MWH Treatment

  • Rickmansworth WD3, UK
Oct 09, 2024
MWH Treatment Rickmansworth, UK
As MWH Treatment’s service to its client, Thames Water, continues to flourish into AMP8, we are looking to strengthen our Engineering team with a Mechanical Engineer. Based in the Thames Water region (Maple Lodge office), you will report directly to the Regional Discipline Lead (Mechanical). Our challenging programme of work, across a variety of water and wastewater schemes is expected to be in the region of £400M. Offering hybrid working conditions and competitive remuneration packages, at MWH Treatment (part of the RSK group) we strive to create and deliver practical, sustainable outcomes. Our engineers pioneer and perfect demonstrable solutions, whilst the variety and interest in our work provides a platform to allow our people to continue to master their subject and build fruitful and purposeful careers.Key responsibilities will include: Report to Senior Engineer, Principal Engineer, Design Managers, Technical Discipline Lead and Regional Discipline Lead. Produce design layouts...
Oct 09, 2024
MWH Treatment Derby, UK
MWH Treatment is looking to strengthen their Engineering team with a Mechanical Design Engineer for our Severn Trent framework. Based in the Derby Office you will ensure that cost effective, technically compliant and buildable solutions are designed, approved and handed over to the construction teams in line with programme expectations. Are you ready/prepared to run the race? To respond to the growing demand to improve further the water quality in our rivers and bathing waters and to increase potable water capacity, MWH Treatment is courageously preparing to play its part as one of the UK’s leading Design and Build Contractors in the Water Industry. MWH Treatment service to its client, Severn Trent, continues to flourish into AMP8, whether that is to extend Leicester largest sewage treatment works to meet expected growth in the catchment or by delivering cutting edge technology in water treatment to build capacity in the East Grid strategic potable water supply, or by maximising...
Oct 09, 2024
MWH Treatment Coleshill, Birmingham, UK
MWH Treatment is looking to strengthen their Engineering team with a Mechanical Design Engineer for our Severn Trent framework. Based in the Derby Office you will ensure that cost effective, technically compliant and buildable solutions are designed, approved and handed over to the construction teams in line with programme expectations. Are you ready/prepared to run the race? To respond to the growing demand to improve further the water quality in our rivers and bathing waters and to increase potable water capacity, MWH Treatment is courageously preparing to play its part as one of the UK’s leading Design and Build Contractors in the Water Industry. MWH Treatment service to its client, Severn Trent, continues to flourish into AMP8, whether that is to extend Leicester largest sewage treatment works to meet expected growth in the catchment or by delivering cutting edge technology in water treatment to build capacity in the East Grid strategic potable water supply, or by maximising...
Oct 09, 2024
MWH Treatment Peterborough, UK
You will report directly to the Engineering Lead and the responsibilities will include: Produce Outline and Detailed Electrical, Instrumentation, Control and Automation Designs which are cost effective and meet the requirements of the client’s specifications, and which can be purchased, installed and commissioned effectively Production and Checking of all design deliverables including Specifications, Schedules, Drawings and Calculations Ensure designs are completed in accordance with CDM Regulations Ensure that standard designs and design practices are utilised wherever possible Delivering the design stage outputs of each project within the agreed timescale and budget Coordinating design outputs across all technical disciplines Preparing monthly project status reports Establish working relationships with construction staff and supply chain representatives to promote buildability and supply chain efficiency in design outputs