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ASP construction course

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ASP construction course

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ASP construction course

Name: ASP construction course
Price: 204 GBP

The ASP Construction Course gives you the technical knowledge and hands-on skills to build Aerial Surveillance Platforms from the ground up. You will cover everything from site assessment and structural design to mechanical integration, quality inspection, and formal handover. This course is built for construction professionals who need practical, job-ready expertise — not theory for its own sake.

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What you will learn:

In this course, you will master the full construction lifecycle of an Aerial Surveillance Platform. You will learn to read construction drawings, analyse structural loads, and select materials based on strength and environmental requirements. You will apply project scheduling tools, manage budgets, and control scope changes before they derail your timeline. The course covers foundation work, superstructure erection, and mechanical and electrical integration in detail. You will also develop quality control skills, including weld inspection, dimensional verification, and load testing. By the end, you will know how to commission a completed platform and establish a preventive maintenance programme to keep it operational long-term.

How you study in practice ASP construction course

How you practise ASP construction course

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With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course content

8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of ASP Construction

Lesson 1 • Site Assessment and Planning
Teaches methods for evaluating construction sites before work begins. Accurate site assessment prevents costly errors in later project phases.
Lesson 2 • Reading Construction Drawings
Develops ability to interpret blueprints, elevation drawings, and specification sheets. Drawing literacy is essential for executing all subsequent construction tasks.
Lesson 3 • Tools, Equipment, and Materials
Surveys hand tools, power equipment, and structural materials used in ASP construction. Proper selection and handling form the basis of safe, efficient work.
Lesson 4 • Industry Overview and Terminology
Introduces the ASP construction industry, key stakeholders, and standard vocabulary. Provides the shared language needed for all subsequent technical instruction.
Lesson 5 • Regulatory and Safety Framework
Covers applicable safety standards, regulatory compliance requirements, and inspection protocols. Connects legal obligations to daily site practices.

Chapter 2See details

Structural Design Principles

Lesson 1 • Design Verification and Tolerances
Introduces dimensional tolerances, design verification checklists, and prototype testing methods. Verification ensures designs meet specifications before full-scale construction begins.
Lesson 2 • Structural Geometry and Stability
Covers triangulation, bracing patterns, and geometric configurations that maximise platform stability. Geometry choices directly affect material efficiency and structural integrity.
Lesson 3 • Connection and Joint Design
Details bolted, welded, and adhesive joint methods and their appropriate applications. Joint integrity is the most common failure point in ASP structures.
Lesson 4 • Load Types and Force Analysis
Explains dead loads, live loads, wind loads, and dynamic forces acting on ASP structures. Understanding force distribution is prerequisite to all structural decisions.
Lesson 5 • Material Selection Criteria
Compares metals, composites, and polymers for structural applications based on strength, weight, and durability. Selection criteria are tied directly to load and environmental requirements.

Chapter 3See details

Project Scheduling and Cost Control

Lesson 1 • Budget Estimation and Tracking
Covers quantity takeoff, unit cost estimation, and earned value tracking for ASP projects. Accurate cost tracking enables early detection of budget overruns.
Lesson 2 • Change Order Management
Teaches identifying scope changes, pricing change orders, and updating schedules and budgets. Unmanaged changes are the leading cause of cost and schedule overruns.
Lesson 3 • Work Breakdown Structure Development
Teaches decomposing project scope into manageable work packages and activities. A well-structured WBS is the foundation for accurate scheduling and cost estimation.
Lesson 4 • Resource Planning and Allocation
Details labour, equipment, and material resource planning to prevent bottlenecks. Balanced resource allocation keeps the schedule achievable without overloading crews.
Lesson 5 • Critical Path Scheduling
Covers network diagram construction, critical path identification, and float calculation. Critical path analysis reveals which activities control project completion date.

Chapter 4See details

Foundation and Substructure Construction

Lesson 1 • Excavation and Ground Preparation
Covers excavation techniques, soil stabilisation, and grading for platform foundations. Proper ground preparation prevents settlement and structural failure.
Lesson 2 • Substructure Bracing and Reinforcement
Covers diagonal bracing, cross-member installation, and reinforcement strategies for the substructure. Bracing resists lateral forces that footings alone cannot address.
Lesson 3 • Footing and Anchor Installation
Teaches concrete footing placement, anchor bolt setting, and curing procedures. Footings transfer all platform loads to the ground and must be precisely positioned.
Lesson 4 • Base Frame Assembly
Details assembly sequence for the primary base frame that supports the entire ASP structure. Correct sequencing prevents misalignment and rework.

Chapter 5See details

Superstructure Erection Techniques

Lesson 1 • Guardrail and Fall Protection Systems
Covers post spacing, top rail height, mid-rail requirements, and toe board installation. Fall protection systems are mandatory and must meet regulatory load requirements.
Lesson 2 • Column and Vertical Member Installation
Covers lifting, plumbing, and securing vertical columns to the base frame. Accurate column placement is critical for all subsequent horizontal framing.
Lesson 3 • Access Stairs and Ladders
Details stair stringer layout, tread installation, and ladder cage requirements for platform access. Safe access routes are required before any operational use of the platform.
Lesson 4 • Platform Decking Installation
Teaches decking panel selection, fastening patterns, and surface finishing for the working platform. Decking must support operational loads and provide safe footing.
Lesson 5 • Beam and Horizontal Framing
Details installation of primary and secondary beams, including camber control and connection sequencing. Beam layout defines the load distribution across the platform.

Chapter 6See details

Mechanical and Electrical Integration

Lesson 1 • Mechanical Mounting System Installation
Covers vibration isolation mounts, equipment pads, and alignment procedures for mechanical systems. Proper mounting prevents vibration-induced fatigue in the structure.
Lesson 2 • Systems Integration Testing
Introduces functional testing protocols for combined mechanical and electrical systems before platform commissioning. Integration testing identifies conflicts before operational loads are applied.
Lesson 3 • Power Distribution and Grounding
Details panel board placement, circuit protection sizing, and grounding electrode installation. Correct grounding prevents equipment damage and personnel hazards.
Lesson 4 • Signal and Data Cabling
Covers structured cabling standards, shielding requirements, and termination procedures for data systems. Signal integrity depends on correct installation and separation from power circuits.
Lesson 5 • Conduit and Cable Tray Routing
Teaches conduit bending, cable tray support spacing, and routing paths through the structure. Organised routing protects cables and simplifies future maintenance.

Chapter 7See details

Quality Control and Inspection

Lesson 1 • Corrective Action and Closeout
Covers deficiency tracking, repair verification, and final inspection documentation for project closeout. Systematic closeout ensures all non-conformances are resolved before handover.
Lesson 2 • Dimensional and Alignment Inspection
Covers measurement tools, survey techniques, and tolerance verification for structural members. Dimensional accuracy at each phase prevents compounding errors.
Lesson 3 • Load and Proof Testing
Teaches static and dynamic load test procedures, deflection measurement, and acceptance criteria. Proof testing validates that the completed structure meets design performance requirements.
Lesson 4 • Weld and Connection Inspection
Details visual weld inspection criteria, torque verification for bolted connections, and non-destructive testing methods. Connection quality directly determines structural reliability.
Lesson 5 • Quality Management Fundamentals
Establishes quality plan development, inspection hold points, and non-conformance reporting. A structured quality plan is the backbone of defect prevention.

Chapter 8See details

Commissioning, Handover, and Maintenance

Lesson 1 • Pre-Commissioning Verification
Covers final punch list completion, system readiness checks, and safety system verification before live operation. All deficiencies must be resolved before commissioning begins.
Lesson 2 • Performance Monitoring and Reporting
Introduces key performance indicators, condition monitoring tools, and maintenance reporting systems. Ongoing monitoring detects degradation before it becomes a safety or operational issue.
Lesson 3 • Preventive Maintenance Planning
Teaches developing maintenance schedules, inspection intervals, and lubrication plans for long-term reliability. Preventive maintenance extends service life and reduces unplanned downtime.
Lesson 4 • Formal Handover Process
Covers documentation packages, as-built drawing submission, and owner training requirements for handover. A complete handover package enables the owner to operate and maintain the platform.
Lesson 5 • Commissioning Procedures
Details step-by-step commissioning sequences for structural, mechanical, and electrical systems. Structured commissioning confirms that all systems perform as designed under real conditions.

Certification

Your valid completion certificate

This course is for you:

Construction site supervisors: ready to specialise in aerial surveillance platform projects.
Structural ironworkers: seeking to expand their skill set into ASP-specific erection work.
Civil engineering technicians: looking to apply field knowledge to a regulated platform specialty.
Project coordinators: wanting hands-on technical depth to manage ASP construction schedules.
Military or security contractors: needing formal construction credentials for surveillance infrastructure builds.
Career changers from manufacturing: bringing fabrication experience into the construction sector.

What our students say

Your lessons are perfect. I purchased the one-year package and finally have the opportunity to follow various topics of interest without needing to change platforms... I'm grateful for everything you do, I've already recommended you to other people...