Global CCUS Solutions Architect — Lead & Innovate

Baker Hughes Company; Firenze; On-site; EUR 53,000 - 99,000; Full time

Benefits offered by this job

Private medical care

Life insurance

Disability programs

Tailored financial programs

Job summary

Baker Hughes in Italy seeks a CCUS Solution Architect (Global) to define strategic roadmaps for holistic carbon management solutions. You will lead opportunity development, cost estimating, and budget proposals across CO2 capture, compression, pumping, and liquefaction, coordinating with sales, engineering and regional teams.

Responsibilities include liaising with customers and vendors, driving early-stage project development, and delivering innovative technologies while ensuring cost-effective

Qualifications

• Minimum of 7 years’ experience in the Oil & Gas and Industrial markets, preferably with consolidated experience in proposal preparation and a minimum of 2 years of experience with cost estimating.

Responsibilities

• Lead development of opportunities in CCUS applications on a worldwide basis, coordinating with Demand Generation Managers, sales, engineering and regional teams.
• Prepare budget proposals for CO2 capture, compression, pumping and liquefaction, with emphasis on cost estimating.
• Coordinate cross-functional support for budget proposals and technology qualification efforts with customers, EPCs and licensors.

Skills

Cost estimating

Proposal preparation

Technology licensing

EPC contracting

CO2 capture

CO2 compression

CO2 pumping

CO2 liquefaction

English fluency

Job description

Baker Hughes in Italy seeks a CCUS Solution Architect (Global) to define strategic roadmaps for holistic carbon management solutions. You will lead opportunity development, cost estimating, and budget proposals across CO2 capture, compression, pumping, and liquefaction, coordinating with sales, engineering and regional teams.

Responsibilities include liaising with customers and vendors, driving early-stage project development, and delivering innovative technologies while ensuring cost-effective