Technical Support Fundamentals Course

Lesson 1 • Support Tools and Environments

Surveys common tools including ticketing systems, remote access software, and knowledge bases. Prepares learners for hands-on tool use in later chapters.

Lesson 2 • Core Competencies for Support Agents

Identifies technical, analytical, and interpersonal skills required for effective support. Provides a self-assessment baseline for learners.

Lesson 3 • The Technical Support Profession

Defines technical support, its business value, and how it fits within IT operations. Establishes context for all subsequent skill development.

Lesson 1 • Operating System Fundamentals

Explains OS architecture, file systems, and process management across Windows, macOS, and Linux. Enables cross-platform support competency.

Lesson 2 • Hardware Installation and Configuration

Covers safe hardware installation procedures, driver management, and BIOS/UEFI settings. Connects physical setup to OS-level configuration.

Lesson 3 • Common Hardware and OS Issues

Catalogs frequent hardware failures and OS errors with their root causes. Builds pattern recognition for faster first-contact resolution.

Lesson 4 • Computer Hardware Components

Identifies internal and external hardware components and their functions. Provides the physical foundation needed for hardware troubleshooting.

Lesson 1 • Network Diagnostic Tools and Techniques

Demonstrates use of ping, traceroute, nslookup, and packet capture tools. Builds systematic connectivity troubleshooting skills.

Lesson 2 • Network Configuration for End Users

Teaches IP configuration, Wi-Fi setup, and VPN client configuration on end-user devices. Directly supports common user-facing connectivity requests.

Lesson 3 • Networking Concepts and Models

Introduces the OSI and TCP/IP models, key protocols, and addressing schemes. Provides the conceptual framework for all network troubleshooting.

Lesson 4 • Troubleshooting Connectivity Issues

Applies diagnostic tools to resolve no-connectivity, slow network, and intermittent issues. Reinforces structured problem-solving in network contexts.

Lesson 1 • Documentation and Knowledge Capture

Establishes standards for resolution notes, root cause documentation, and knowledge article creation. Converts resolved tickets into reusable support assets.

Lesson 2 • Creating and Categorizing Tickets

Covers accurate ticket creation, categorization, prioritization, and tagging practices. Proper intake directly affects resolution speed and reporting accuracy.

Lesson 3 • Ticket Metrics and Reporting

Introduces key performance indicators such as MTTR, FCR, and ticket volume trends. Enables data-driven improvement of support operations.

Lesson 4 • ITSM Frameworks and Concepts

Introduces IT service management principles, incident vs. problem vs. change distinctions, and SLA concepts. Grounds ticket handling in professional standards.

Lesson 1 • Information Gathering Techniques

Covers questioning strategies, log analysis, and environmental observation to collect diagnostic data. Quality inputs directly determine diagnostic accuracy.

Lesson 2 • Applying Methodology to Real Scenarios

Practices the full troubleshooting cycle on realistic hardware, software, and network cases. Builds confidence and speed through applied repetition.

Lesson 3 • Isolating and Testing Variables

Teaches divide-and-conquer and component swap methods to isolate fault sources. Reduces diagnostic time by eliminating non-causes systematically.

Lesson 4 • Root Cause Analysis Techniques

Applies five-whys and fishbone analysis to identify underlying causes beyond symptoms. Prevents recurrence by addressing root causes rather than surface fixes.

Lesson 1 • Software Installation and Licensing

Covers installation methods, license types, and activation troubleshooting for common software. Ensures technicians handle software deployment requests correctly.

Lesson 2 • Productivity Suite Troubleshooting

Addresses common issues in office productivity suites including file corruption, add-in conflicts, and sync errors. Covers the most frequent software support requests.

Lesson 3 • Application Performance Issues

Identifies causes of slow, crashing, or unresponsive applications and applies targeted fixes. Connects application behavior to underlying OS and hardware resources.

Lesson 4 • Software Updates and Patch Management

Manages application update cycles, rollback procedures, and patch deployment verification. Reduces vulnerability exposure while maintaining application stability.

Lesson 1 • Recognizing and Responding to Incidents

Identifies indicators of compromise and outlines first-responder actions for malware and phishing incidents. Limits damage through rapid, correct initial response.

Lesson 2 • Endpoint Security Management

Covers antivirus, endpoint detection tools, encryption, and device hardening practices. Equips technicians to maintain secure end-user devices.

Lesson 3 • Data Protection and Compliance Basics

Covers data classification, secure disposal, and privacy regulation principles relevant to support roles. Ensures technicians handle sensitive data lawfully.

Lesson 4 • Identity and Access Management

Teaches password policies, multi-factor authentication, and account lifecycle management. Prevents unauthorized access through proper identity controls.

Lesson 1 • Knowledge Management and Self-Service

Builds and maintains a structured knowledge base to enable self-service and reduce ticket volume. Connects knowledge quality to first-contact resolution rates.

Lesson 2 • Building a Continuous Improvement Culture

Applies Kaizen and PDCA principles to sustain ongoing service quality gains within support teams. Develops leadership habits that drive long-term operational excellence.

Lesson 3 • Support Process Analysis and Optimization

Uses process mapping and bottleneck analysis to identify inefficiencies in support workflows. Translates analysis into actionable improvement plans.

Lesson 4 • Automation and Scripting in Support

Introduces ticket routing automation, chatbot triage, and basic scripting for repetitive tasks. Frees technician time for complex, high-value work.