Construction projects rarely run into difficulty because teams lack expertise. More often, problems arise because that expertise enters the conversation too late.
For clients planning a new building or major refurbishment, uncertainty is inevitable. Requirements evolve, technical constraints emerge and future occupants’ needs become clearer. Decisions made in isolation can also create consequences elsewhere.
A late building services requirement may force design changes, while installation challenges can disrupt the programme. Workplace and occupation decisions can affect testing, commissioning and handover. Early collaboration helps teams identify these dependencies before risk becomes embedded.
Bringing manufacturing and engineering into the conversation earlier
Bringing construction, manufacturing, engineering and fit out expertise together from the outset allows proposals to be tested against how a building will be delivered, operated and occupied. However, assembling specialists is not enough. Value comes from sharing information, challenging assumptions and turning collective knowledge into coordinated action.
Every project is shaped by its location, users and operating environment. On the South Coast, work is frequently delivered in live schools, universities, offices and public buildings, where estate improvements must continue alongside day-to-day operations.
Our relationship with the University of Southampton demonstrates the value of understanding this context. Work developing the university’s Boldrewood Campus and the Jubilee Sports Centre extension has supported evolving research, education and wellbeing requirements.
At the University of Portsmouth’s live campus, early engagement was central to delivering the Ravelin Sports Centre, a state-of-the-art facility shaped around the needs of students and individual sports departments. Bringing stakeholders into the conversation early helped the team coordinate complex requirements while maintaining campus operations. SES supported the award-winning, energy-efficient design through offsite manufacture, improving quality and reducing onsite activity.
Connecting design with practical delivery
Engineering input is equally important. Mechanical, electrical and plumbing systems determine how a building performs, yet they can be treated as a later design consideration. Earlier involvement connects design ambitions with installation, commissioning, operation and maintenance. It identifies service-space needs, access constraints and decisions that may affect long-term performance.
It also creates opportunities for offsite manufacture. Through SES Manufacturing, assemblies can be produced in controlled factory conditions before reaching site, reducing complex onsite activity and helping address labour, access and installation constraints. This approach must be planned early so designs, interfaces and logistics support manufacture.
Success also depends on planning for occupation, not simply practical completion. Workplace layouts, furniture, technology and operational needs can influence services design, while testing, fit out and handover must align with the intended occupation date. Considering these requirements earlier creates a clearer route from brief to functioning building.
Integration must lead to action
For Wates, bringing construction, SES engineering and fit out expertise together on the South Coast supports this connected approach. Integration matters only when it improves the timing and quality of decisions. Clients should expect teams to identify dependencies sooner, provide clearer information and take collective responsibility for resolving issues.
