Balfour Beatty has joined the High Speed Rail Group (HSRG), adding one of the UK’s largest design-and-build contractors to an organisation that advocates for high-speed rail policy and delivery across schemes such as HS2 and Northern Powerhouse Rail. The move brings Tier 1 experience in complex rail civils, including bored tunnels, long-span viaducts and high-speed trackbed formation, directly into HSRG’s technical and policy work. For geotechnical and civil engineers, this signals closer contractor input into standards, constructability, and value engineering on future high-speed corridors.

Scotland will not support new nuclear projects, with ministers rejecting small modular reactors and fusion as “unproven” and “experimental” and instead prioritising capital for onshore and offshore wind, solar and marine renewables. The policy stance signals future grid and civil works centred on high-penetration variable generation, storage and transmission upgrades rather than nuclear-grade foundations, containment structures and cooling water infrastructure. Developers can expect planning and funding levers to favour large offshore wind arrays, repowering of existing wind farms and associated port, cable route and substation construction.

Key stakeholders have met in London to progress BS 8544, a proposed British Standard code of practice for life cycle costing (LCC) of buildings and construction assets. The code aims to standardise how designers, asset managers and clients calculate whole-life costs across capital expenditure, operation, maintenance and end-of-life, moving beyond simple lowest-capex selection. For geotechnical and civil practitioners, this signals future procurement and design decisions being benchmarked on consistent LCC methodologies, affecting choices on ground improvement, durability specifications, and maintenance-intensive versus higher-capital solutions.