Engineering Dynamic Integrity in Structures, Machinery & Critical Assets
We diagnose vibration, structural dynamics, fatigue and noise radiation caused by unfavourable dynamic behaviour — then re-engineer structures, machinery and critical assets to perform reliably.
Using a proven 5-step process — Diagnose, Measure, Analyse, Design and Support — we identify the governing mechanism, engineer the corrective modification and verify the improvement.
Led by a Chartered Engineer with 30 years’ experience in vibration, structural dynamics, mechanical failure investigation, aerospace qualification and practical design improvement.
DIAGNOSE → MEASURE → ANALYSE → DESIGN → QUALIFY
Dynamic Integrity Problems We Resolve
Chronic resonance in machinery and pipework systems
Repetitive fatigue cracking of welds and support structures
Failure to meet vibration acceptance limits or certification
Equipment failing rigorous qualification tests (DO-160 / MIL-STD-810)
Structures or platforms resonating during high-load operations
Plant derating driven by unresolved dynamic instability
Structure-borne noise transmission in sensitive environments
These symptoms represent structural dynamics challenges that require a consultancy-led diagnostic framework.
Vibration & Structural Dynamics
Forensic identification of resonance, mode shapes, and dynamic amplification. We turn measurement data into proven structural modifications.
Our work leverages 30 years of dynamics authority to investigate excessive vibration, cracking, or operating restrictions.
Resonance, mode shapes, and structural dynamics
Piping vibration and fatigue life assessment
Dynamic amplification and flexibility analysis
Operating restriction resolution
Verification of engineered modifications
Design Verification & Qualification
Leveraging a 15-year Aerospace legacy to ensure mission-critical components achieve first-time pass certainty in the lab.
We provide the specialist guidance required to navigate DO-160, MIL-STD-810, and high-stakes qualification protocols.
First-time pass certainty for qualification
Aerospace vibration certification (15 aircraft platforms)
Resonance steering and mitigation design
Environmental test plan support
Design-for-reliability engineering
Our 5-Step Engineering Integrity Process
Diagnose: Identify the Governing Mechanism
We determine why the vibration, fatigue, instability or noise radiation exists, so corrective action targets the root cause rather than the symptom.
Measure: Capture the Real Operating Behaviour
On-site measurement reveals how machinery, structures and systems respond under real operating conditions.
Analyse: Link Response to Cause
Engineering analysis connects measured vibration and dynamic response to resonance, forcing, coupling, fatigue risk or structure-borne noise radiation.
Design: Re-engineer the Structure or Machinery
We develop practical modifications that change the dynamic behaviour of the asset and improve reliability, durability and performance.
Qualify: Verify the Engineering Improvement
We support implementation and verification so the final solution is proven to perform reliably in service or meet qualification requirements.
Technical Leadership
Director-Led Technical Accountability
Vibration Integrity Engineering Ltd provides senior-level engineering support for complex structural dynamics and machinery reliability. Every engagement is personally led by our Director, ensuring Chartered-level accountability.
Paul Schmitz, CEng MIMechE, MIoA
- Chartered Authority: Built on 30 years of manufacturing, dynamics, and forensic mechanical engineering.
- Proven Aerospace Heritage: Refined equipment to pass vibration certification on 15 aircraft platforms.
- Evidence-Led Approach: Specialist in bridging on-site measurement with analytical modelling to resolve chronic failure.
Clients engage our consultancy for direct access to three decades of diagnostic experience. We keep solutions lean, technically robust, and validated by first-principle physics.
Results Proven by Case Studies
- Quarry Plant: Eliminated severe resonance with targeted isolation, restoring structural stability.
- API 619 Compliance: FEA-driven frame stiffening shifted natural frequencies and passed third-party audit.
- Structure-Borne Sound, Belgium: Removed 58.33 Hz transmission through custom isolation to resolve compliance complaints.
- Helicopter Blade-pass: Achieved qualification for mission-critical instrumentation through resonance steering.
Why Choose Our Consultancy
- Direct access to a Chartered Engineer — no sales layer or junior delegation
- Diagnosis through to engineered modification and verified resolution
- Evidence-led work based on measurement, physics, and real operating behaviour
- Advanced toolchain including FEA, ODS, EMA/FRF, and model updating
“Technical accountability starts and ends with leadership. We prove every resolution with measurement, not assumptions.”