Location/s: London, Cambridge, Croydon, Brighton, Southampton, Reading, Cardiff, Bristol, Birmingham, Glasgow, Edinburgh, Manchester, Leeds, Newcastle, Inverness; UK
Mott MacDonald is a global engineering, management, and development consultancy with over 20,000 employees across more than 50 countries and 140+ offices.
We work across incredible global industries, delivering exciting work that is defining our future and making an important societal impact in the communities we serve. Our people power our performance - we succeed when they do. With countless opportunities to collaborate, learn, and grow, the possibilities for excellence are as varied as every individual.
Whether you want to grow as a subject matter expert or broaden your experience with roles across our international community, you're surrounded by global specialists who want to combine their expertise and champion you to be your best. As a proudly employee-owned business, we benefit our clients, our communities, and each other, investing in creating the right space for everyone to feel empowered, included, and valued. Whatever your ambition, Mott MacDonald is where people come to be brilliant.
About The Division
The Water Utilities Division is Mott MacDonald's centre of excellence for responding to the UK and Ireland's water and wastewater challenges. The work we do is at the forefront of ensuring safe water supplies for future generations, preventing urban flooding, and improving the health of our rivers and coastal environments. Our multi-disciplinary teams provide a variety of services throughout the full project life cycle, from advisory services and feasibility studies to outline and detailed design. Together, we deliver best-in-class solutions to our clients while offering diverse and technically stimulating opportunities to our people.
Our clients include most UK water utility companies and many other governmental organisations and private companies in the UK and overseas. We cover all phases of the project lifecycle from feasibility studies through detailed design, construction support, and commissioning to handover.
Overview Of The Role
This role will focus on managing multidisciplinary water sector projects across the full project lifecycle, supporting delivery for major UK water company clients during AMP8. The successful candidate will play a key role in delivering projects across areas such as water and wastewater treatment, storm overflows, and wider infrastructure programmes.
We work on a vast range of design projects covering, for example:
- Water treatment
- Water distribution and storage
- Strom Overflow
- SuDS
- Wastewater drainage and recycling
- Desalination
To help us to meet the growing needs of our clients, we have several positions for experienced technical project managers in water and wastewater who will thrive:
- Leading the delivery of projects to time, cost, and quality, ensuring compliance with business management systems
- Managing multidisciplinary teams, coordinating technical specialists across design and delivery stages
- Acting as a key client interface, building strong and trusted relationships
- Identify, manage, and mitigate project risks and opportunities
- Overseeing commercial and contractual aspects including forecasting, programme control, and reporting
- Supporting team development, providing guidance and mentoring to junior staff
This is great opportunity to make a difference. You have the skills, now use them at a company that values a different perspective. Being employee owned means we can choose our own direction and focus on what we believe is important for our clients, our people and the communities where we work and live.
Candidate specification
Essential:
- Degree-qualified in engineering or a related discipline
- Demonstrable project management experience delivering infrastructure projects in the water sector
- Experience managing multidisciplinary teams across project lifecycle stages
- Strong client-facing and stakeholder management skills
- Ability to manage programme, cost, and water and wastewater engineering risks to achieve successful project outcomes
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