Présentation de l'entreprise

Le poste

Description de l'offre

Key Responsibilities

• Lead a small Engineering team to deliver the design, installation and commissioning of either the Mechanical or Public Health scope of works at HS2 Old Oak Common Station. This incorporates parts of the station which work to HS2, Network Rail (NR), or both technical standards.
• Undertaking Mechanical and Public Health design review in line with current project applicable HS2, NR, BS, EN and ISO standards and to ensure buildability and constructability. Identify any weakness or errors in the design that could jeopardise the functionality. Ensure HSE best practices are always followed.
• Manage a 3rd party design consultant in delivering the design deliverables required for the project.
• Liaise with the main Contractor  Designers to review comments and agree an efficient way forward with resolving design comments.
• Ensure design risk assessment is compliant with installation parameters.
• Participate in, and where required chair, HazID, HazOP and HazCON's as required by the client.
• Provide engineered solutions to key project problems to satisfy clients expectations, project restrictions and budget considerations.
• Management of all associated design registers, meeting minutes, drawing registers etc. as appropriate inline VVB/Anthro and project requirements. Ensure all formal communication is undertaken and managed (RFI, TQ, EWN, MAR, TD etc).
• Direct liaison with CAD/BIM team to ensure correct drawing modelling to BIM or other standards. Review drawings for clash detection and associated interface problems.
• Attend, and participate as the Mechanical lead, interdisciplinary design reviews and checks (IDR/IDC).
• Development of scope documents for tenders and procurement processes.
• Liaison with manufacturers to determine product suitability, in partnership with procurement.
• Attendance at FAT and SAT (and any other required stage) to ensure compliance with requirements.
• Support, and where required, carry out the Commissioning of Mechanical Systems.
• Carry out site surveys/visits for project purposes not limited to the purpose of identifying scope, improvements to systems, dilapidation and design requirements.
• Direct liaison with installation teams to ensure design suitability, works methodology and solve key installation issues/constructability.
• Working with the commercial department to track technical or design change and variances.
• Working with the planning department to plan design, installation and T&C works. Provision of accurate assessment on forecast works to complete and provide suitable readjustments to ensure project programme is maintained.
• Ensure design and works comply with VVB/Anthro and client quality management systems

Qualifications

Essential
• Degree in Mechanical or Building Services Engineering
• Engineering Council Registration as Incorporated Engineer
• Registered member of IMechE, IET, CIBSE or other recognised Engineering Council Institutions
• SMSTS, SSSTS or IOSH Managing Safety
• CSCS Card – AQP or PQP min

Desired
• Masters Degree in Mechanical Engineering
• Engineering Council Registration as Chartered Engineer
• Project management qualification, APM, PRINCE 2 or equivalent
• Formal HSE training, NEBOSH Construction Certificate
• DSEAR & ATEX formal training

Technical knowledge 

Essential

• Knowledge of relevant Mechanical and Public Health installations legislation and standards, BIM and design modelling standards and all other associated standards and legislation.
• Knowledge of design processes and associated compliance
  Advanced MS Office skills including Excel
• Utilisation of MS Project or P6
  Working knowledge of the following systems:
• Fire rated ductwork
• Large HVAC systems inc heatpumps
• Staircase Pressurisation Systems
• Smoke Clearance
• Public Health (Potable water, DHW, gravity and pumped drainage, rain water collection etc)
• Knowledge of implications of offsite construction to design.

Desired

• Revit (or equivalent BIM product)
• Utilisation of Mechanical design Packages (HEVACOMP, IES etc)
• Utilisation of pipe stress analysis software (AUTOPipe or CASEAR II)
• Sustainability awareness
• Design using AutoCAD, Microstation or Revit Awareness of DSEAR/ATEX requirements and obligations as designer and installer.
• Awareness of pipe stress and dynamic pipe loads (surge)

Diplôme(s) demandé(s) : Licence / Bachelor

Expérience demandée : Au moins 10 ans

Profil souhaité