Engineering knowledge for decisions that matter.
Focused seminars, technical workshops and case-based sessions on pressure equipment, piping, welding, metallurgy and integrity engineering. The programme is currently in development.
- Code requirements connected to engineering judgement
- Case-based technical learning
- Transparent assumptions, limits and decisions
Topics currently in development
The initial programme is being developed around recurring engineering problems where code compliance alone is not enough to support a reliable technical decision.
How to Review Welding Procedure Qualifications Beyond the Certificate
A practical framework for checking whether a qualification truly represents production materials, thicknesses, heat treatments, consumables and expected repair scenarios.
CrMo and Grade 91 Materials: Fabrication, Heat Treatment and Integrity Risks
Material condition, welding, PWHT, hardness, repair history and the lifecycle consequences of losing control of creep-strength-enhanced ferritic steel microstructures.
Bolted-Joint Integrity from Assembly to Elevated-Temperature Operation
Preload, friction, gasket behaviour, thermal expansion, relaxation and the difference between a tightening torque and a reliable operating joint.
Flange Leakage, Gasket Behaviour and External Piping Loads
Connecting assembly practice, gasket characteristics, piping loads, elevated temperature and leakage risk in a traceable engineering workflow.
Damage Mechanisms and Inspection Planning for Pressure Equipment
How material, process conditions, geometry and operating history define credible damage mechanisms and the inspection techniques required to find them.
API 579 and BS 7910 Approaches to Crack-Like Flaws
A practical introduction to FAD-based assessment, material toughness, residual stress, fatigue crack growth and remaining-life decisions.
Using Finite-Element Analysis as an Integrity Tool—not as a Coloured Stress Plot
Model purpose, boundary conditions, mesh strategy, stress classification, result validation and the engineering decisions that should follow the analysis.
Material Procurement for Components Exposed to Repeated Heat Treatment
How enquiries, orders, simulated heat treatment and test-piece planning should address cumulative exposure before fabrication consumes the available material margin.
Repair Decisions: When Code Compliance Is Not the Complete Answer
A lifecycle view of repair feasibility, material condition, damage mechanisms, weldability, PWHT, remaining life and the uncertainty behind continued-service decisions.
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Different problems require different formats
Technical briefing
A focused introduction to one clearly defined engineering question, including governing principles, typical failure points and a practical decision framework.
Engineering deep dive
A detailed technical session combining code requirements, material behaviour, calculation methods, worked examples and engineering limitations.
Full-day workshop
Structured training with calculations, practical exercises, case discussions and reusable engineering workflows.
In-company seminar
A programme adapted to the equipment, materials, codes and technical risks relevant to a specific organisation or project.
Not another generic webinar
TT Integrity seminars will not be built around simplified slide decks, promotional product demonstrations or unexplained calculation results. Each session will begin with a defined engineering problem and will distinguish code requirements from engineering judgement, nominal data from actual material condition, calculation results from their validity limits, and compliance checks from lifecycle integrity.
The objective is not merely to present information. It is to provide a defensible way of thinking about the problem.Built for engineers who need to decide
A formal job title is less important than the need to understand why a technical result can—or cannot—be trusted.
- Mechanical and integrity engineers
- Materials and metallurgy specialists
- Welding engineers and inspectors
- Pressure-equipment and piping engineers
- Inspection and maintenance professionals
- Fitness-for-service and remaining-life specialists
- Fabrication and quality engineers
- Technical authorities and responsible engineers