With an experienced and highly qualified technical team, we can undertake projects on your behalf while maintaining close contact with your in-house operations regarding progress and technical issues. Our flexible project options enable you to control your budgets and avoid the risk of overspend while assured of a timely, reliable and quality solution.
Flexibility is key to our services. We run projects as short a half a day for a straightforward verification exercise to multi-year contracts to support and optimise new product development. Most standard project work is undertaken within our head office in the UK for efficiency but this can be combined with on-site Secondments and Technology Transfer services.
Close communication ensures we deliver to your requirements.
You are allocated an account manager who works alongside our consulting staff to ensure both your commercial and technical objectives are met.
The scope of any project is clearly agreed and defined upfront and we ensure that you are kept informed of progress. This includes any discoveries, issues or concerns that arise from intermediate results that may influence the direction and duration of the project.
Project meetings are important and encouraged, particularly for complex assignments or design optimisation services. These can take place either at our headquarters or your offices. In addition, to minimise your project costs and delivery times while adhering to our Environmental Management policy, we promote web conferencing as much as possible.
Clear and meaningful presentation of results is an essential way for us to add value. Various levels of reporting are available to suit your requirements:
If you would like to continue the project in-house, we can also deliver the results databases from any analysis tools used to enable you to recreate the analysis and further investigate the results. This can include the provision of appropriate software licenses.
After agreeing a scope of work and timescales, we can structure the pricing of your project in many ways:
Through the Wilde Group, we retain senior engineering staff with extensive experience in mechanical and civil structures, including design, analysis and failure investigation studies. Independent third-party assessments are typically undertaken in the following areas:
We have in-house scripting skills to help customise software and automate processes, ranging from the creation of macros and engineering calculation worksheets to the development of translators, material models and software wizards.We have undertaken such projects for both clients and software developers.
Our Case Study Library illustrates a range of non-confidential projects that we have undertaken. Our Capabilities and Project Services are applicable to all engineering sectors and consequently we not daunted by the specific product or process that needs attention. Since 1980, we have been involved in a diverse range of projects such as:
Aeronautical & General Instruments | - Standards based prediction on a military runway landing lights |
Aerospace | - RAMS analysis on an imaging radiometer for an earth observation satellite |
Aerospace Defence | - FMECA Study for night vision imaging equipment for aviation applications |
Aluminium Production | - Reliability Gap Analysis to review methods for reliability performance |
Automotive | - HAZARD Analysis on electronic sensing systems |
Automotive | - Warranty Life Data Analysis for prediction of expected life |
Automotive Electronics | - Fault Tree Analysis on automotive Active Roll Control system |
Aviation Civil & Military | - RAMS Analysis and System Safety Analysis for Aircraft Control Systems |
Biomedical | - Root Cause Analysis Gap Analysis |
Compressor Design | - SRS for a combined power and steam generation facility |
Energy & Power | – Asset Integrity Management Study using RCM / FMEA |
Energy & Power | - Life Data Analysis of Wind Turbine acoustic resonance sensors |
Energy & Power | – Risk Register and Safety Study for compressor station |
Energy & Power | – Safety File for embedded power generation units |
Energy & Power | – Training to standards IEC 61508, IEC 61511 |
Energy & Power | - Wind Turbine Safety Study |
Gas Production & Storage | - Fire and explosion consequence analysis |
Gas Refining | - Facilities HAZOP & LOPA Revalidation |
Industrial Electronics | - Reliability Assessment of Electronic Valve |
Industrial Engineering | - Availability Analysis for a Data Centre |
Industrial Engineering | - FMEA Study for a roticulation technology compressor |
Industrial Engineering | - Parts Stress Analysis on Power management and control equipment for street lighting |
Industrial Engineering | - RAMS analysis on boiler and heat exchanger components |
Industrial Lighting | - Reliability Assessment of a Lighting PSU |
Industrial Machinery | - System Reliability for Gas Turbine manufacturer to optimise Maintenance Strategies |
Industrial Nuclear | - Maintenance Task Analysis on Uranium Recovery Project |
Industrial Process | - HAZOP and LOPA SIL Assessments on a Rubber Process Plant |
Industrial Production | - Reliability Gap Analysis for Process Yield improvement on consumer metering product |
Life Sciences Biomedical | – Gap Analysis to implement a DfR programme |
LNG Storage | - Alarm systems management review & SIL assessments |
Marine | - Pre-FEED HAZOP and LOPA SIL Assessment |
Marine Defence | - Hazard Identification using SWIFT on a COMAH Lower Tier military site |
Military Engineering | - ARM Compliance Support for a Chemical Explosive Detector |
Nuclear | - Long-term secondment of TRAM Engineers working on a Nuclear decommissioning project |
Off-Road Vehicles | - Life data & Risk Population Analysis on Articulated Dump Truck casting component |
Oil & Gas | - Facilitation Services for a HAZOP & LOPA for a new design of pipeline interconnection |
Oil & Gas | - Human Factors Control Room Ergonomics Study |
Oil & Gas | - Safety integrity assessment of marine Emergency Release Coupling (ERC) |
Oil & Gas | - Winch Operational Safety Assessments |
Oil Production | - Life data and system reliability modelling |
Oil Production | - PHSER, HAZOP, LOPA to IEC 61508, IEC 61511 Korea, Saudi Arabia, Iraq, Kuwait, Algeria, UAE |
Oil Storage | - HAZOP Reviews for a Floating Production Storage Offload (FPSO) vessel |
Process Plant | - QRA Consequence Dispersion Modelling & Analysis |
Scientific Instruments | - Reliability Gap Analysis for the introduction of a Reliability Engineering Programme |
Standards & Guidelines | - Rewrite of EEMUA Pub 201 Control Room Design |
Transport Rail | - RAMS analysis and Accelerated Life Testing on LED based train signalling system |
Transport Rail | - RAMS Analysis of a Rail Carriage Wash System |
Transport Rail | - RAMS analysis of a train Derailer safety system |
Transport Rail | - RAMS Consultancy on TFT Display Unit Controller |
Waste Management | - Gap Analysis for Alarm Systems Management rationalisation project |