AISK provides construction, engineering and retrofit professionals who can work within or alongside client teams where additional capacity, specialist knowledge or stronger delivery leadership is required.
AISK's embedded model is consultancy led. The appointment is structured around the role, responsibilities, reporting arrangements and intended outcomes rather than simply filling a vacancy.
Embedded appointments are currently structured primarily around part time professional support, giving clients consistent access to additional capability without necessarily requiring a full time role.
Support across planning, delivery, contractors, risks, reporting, change, quality, interfaces and close out for a defined project or workstream.
Engineering support for technical review, constructability, requirements, design coordination, technical queries, site interfaces and assurance. Where a specialist engineering discipline is required, AISK can coordinate appropriately competent Associates under a clearly defined arrangement.
Active coordination across PAS 2035 delivery, including risk, whole dwelling strategy, assessment and design interfaces, technical queries, change, evidence and close out.
Coordination of design responsibilities, information requirements, consultant interfaces, reviews, technical submissions, design risk, constructability, change and readiness for construction.
Focused support in areas such as Technical Assurance, Building Physics, CAD & Technical Design, retrofit, requirements, quality and verification.
AISK is an expert led consultancy supported by trusted Associates where a commission requires additional specialist capability. Responsibilities, reporting arrangements and scope boundaries are defined from the outset.
AISK's directors have worked within client side project and design teams, coordinating requirements, designers, contractors, Network Rail and specialist disciplines across complex infrastructure schemes.
AISK has worked alongside retrofit delivery teams to review drawings, resolve technical questions and provide Building Physics input where standard information was not enough to support a decision.
