Sixteen projects to watch.

Why we watch it

bp's first 20k-psi development: a greenfield hub with FPU fabrication, subsea manufacturing and installation scheduled 2025–2029 — the design is to be repeated on Tiber.

Phase in full, as reported

FPU under construction at Seatrium (steel strike 3Q2025; 25-50% complete at end-June 2026, yard delivery scheduled 2027) and subsea manufacturing in progress towards first oil 2029

Reported risk in full, as reported

bp is reportedly selling minority stakes in Kaskida and Tiber. It would keep operatorship (Reuters, via Offshore Magazine, June 2026); no sale announced yet.

Who builds it as stated by the sources

Operator / developerbp (100% working interest)

• bpoperator and sole owner; bp's sixth production hub in the Gulf
• SeatriumEPC and onshore commissioning of the floating production unit — four-column semisubmersible hull with single topside module, integrated with Goliath twin cranes (Dec 2024)
• TechnipFMCintegrated EPCI for subsea production systems incl. 20,000-psi standardized trees and manifolds, plus umbilicals, risers and flowlines; 'substantial' award (US$250–500 m), Oct 2024
• SBM Offshorewet tow and installation of the semi-submersible FPU (Apr 2025)
• SLB OneSubseasubsea boosting (per OE Digital)
• Exmar Offshore / Audubon EngineeringFPU hull and topsides design engineering (per OE Digital)

Key dates as stated by the sources

FID

July 2024

Technipfmc award

2024-10

Seatrium EPC award

2024-12

Sbm installation award

2025-04

First oil target

2029

Fpu steel strike

3Q2025

Fpu yard delivery

2027 (Seatrium order book)

Disciplines likely needed our inference

• HPHT subsea engineers
• FPU topsides/hull engineers
• riser and flowline engineers
• commissioning engineers
• marine installation and HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

The largest offshore wind farm under construction in the US, and a live example of political/regulatory risk hitting an in-progress project — a case study for how fast schedules and crew mobilisation can move when a stop-work order lands and lifts within weeks.

Phase in full, as reported

installation (approx. 81% complete as of 31 July 2026; 31 turbines installed and 32nd underway; first power to the grid March 2026; two of three offshore substations commissioned)

Reported risk in full, as reported

A Bureau of Ocean Energy Management stop-work order (December 2025) halted construction; work resumed in January 2026 after a US District Court preliminary injunction, and Interior let the deadline to appeal lapse (April 2026). Project cost rose by an estimated $228 million because of the stoppage; Dominion's budget now stands at $11.65bn (up from $11.4bn) and completion has slipped to end-2027, citing contingency for weather, vessel maintenance, loadout and extended jacking.

Who builds it as stated by the sources

Operator / developerDominion Energy

• Dominion Energydeveloper/owner
• Siemens Gamesaturbine supplier — 176 x SG 14-222 DD, 14.6 MW turbines
• Ørstedreported installer of turbine components on monopile foundations (per Windtech International/Siemens Gamesa reporting on the commercial-scale project)

Key dates as stated by the sources

Construction start

November 2023

Startup target

Final (176th) turbine expected to be installed by end of 2027 (previously early 2027); third offshore substation to be commissioned by end of 2026

First power

23 March 2026

Disciplines likely needed our inference

• foundation/T&I engineering
• cable engineering
• marine construction supervision
• commissioning
• HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

A brand-new deepwater FPSO hull and topsides being built and commissioned from scratch, on the standardised Fast4Ward programme SBM now repeats project after project — steady multi-year demand for FPSO engineering, hook-up/commissioning and offshore installation crews.

Phase in full, as reported

integration / installation (FPSO: topsides fabrication nearing completion, all process modules lifted onboard, integration and commissioning progressing — SBM reports >50%-<75% complete at H1 2026; subsea SURF installation underway since July 2026, scheduled through end-2026)

Who builds it as stated by the sources

Operator / developerExxonMobil (Esso Exploration and Production Guyana Ltd.), operator of Stabroek Block on behalf of the Guyana/ExxonMobil/Hess/CNOOC co-venture

• ExxonMobiloperator / field developer
• SBM OffshoreFPSO design, construction and (lease/operate) contractor for Jaguar, under its Fast4Ward standardised-hull programme

Key dates as stated by the sources

FID or award

Contract awarded/firmed up 2024 (ExxonMobil FID on Whiptail, SBM contract)

Startup target

First production targeted end of 2027 (per Offshore/World Oil reporting, 2026)

Disciplines likely needed our inference

• topsides/piping engineering
• E&I supervision
• hook-up & commissioning
• marine/offshore installation
• HSE
• project controls/planning

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

Suriname's first large offshore oil development (US$12.2 bn): FPSO construction, ~190 km of subsea lines and an installation campaign running out of Paramaribo through 2027–2028.

Phase in full, as reported

FPSO construction (SBM: >50%-<75% complete at H1 2026; Fast4Ward hull launched out of second dry dock, topsides fabrication continuing) and subsea installation campaign started June 2026

Reported risk in full, as reported

No schedule slippage reported. Staatsolie's 20% stake (est. US$2.4 bn) is funded through a US$1.6 bn bank loan from 18 lenders (signed 14 May 2025) plus own cash, cash flow and March 2025 bond proceeds; about half of the ~US$12 bn capex had been spent by September 2026.

Who builds it as stated by the sources

Operator / developerTotalEnergies EP Suriname

• TotalEnergiesoperator; partners APA Corporation and Staatsolie (40/40/20 per Ocean Energy Resources, June 2026)
• SBM Offshoreconstruction and installation of the FPSO in partnership with Technip Energies, plus operations and maintenance after deployment (Nov 2024)
• Technip EnergiesFPSO EPC partner of SBM Offshore (per SBM Offshore release)
• TechnipFMCintegrated EPCI (iEPCI) for subsea systems — Subsea 2.0 trees, manifolds, connectors, topside controls, umbilicals, flexible jumpers and flexible risers
• SaipemEPCI of the SURF package (~US$1.9 bn): ~100 km production flowlines, ~90 km injection lines, T&I of flexible risers, umbilicals and structures; offshore operations started June 2026 from Paramaribo with MCV Normand Navigator

Key dates as stated by the sources

FID

2024-10-01

Main contract awards

2024-11-14

Saipem offshore operations start

2026-06-24

First oil target

mid-2028

Disciplines likely needed our inference

• FPSO topsides and hull engineers
• SURF/pipeline installation engineers
• subsea controls and commissioning
• marine base logistics and HSE
• FPSO operations and maintenance staff

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

One of the largest point-to-point interconnectors under construction in Europe — HVDC cable and converter-station work running in parallel with the North Sea's own HVDC build-out (e.g. TenneT's programme).

Phase in full, as reported

construction — converter-station fit-out (mechanical and electrical systems) under way in the UK and Germany since September 2026; over 350 km of the ~725 km cable route laid

Who builds it as stated by the sources

Operator / developerNeuConnect Britain / NeuConnect Deutschland (investors led by Meridiam, Allianz, Kansai Electric Power and TEPCO)

• NeuConnect (project company)developer/owner
• Siemens Energysupplied all 14 converter-station transformers, delivered by May 2026
• Prysmiansubsea/land cable supply and installation (named by NeuConnect as its cabling contractor)

Key dates as stated by the sources

Construction start

July 2023 (onshore)

Startup target

2028

Disciplines likely needed our inference

• electrical/HVDC engineering
• cable installation supervision
• civil works (converter stations)
• commissioning
• HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

Poland's largest sanctioned offshore wind build (PLN ~27 bn) is mid-installation: substation topsides, cables and 100 turbines still go in during 2026–2027.

Phase in full, as reported

installation (all 100 foundations and 2 substation jackets in place by August 2026; export cables being installed and brought ashore; substation topsides from winter 2026/27, turbines 2027)

Who builds it as stated by the sources

Operator / developerEquinor / Polenergia (joint venture)

• Equinorco-developer/owner
• Polenergiaco-developer/owner
• Heerema Marine Contractorstransport and installation of 100 monopiles, 100 transition pieces and two offshore substation jackets (SSCV Thialf; campaign completed Sept 2026); returns to install substation topsides (Bałtyk 2 winter 2026/27, Bałtyk 3 summer 2027)
• Siemens Gamesaturbine supplier — 100 x 14.4 MW (per offshoreWIND.biz)
• Sif / Smuldersmonopiles and transition pieces supply (per offshoreWIND.biz)
• Iemants (Smulders)design and construction of the offshore substations (per offshoreWIND.biz)

Key dates as stated by the sources

FID

2025-05-19

Foundation campaign complete

August 2026 (announced 3 September 2026)

Turbine installation

2027

First power

2027

Full commercial operation

2028

Disciplines likely needed our inference

• offshore installation/T&I engineers
• WTG installation and commissioning technicians
• cable installation engineers
• HV substation commissioning
• marine coordination and HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

A three-platform development now estimated at NOK 195 bn (nominal, Oct 2026): the last topsides go offshore in late 2026, with hook-up, commissioning and subsea installation running into 2027.

Phase in full, as reported

offshore installation and hook-up (Hugin B topside installed early July 2026; Munin topside loaded out at Aibel Haugesund, ready for sail-away Aug 2026; Hugin A topside sail-away scheduled December 2026; power from shore commissioned June 2026)

Reported risk in full, as reported

Cost growth: Norway's 2027 state budget (7 Oct 2026) puts Yggdrasil at NOK 195 bn nominal, up 9.8% in a year and from NOK 120.8 bn at PDO; Aker BP raised investment guidance in July 2026 to hold the 2027 start-up.

Who builds it as stated by the sources

Operator / developerAker BP

• Aker BPoperator (Hugin licence 76.72%); partners Equinor and Orlen Upstream Norway
• Aker SolutionsEPC and offshore hook-up for the Hugin A production platform and jacket and the Hugin B unmanned wellhead platform and jacket (contract ~NOK 22 bn, Dec 2022); plus subsea production systems (~NOK 7 bn)
• Subsea 7SURF package (per Offshore Technology project profile)
• Allseastopsides installation (per Offshore Technology project profile)
• NKTsubsea power cables (per Offshore Technology project profile)
• AibelEPC of the Munin unmanned production platform topsides (Haugesund)

Key dates as stated by the sources

FID

December 2022

Pdo approval

June 2023

Hugin a first steel cut

September 2023

Hugin b topside sailaway

2026-07-06

Subsea final deliveries

2028 (per Aker Solutions 2022 release)

Startup target

2027 (Aker BP aims for summer 2027)

Hugin a topside sailaway

December 2026 (scheduled)

Disciplines likely needed our inference

• offshore hook-up and commissioning engineers
• subsea/SURF installation engineers
• E&I and control systems engineers
• structural/marine operations engineers
• HSE and completion management

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

The reference project for CCS-as-infrastructure in Europe — offshore pipeline, injection wells and receiving-terminal expansion all running in parallel, a template for the CO2 value chains (incl. Porthos in Rotterdam) that Dutch engineering firms are also chasing.

Phase in full, as reported

engineering / fabrication (detailed engineering in full swing, fabrication underway at several yards per March 2026 reporting)

Who builds it as stated by the sources

Operator / developerNorthern Lights JV — Equinor, Shell and TotalEnergies (each 33.3%)

• Equinor / Shell / TotalEnergies (Northern Lights JV)developer, FID holder
• Subsea7technical service provider — EPCI of a ~5 km CO2 pipeline plus satellite structures, umbilicals, tie-ins, offshore ops 2026-2027
• Aker SolutionsEPC contracts for Phase 2 (scope not itemised in sources checked)
• SLB OneSubseaEPC contract for the CO2 subsea injection system

Key dates as stated by the sources

FID

March 2025

Startup target

From 2028

Disciplines likely needed our inference

• pipeline/subsea engineering
• process engineering (terminal)
• offshore installation supervision
• commissioning
• HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

The world's largest green-hydrogen/ammonia project moving from construction into commissioning right now — a preview of the scale and discipline mix (electrolysis, ammonia synthesis, huge renewables integration) the hydrogen economy will need repeated at smaller scale elsewhere, including in the Netherlands.

Phase in full, as reported

commissioning (construction completed, commissioning underway as of August 2026)

Who builds it as stated by the sources

Operator / developerNEOM Green Hydrogen Company (NGHC) — joint venture of NEOM, ACWA Power and Air Products

• NEOM Green Hydrogen Company (NEOM/ACWA Power/Air Products JV)developer/owner
• Air Productsmain EPC contractor and system integrator (finalised $6.7bn EPC agreement, May 2023); holds 30-year ammonia offtake
• Yara Internationalmarketing and distribution partner for the NEOM green ammonia not used by Air Products; agreement finalised mid-2026

Key dates as stated by the sources

EPC award

May 2023

Startup target

Commercial operations targeted 2027

Disciplines likely needed our inference

• process/electrolysis engineering
• commissioning
• E&I
• construction management
• HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

A greenfield 9.6 mtpa LNG plant in full construction under a Technip Energies-led EPC JV, with electric-drive liquefaction new to the region; peak construction and commissioning run to 2028.

Phase in full, as reported

construction (ADNOC Gas reported in January 2026 that construction works are progressing ahead of approved schedules)

Who builds it as stated by the sources

Operator / developerADNOC (ADNOC Gas to acquire a 60% stake at completion)

• Technip EnergiesLeader of the TJN RUWAIS joint venture holding the US$5.5 billion EPC contract for the two liquefaction trains
• JGC CorporationEPC joint-venture partner
• NMDC Energy (formerly NPCC)EPC joint-venture partner (construction)

Key dates as stated by the sources

FID or award

FID and US$5.5 billion EPC award to Technip Energies/JGC/NMDC Energy JV announced 13 June 2024 (early EPC/limited notice to proceed from March 2024)

Startup target

Commercial operations planned for the second half of 2028; ADNOC Gas sees potential to bring this forward

Disciplines likely needed our inference

• LNG process/commissioning engineering
• electrical (HV drives, substations)
• piping and mechanical construction supervision
• instrumentation and control systems
• QA/QC
• project controls/planning
• HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

Three plants built at once in southern Iraq: a US$3 bn seawater treatment plant (Hyundai E&C EPC), an oilfield redevelopment to 210,000 b/d and a 300 MMcf/d gas plant. TotalEnergies reports ~7,000 workers at peak.

Phase in full, as reported

construction (all four GGIP components in execution since September 2025; CSSP and Ratawi full-field construction launched 14 September 2025; GMP and solar under construction since early 2025)

Reported risk in full, as reported

Ratawi phase 1 has slipped repeatedly: TotalEnergies cited Middle East conflict and Strait of Hormuz disruption to equipment shipments, and MEED reports Iraqi customs clearance of critical equipment as the main delay as of September 2026. Security and logistics conditions in southern Iraq remain a risk.

Who builds it as stated by the sources

Operator / developerTotalEnergies (45%, operator) with Basra Oil Company (30%) and QatarEnergy (25%)

• Hyundai E&CEPC contractor (engineering, procurement, supply, construction and commissioning) for the Common Seawater Supply Project treatment plant, contract signed 14 September 2025; reported value ~KRW 4 trillion / US$2.9–3.16 billion, ~4-year build
• ENKAReported contractor for Ratawi's second central processing facility, contract value above US$1 billion; civil and piping works under way (MEED, May 2026; not confirmed in a contractor press release we opened)
• China Petroleum Pipeline Engineering (CPP/CPECC)Reported contractor for the US$2.5 billion CSSP pipeline package (MEED, Sept 2026); earlier reported for the Gas Midstream Project (Zawya). Not confirmed in a contractor press release we opened

Key dates as stated by the sources

FID or award

CSSP EPC contract to Hyundai E&C and Ratawi full-field development launched 14 September 2025 (TotalEnergies press release 15 September 2025)

Milestone

Ratawi phase 1 (120,000 b/d) first oil now targeted Q4 2026 (TotalEnergies, Sept 2026), after slipping from early 2026 and then the first half of 2026; MEED reported in September 2026 that start-up was mid-to-late October at the earliest

Startup target

Ratawi phase 2 to 210,000 b/d from 2028 (reconfirmed by TotalEnergies Sept 2026); CSSP start-up scheduled late 2028 or early 2029 per MEED (Sept 2026), ~49-month build per Hyundai E&C

Disciplines likely needed our inference

• water treatment / process engineering
• pipeline and pumping station engineering
• construction management
• commissioning and start-up
• E&I
• HSE and security-aware project controls

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

A $20bn+ LNG project restarting at scale after a five-year security-driven suspension — a live test of how fast a paused megaproject can remobilise thousands of workers, and a rare African entry among 2026-2029 LNG builds. TotalEnergies said in September 2026 it could speed up a Phase 2 by keeping construction teams at Afungi.

Phase in full, as reported

construction (almost 45% complete as of July 2026; about 10,000 people on site by late September 2026)

Reported risk in full, as reported

Construction is operating in "containment mode" due to ongoing insurgency-related security concerns in Cabo Delgado; incremental costs from the suspension are reported at roughly $4.5 billion, pushing total investment above the original $20 billion. Equipment built in Middle East yards was held up by the 2026 regional conflict; TotalEnergies said in July 2026 that this had been resolved.

Who builds it as stated by the sources

Operator / developerTotalEnergies (operator of the Mozambique LNG consortium)

• TotalEnergiesoperator, restarted project January 2026
• McDermott / Saipem / Chiyoda (EPC JV)onshore LNG plant EPC consortium (contract predates the 2021 force-majeure suspension; consortium composition per trade press, not re-confirmed by a primary 2026 source in this check)

Key dates as stated by the sources

Force majeure lifted

7 November 2025

Full restart announced

29 January 2026

First LNG target

2029

Disciplines likely needed our inference

• construction management
• piping/mechanical
• HSE (security-sensitive site)
• planning/project controls
• commissioning (later phase)

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

A new offshore gas hub — central production platform, living-quarters platform, flare and bridges — fabricated in Vietnam under a McDermott-led EPCI contract, then installed and hooked up offshore.

Phase in full, as reported

fabrication / construction (EPCI#1 at ~29% overall progress with detailed engineering >71% as of August 2025; LQ fabrication underway)

Reported risk in full, as reported

First gas has moved from end-2026 to no later than Q3 2027, consistent with the February 2027 load-out of the living-quarters module. Downstream power plants lag: until end-2028 mainly O Mon I will be able to take Block B gas.

Who builds it as stated by the sources

Operator / developerPhu Quoc Petroleum Operating Company (PQPOC) for Petrovietnam (PVN), with MOECO, PVEP, PV Gas and PTTEP as partners

• McDermottConsortium leader with PTSC for EPCI package #1: EPCI and hook-up/commissioning of the central production platform, living-quarters platform, flare tower and bridges (limited letter of award Oct 2023; full contract value >US$1 billion)
• PTSC (Petrovietnam Technical Services Corporation)Consortium partner on EPCI#1; PTSC M&C fabricating the living-quarter module (LQM, ~2,643 t) and living-quarter utility deck (LQU, ~3,236 t) — first cut August 2025, LQM load-out scheduled 24 February 2027
• VietsovpetroFabrication yard (VSP yard) named by PTSC for the living-quarter units

Key dates as stated by the sources

FID or award

EPCI#1 limited letter of award to McDermott–PTSC on 31 October 2023; consortium leading the package since October 2023

Milestone

LQM fabrication commenced 1 August 2025; LQM load-out scheduled 24 February 2027

Startup target

First gas from Block B no later than Q3 2027 (Government Office Notification 487/TB-VPCP, 15 September 2026); O Mon I commercial operation December 2027, O Mon IV December 2028, O Mon II Q4 2029, O Mon III May 2030 (Can Tho Department of Industry and Trade, October 2026)

Disciplines likely needed our inference

• structural/topsides fabrication supervision
• piping and E&I engineering
• offshore installation and HUC
• pipeline engineering
• commissioning (gas processing, power)
• project controls/planning
• HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

A subsea-compression scheme keeping one of the world's largest LNG plants (Gorgon) supplied as its field ages — a rare, technically complex subsea-compression build with its own multi-year commissioning tail.

Phase in full, as reported

installation / commissioning (Chevron's December 2024 indicative schedule runs installation from late-2024 to mid-2027; commissioning and start-up to commence from 2026/2027)

Reported risk in full, as reported

Schedule has moved: Chevron's December 2024 update extended the installation window from mid-2024–mid-2026 to late-2024–mid-2027, with the compression station installed in two campaigns; no public start-up announcement found as of October 2026.

Who builds it as stated by the sources

Operator / developerChevron Australia (Gorgon joint venture)

• Chevronoperator
• Saipemcontractor, ~$4bn order for the compression project scope

Key dates as stated by the sources

Sanctioned

2021 (project proceeded)

Startup target

Commissioning, start-up and operation expected to commence from 2026/2027 (Chevron operations environment plan, accepted by NOPSEMA 26 March 2026)

Disciplines likely needed our inference

• subsea engineering
• commissioning
• controls/instrumentation
• offshore installation supervision
• HSE

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

Taiwan's first Round-3.1 offshore wind project to reach financial close, and a clean example of Dutch and Belgian marine contractors splitting scope on the same project (Van Oord on cables, DEME on foundations) — the kind of specialised installation work that draws Dutch offshore crews to Asia-Pacific.

Phase in full, as reported

installation (99 pin piles, offshore substation and both export cables complete as of early August 2026; CDWE's installation of the 33 jacket foundations follows; inter-array cables from 2027)

Who builds it as stated by the sources

Operator / developerCopenhagen Infrastructure Partners (CIP), developed via Copenhagen Offshore Partners

• Copenhagen Infrastructure Partners / Copenhagen Offshore Partnersdeveloper
• Van Oordtransport, installation and burial of 33 inter-array cables (~64 km) using cable-lay vessel Nexus, starting 2027
• DEME, via its Taiwanese JV CDWEtransport & installation of 33 jacket foundations, pin piles and the offshore substation, from Q1 2026, using vessel Green Jade
• Jan De Nulinstallation and protection of the two high-voltage export cables (~45 km and ~44 km) with cable-layer Willem de Vlamingh; both pulled into the offshore substation by August 2026

Key dates as stated by the sources

Financial close

March 2025

Completion target

Commercial operation scheduled 2027

Disciplines likely needed our inference

• marine installation supervision
• cable engineering
• geotechnical/foundation engineering
• HSE
• commissioning

Derived by us from project kind and phase - not stated by the sources below.

Why we watch it

First deployment of 15 MW-class turbines in Japan, installed by a DEME-affiliated jack-up in 2027; foundation, turbine installation and marine coordination work runs 2026–2028.

Phase in full, as reported

construction / pre-installation (turbine deliveries from 2026; offshore installation second half of 2027; full commissioning June 2028)

Who builds it as stated by the sources

Operator / developerOga Katagami Akita Offshore Green Energy LLC — consortium of JERA, J-POWER, Tohoku Electric Power and Itochu

• DEME (via Japan Offshore Marine JV)Engineering works and vessel charter for offshore installation of the 21 wind turbines using the jack-up vessel Sea Challenger under Japanese flag; offshore works scheduled second half of 2027; DEME share up to ~EUR 50 million
• Penta-Ocean ConstructionNamed alongside the project company as the contracting party for the turbine-installation package
• VestasTurbine supplier: 21 x V236-15.0 MW (selected 2024; deliveries from 2026)
• Kajima Corporationmanufacturing, procurement, transport and installation of the turbine foundations (contract October 2025)
• JFE Engineeringmanufactures and transports the 21 monopiles and transition pieces at its Kasaoka plant, January 2026 to March 2027; first monopile completed August 2026

Key dates as stated by the sources

FID or award

Development rights awarded end of 2023 (Round 2); DEME/JOM turbine-installation contract announced 29 May 2026

Milestone

First domestically made monopile completed August 2026; monopile/TP supply runs to March 2027; offshore turbine installation scheduled second half of 2027

Startup target

Full commercial operation June 2028 per trade press (reconfirmed July 2026, when the design received Bureau Veritas Japan certification)

Disciplines likely needed our inference

• marine operations / installation engineering
• WTG installation and commissioning technicians
• client representatives / marine warranty
• HV cable and substation engineering
• HSE
• package management

Derived by us from project kind and phase - not stated by the sources below.