An experienced design and structural engineering team, forged in the delivery of high value, high risk subsea O&G works, optimised within complex innovative design scopes.
Our Expertise
The structural design team combine project, design and structural engineering to deliver complex solutions to marine & offshore projects, drawing on the company’s experiences supporting clients from early phase FEED to full equipment commissioning and project delivery.
In addition to concept generation, stress analysis, design verification, and fabrication drawings, the team have experiences managing the procurement, fabrication, and manufacturing of project steelwork and the testing and installation of new equipment to vessels and assets.
Offshore Projects Design Services
Delivering standard and complex project steelwork from a few to hundreds of tons, handling equipment design and rigging solutions.
Design Engineering
Quality processes developed within the design of high-value O&G subsea equipment and innovative MRE solutions. Solidworks & inventor excellence.
Supplier Management
The team have managed a range of suppliers, from a multi-million pound deck spread for a nuclear power station offshore works, to seafastening for a diver LARs frame to a multicat.
Naval Architecture Structural Analysis – Local
Integrating concise structural solutions for project requirements or vessel equipment upgrades.
Naval Architecture Structural Analysis – Global
The integrity of the vessel as a floating beam; intact, damaged, modified.
Offshore Projects Design Services
Tadek can provide full product detailed offshore design services including:
- Deck plans
- Seafastening & grillage design
- Deck structural integrity checks and strengthening
- Winch Design and Mooring equipment integration
- Lifting and Handling Equipment
– Rigging Design and lift plans
– Spreader Beams
– Cable, spool, pipe and riser lifting and handling equipment - Subsea and ROV equipment/tooling interface
- Modify and verify existing rental equipment to meet project, client, and code requirements
- Information drawings in 3D & 2D, including storyboards, schematics and deck plans
Offshore Projects Design Services
Tadek can provide full product detailed offshore design services including:
- Deck plans
- Seafastening & grillage design
- Deck structural integrity checks and strengthening
- Winch Design and Mooring equipment integration
- Lifting and Handling Equipment
– Rigging Design and lift plans
– Spreader Beams
– Cable, spool, pipe and riser lifting and handling equipment - Subsea and ROV equipment/tooling interface
- Modify and verify existing rental equipment to meet project, client, and code requirements
- Information drawings in 3D & 2D, including storyboards, schematics and deck plans
Design Engineering
The team apply themselves across industries with a strong foundation in quality focussed Oil & Gas design engineering for safety critical platform, subsea, rigless and vessel-based designs as well as subsea structures, and offshore floating and submersible platforms. The structural design team produce manufacturing drawings (SolidWorks & Inventor), including assemblies, weldments, machining detail/tolerancing, inspection and material specification. Design verification is achieved through FEA (principally Ansys) and hand calculations (within Mathcad).
Design Engineering
The team apply themselves across industries with a strong foundation in quality focused Oil & Gas design engineering for safety critical platform, subsea, rigless and vessel-based designs as well as subsea structures, and offshore floating and submersible platforms. The structural design team produce manufacturing drawings (SolidWorks & Inventor), including assemblies, weldments, machining detail/tolerancing, inspection and material specification. Design verification is achieved through FEA (principally Ansys) and hand calculations (within Mathcad).
Supplier Management
The engineers are experienced in managing the supplier/contractor interface and presenting technical information to key project stakeholders and executive management. This may be for specialist design equipment such as for drill through equipment and riser tensioning to seafastening fabrication management for the loadout of drilling equipment for Hinkley Point nuclear power station offshore works.
Supplier Management
The engineers are experienced in managing the supplier/contractor interface and presenting technical information to key project stakeholders and executive management. This may be for specialist design equipment such as for drill through equipment and riser tensioning to seafastening fabrication management for the loadout of drilling equipment for Hinkley Point nuclear power station offshore works.
Naval Architecture Structural Analysis – Local
Tadek members have performed a number of local analyses of ship’s structures for structural integration of cranes, winches, mooring equipment, seafastenings and underdeck reinforcement. FEA analysis which combines static and dynamic loads is performed as well as hand calculations and class based rule calculations.
Naval Architecture Structural Analysis – Local
Tadek members have performed a number of local analyses of ship’s structures for structural integration of cranes, winches, mooring equipment, seafastenings and underdeck reinforcement. FEA analysis which combines static and dynamic loads is performed as well as hand calculations and class based rule calculations.
Naval Architecture Structural Analysis – Global
Tadek’s engineering team have carried out the global structural assessment of ships and offshore structures from ISE (Initial Scantling Evaluation) to 3D FE models. Global hull structural analyses have been performed following direct methodologies (ABS Direct Loading Approach / DNVGL Computational Ship Analysis) and simplified methodologies (ABS Total Strength Assessment).
Naval Architecture Structural Analysis – Global
Tadek’s engineering team have carried out the global structural assessment of ships and offshore structures from ISE (Initial Scantling Evaluation) to 3D FE models. Global hull structural analyses have been performed following direct methodologies (ABS Direct Loading Approach / DNVGL Computational Ship Analysis) and simplified methodologies (ABS Total Strength Assessment).
Our Clients
