
Inspection Procedures Course
This course provides you with the essential tools to conduct thorough and efficient inspections. Master the techniques for planning, executing, and documenting inspections, ensuring regulatory compliance and identifying potential…
Prior Knowledge Assessment
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What is the Inspection Procedures Course?
The Inspection Procedures course
This course provides you with the essential tools to conduct thorough and efficient inspections. Master the techniques for planning, executing, and documenting inspections, ensuring regulatory compliance and identifying potential risks. Learn to interpret applicable standards and regulations, use measuring and diagnostic equipment, and prepare detailed and accurate reports. This program prepares you to guarantee quality, safety, and efficiency in diverse industrial and commercial environments.
Differential Advantages
- Practical Methodology: Real-world case studies and simulations to apply acquired knowledge.
- Multidisciplinary Approach: Covers safety, quality, maintenance, and environmental inspections.
- Cutting-Edge Tools: Use of specialized software for managing and analyzing inspection data.
- Optional Certification: Possibility of obtaining a recognized certification in the sector.
- Networking: Interaction with professionals in the field to share experiences and best practices.
Programme highlights
- Mastery of Techniques: Learn the standard inspection procedures and best practices for fault detection.
- Current Regulations: Stay up-to-date on the regulations and standards applicable in your industry, minimizing risks and ensuring compliance.
- Report Writing: Acquire the skills to write clear, accurate, and concise technical reports, facilitating decision-making.
- Practical Cases: Apply the knowledge acquired through simulations and real-world case studies, strengthening your practical experience.
- Continuous Improvement: Develop a mindset focused on identifying opportunities for improvement in processes inspection.
- Optimize your procedures and ensure quality in every inspection.
Programme Structure
The programme is structured in 5 modules, listed below in order of study.
Technical Foundations of Inspection, Acceptance Criteria and Risk-Based Approach for Assets, Processes and Facilities Verification
- Concept, scope and objectives of the technical inspection: control of conformity, early detection of deviations and assurance of operational integrity
- Inspection typologies: initial, routine, periodic, extraordinary, regulatory and based on condition or criticality
- Acceptance and rejection criteria: tolerances, technical specifications, applicable standards and objective evidence of compliance
- Risk-Based Inspection Approach: Criticality, Probability of Failure, Consequences and Prioritization of Resources
- Inspector roles and responsibilities: technical independence, traceability, professional ethics and formal communication of findings
Inspection planning, operational preparation and resource management for the safe and efficient execution of verification campaigns
- Definition of the scope of inspection: object, physical limits, interfaces, technical criteria and verification objectives
- Inspection plans and programmes: frequencies, routes, operating windows, sequence of activities and assignment of managers
- Previous documentary preparation: background check, historical non-conformities, permits and working conditions
- Selection of tools, equipment and instrumentation: calibration, availability, adaptation to the asset and metrological control
- Inspection risk and safety assessment: accesses, hazardous energies, confined spaces, height and coordination of activities
Visual, dimensional and functional inspection techniques for the identification of defects, deviations and risk conditions
- Systematic visual inspection: structured observation, detection of deterioration, classification of severity and record of findings
- Dimensional and geometric inspection: measurement of thicknesses, clearances, alignments, deformations and critical tolerances
- Functional verification of equipment and systems - operation, response, sequence, interlocks and performance stability
- Identification of pathologies and recurrent defects: corrosion, cracking, wear, leakage, loosening and degradation of materials
- Instrumental support techniques: Thermography, basic ultrasound, boroscopy, vibration and portable diagnostic tools
Specialised inspection procedures, non-destructive testing and technical validation of the integrity of the asset or inspected process
- Fundamentals of non-destructive tests applied to Inspection: Purpose, limitations and selection criteria by type of defect
- Inspection by penetrating liquids and magnetic particles - preparation, execution, interpretation and control of indications
- Ultrasonic Inspection and Thickness Measurement: Calibration, Sweep, Signal Reading and Material Loss Assessment
- Radiographic Inspection and Complementary Techniques: Scope, Security, Resolution and Verification of Internal Discontinuities
- Validation of findings by technical contrast: repeatability, intercomparison, cross-review and confirmation of defects
Capstone Project for design, execution and evaluation of an inspection procedure applied to a real or simulated case
- Definition of the asset, process or installation to be inspected: Criticality, operational context, technical objectives and access restrictions
- Complete design of the inspection procedure: scope, resources, security, checklist, applicable techniques and acceptance criteria
- Controlled execution of the inspection: data collection, identification of findings, technical verification and structured evidence record
- Assessment of results and diagnosis: classification of defects, level of risk, suitability for service and intervention needs
- Preparation of the final report and action plan: non-conformities, recommendations, schedule and follow-up managers
Study Time and Workload
300 hours of study, online and at your own pace. Move the slider to the hours a week you can really put in.
Quality and safety inspectors looking to update their knowledge of the latest regulations and best practices in inspection.Maintenance technicians and operators who need to thoroughly understand the procedures to ensure the correct operation and safety of equipment.Production supervisors and managers who need to effectively implement and supervise inspection procedures in their areas.Student
Academic direction and faculty
The teaching team at Navalis: working professionals who deliver and oversee the institute's programmes.








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Learning Outcomes
- 01Identify and document nonconformities
- 02Evaluate the integrity of equipment and systems
- 03Comply with current regulations and quality standards
- 04Optimize the efficiency of inspection processes
- 05Improve response capacity to incidents and breakdowns
- 06Implement predictive analytics methodologies
Career Opportunities
Entry Requirements
Admissions Process
No waiting for a phone call. If your documents are complete, you can pay in the same session.
Academic/Professional Profile:Technical training in quality control, metrology, or inspection; or demonstrable experience in inspection roles in the industry.Specific Knowledge:Understanding of relevant ISO standards (e.g., ISO 9001), sampling techniques, and interpretation of drawings and technical specifications.Skills:Observational skills, attention to detail, communication skills for reporting findings, and proficiency in using measuring tools.Documentation:Updated CV, related training certificates, and professional references (optional).```
Frequently Asked Questions
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