Exam overview

The Week 2 assessment for the SLTC crane course provides an opportunity to demonstrate understanding of crane operation concepts, safety protocols, load handling, signaling, inspection basics, and site procedures. This module emphasizes practical knowledge needed on-site to plan lifts, assess risks, and work within established safety standards. Learners should expect a combination of theoretical questions and scenario-based items that test comprehension of crane technology, control practices, and environmental considerations that affect crane operations.

Exam format

The assessment typically includes multiple-choice questions, scenario-based problems, and short answer items. Questions may cover interpretation of lift plans, load charts, rigging configurations, signaling procedures, and safety guidelines for equipment maintenance. Some items could present a practical scenario requiring you to identify hazards, determine safe lift limits, or select appropriate PPE and control measures. The format is designed to evaluate both knowledge recall and applied decision-making in real-world contexts.

Common content areas

• Crane types and configurations: overview of common crane crane models used on construction sites, basic components, and their functions.
• Load chart interpretation: reading capacity, radius, boom length, and duty factors to determine safe lifting limits.
• Rigging and signaling: critical load rigging considerations, sling angles, hardware selection, hand signals, and communication protocols between the operator and crew.
• Lift planning and risk assessment: steps to develop a lift plan, identify hazards, calculate loads, and determine exclusion zones.
• Safety standards and regulations: general principles aligned with common industry practices and regulatory expectations for crane operations.
• Inspection and maintenance basics: pre-operation checks, identifying wear or defects, and the importance of maintenance records.
• Operational controls and emergency procedures: basic control functions, stop procedures, and how to respond to abnormal conditions during lifts.
• Site considerations: environmental factors, ground conditions, weather effects, and coordination with other site activities.

Typical requirements (if applicable)

• Quietly demonstrate knowledge of loading limits and safe operating practices.
• Analyze a simplified lift scenario and identify potential hazards.
• Explain the purpose of rigging equipment and how to select appropriate hardware for a given lift.
• Describe pre-operation inspection steps and why they matter for safety and reliability.
• Outline the basic steps in a lift plan and how to communicate with the crane operator and spotters.

Tips for success

• Study load charts and practice interpreting common values such as load, radius, boom length, and duty cycle. Being able to quickly read a chart is essential for safe planning.
• Learn standard hand signals and communication protocols used on sites to ensure clear operator coordination and prevent miscommunication.
• Review basic rigging principles, including sling angles, hardware types, and common failure modes to avoid unsafe configurations.
• Practice a simple lift plan from a hypothetical scenario: identify the load, rigging method, weather considerations, exclusion zones, and required PPE.
• Understand the importance of pre-operation inspections and how to document findings, so you can explain their relevance during the exam.
• Use study resources such as concise summaries, diagrams, and practice questions to reinforce recall and application of concepts. Passetra can be a helpful study resource to reinforce these topics.

Exam overview

This section provides a high-level look at what the Week 2 assessment covers, including the balance between theoretical knowledge and practical application. The objective is to ensure you can interpret information, apply safety principles, and communicate clearly with the crane team. Expect questions that test your ability to translate learned standards into actions on a job site, with emphasis placed on safe lifting practices, hazard recognition, and adherence to guidelines that govern crane operation.

Exam format

In many courses of this type, the format blends multiple-choice items with short response questions and brief scenario analyses. You may be asked to identify correct and incorrect rigging practices, select appropriate signaling methods for a given situation, and justify your choices based on safety considerations and standard operating procedures. Practical reasoning may be required to determine if a proposed lift plan complies with weight limits and environmental constraints. The assessment aims to measure both factual knowledge and the capacity to apply it under realistic conditions.

Common content areas

• Types of cranes and their uses, including limitations and safe operating envelopes.
• Reading and applying data from load charts, including capacity at various radii and boom configurations.
• Rigging practices, including sling selection, hook protection, and the impact of angles on load stability.
• Signaling and communication, ensuring clear, standardized messages between the operator and crew.
• Lift planning fundamentals, such as task sequencing, load weight estimation, and contingency planning for adverse conditions.
• Safety and regulatory considerations, emphasizing key principles that guide crane operations on site.
• Inspection and preventative maintenance concepts, with emphasis on recognizing defects and documenting findings.
• Emergency response and unusual situation handling, including stop procedures and incident reporting.

Typical requirements (if applicable)

• Demonstrate ability to interpret lift-related data and apply it to a hypothetical scenario.
• Show understanding of rigging configurations and explain why certain setups are unsafe.
• Describe the steps involved in a basic lift plan and how communication supports safe execution on site.
• Exhibit knowledge of inspection basics and how they influence safe operation.

Tips for success

• Build fluency with load chart interpretation, including practice with different radii, boom lengths, and weights.
• Memorize standard signaling conventions and practice translating signals into operator actions.
• Review rigging hardware types and common failure modes to avoid unsafe configurations.
• Practice creating a concise lift plan from a scenario, highlighting load details, risk controls, exclusion zones, and roles.
• Get comfortable with the structure of safety documentation, such as inspection checklists and maintenance logs, since these underpin reliable operations.
• Utilize study resources such as diagrams, flashcards, and scenario practice questions. Passetra can be a helpful study resource to reinforce these topics.