Diposting di: Teknik di Bristol | Terkirim: |
Techniche Global are supporting an engineering defence contractor to appoint a Project Cost Control Discipline Lead.
Location: Bristol
Type: permanent, Monday - Friday, Hybrid - 1-2 working from office
Salary: up to £75k
Requirements: Please note that this position is subject to enhanced national security vetting. The successful candidate must be a sole UK national.
This role will be supporting projects on Naval Assets such as submarines or vessels.
Company is looking for a driven and experienced professional with strong experience of project estimating and cost management / control techniques and approaches, including estimating, forecasting, performance reporting and quantitative risk analysis. Along with experience of delivering/leading estimating and cost management within projects and programmes for large and technically complex equipment or system delivery contracts.
Day to day, you will be responsible for leading the community of individuals specialised in estimating and cost management, including professional development, mentoring and coaching. You will also work with the PM&PC Function Operations Lead to generate a pipeline of suitably qualified and experienced estimating and cost management professionals in line with related delivery demand across the portfolio.
Essential experience of the Project Cost Control Discipline Lead
Significant experience of project estimating and cost management / control techniques and approaches, including estimating, forecasting, performance reporting (i.e. EVM) and quantitative risk analysis etc.
Comprehensive experience of delivering/leading estimating and cost management within projects and programmes for large and technically complex equipment or system delivery contracts.
Experience of using, or working alongside, related software tools such as MSP, P6, Active Risk Manager, RiskHive, Deltec Cobra, Safran or Primavera Risk Analyser etc.
Excellent communication and leadership skills, with the ability to interact successfully at all levels
