statistical Process Control

Teaches control charts, process capability indices, and sampling plans for monitoring production. Statistical tools distinguish normal variation from process shifts requiring intervention.

Lesson 2 • Non-Conformance and Corrective Action

Establishes procedures for identifying, segregating, and dispositioning non-conforming product. Structured corrective action prevents recurrence and supports regulatory compliance.

Lesson 3 • Quality Auditing Fundamentals

Introduces internal audit planning, execution, and reporting against defined quality standards. Audits verify system effectiveness and identify gaps before external reviews.

Lesson 4 • Inspection and Testing Methods

Covers dimensional, visual, functional, and destructive testing techniques. Selecting the right method ensures defects are detected without unnecessary cost or delay.

Lesson 1 • Kaizen and Continuous Improvement Events

Guides planning, facilitation, and follow-up of focused improvement workshops. Kaizen events deliver rapid, measurable gains and build team problem-solving capability.

Lesson 2 • Lean Thinking Principles

Introduces value, waste, flow, pull, and perfection as the five lean principles. Understanding these concepts frames every improvement activity in lean manufacturing.

Lesson 3 • 5S Workplace Organization

Covers Sort, Set in Order, Shine, Standardize, and Sustain as a foundation for operational discipline. A well-implemented 5S system reduces search time, errors, and safety hazards.

Lesson 4 • Pull Systems and Kanban

Introduces demand-driven replenishment using kanban signals to control inventory and flow. Pull systems reduce overproduction and align production rates with actual demand.

Lesson 1 • Human-Machine Interface Design

Introduces HMI screen design, alarm management, and operator interaction best practices. Effective HMI design reduces operator error and speeds fault response.

Lesson 2 • Programmable Logic Controllers

Teaches PLC hardware, ladder logic programming, and input-output configuration. PLCs are the primary control device in most industrial automation systems.

Lesson 3 • Sensors and Actuators

Covers proximity, temperature, pressure, and flow sensors alongside motors, valves, and cylinders. Correct sensor and actuator selection ensures reliable process feedback and control.

Lesson 4 • Automation Fundamentals and Architecture

Introduces manual, semi-automated, and fully automated system levels and their trade-offs. Automation architecture knowledge guides investment decisions and integration planning.

Lesson 1 • Key Performance Indicators for Production

Establishes a balanced set of production KPIs covering output, quality, cost, and delivery. KPI dashboards enable rapid identification of performance gaps and trend analysis.

Lesson 2 • Overall Equipment Effectiveness

Introduces availability, performance, and quality rate components of OEE calculation. OEE is the primary metric for identifying and quantifying equipment-related production losses.

Lesson 3 • Production Scheduling Techniques

Teaches sequencing, scheduling rules, and schedule optimization for shop-floor execution. Effective scheduling balances due-date performance with resource efficiency.

Lesson 4 • Demand Forecasting and Capacity Planning

Covers demand analysis, capacity calculation, and constraint identification for production planning. Accurate capacity planning prevents both overloading and underutilization of resources.