RUTLAND COURT
RUTLAND COURT
Architect: DTA
Structural Engineer: Melllss LLP
Construction Cost: £2.5m
M&E Consultant: Hira & Khalique
Main Contractor: SrayMax Construction
Services Provided: Central Heating & Hot Water Plant Room, Central Hot & Cold Water Distribution, Space Heating, Ventilation, Above Ground Drainage, Electrical Load Assessment, Power Distribution, Fire & Security, Mechanical Control Panel, IT, Access Control System, Utilities Compliance, Building Control Approval
Description: Listed building converted into luxury 1 bed 11 rooms hotel in Marylebone.
Architect: DTA
Structural Engineer: Melllss LLP
Construction Cost: £2.5m
M&E Consultant: Hira & Khalique
Main Contractor: SrayMax Construction
Services Provided: Central Heating & Hot Water Plant Room, Central Hot & Cold Water Distribution, Space Heating, Ventilation, Above Ground Drainage, Electrical Load Assessment, Power Distribution, Fire & Security, Mechanical Control Panel, IT, Access Control System, Utilities Compliance, Building Control Approval
Description: Listed building converted into luxury 1 bed 11 rooms hotel in Marylebone.
Hotel & Leisure
WHAT
WHAT
Hotel & Leisure
WHERE
Knightsbridge, London
Knightsbridge, London
WHERE
WHEN
March 2017
WHEN
March 2017
Who we are:
A multi-role design practice of chartered mechanical, electrical and public health engineers that are constantly on par with large organizations due to well-rounded academic knowledge and technical expertise.
Founded in 2014, originally with the concept of 'sustainability and architecture', Hira & Khalique quickly transcended into one of the strong mechanical, electrical, and public health 'medium-size' consultancies in the United Kingdom. This remarkable journey was brought about by the strong determination and strategic vision of ‘top-notch’ team who understood the weight of mechanical and electrical design.
We stand out in a complex market by combining years of collective experience, rigorous in-house research, and a commitment to continuous improvement—giving us an unequalled depth of technical expertise.
We have extensive expertise in mechanical, electrical and public health design, with specialist capability in the engineering of complex MEP systems, large-scale mechanical and electrical plantrooms, low-carbon energy networks, and automated control strategies.
Continuous Learning & Development:
We foster a culture of continuous learning, research and structured development enabling our engineers to build deeper technical expertise.
We place strong emphasis on the technical knowledge and the continuous strengthening of core competencies. Our staff is encouraged to take on the increasingly complex technical challenges, develop greater autonomy in their work, and build the specialist knowledge to progress into next level.
Our in-house research and training programme provides a structured framework to develop advanced design methodologies, problem solving skills, improved workflow processes, and continuous research into the use of artificial or super intelligence (AI~SI) in engineering systems.
By progressively introducing these technologies, we are preparing our team with the modern tools and engineering processes that are required to meet the demands of the future, and develop a future-focused skills within a rapidly evolving industry
Environmental & Sustainability Policy:
We are committed to implementing national environmental and sustainability policies at every level of our work.
Our engineering designs incorporate environmentally responsible products and solutions, while we minimise energy consumption through the application of the highest engineering standards.
We actively encourage our employees to identify and propose innovative approaches that enhance environmental performance, and support our ability to meet both current and future requirements.