Robinson and Hardaker are Mechanical, Electrical, and Sustainability Design Consultants providing specialist expertise in building design and construction. We play a crucial role in ensuring that buildings are efficient, safe and sustainable. We work closely with architects, engineers and project managers to identify and implement energy efficient solutions, optimising mechanical and electrical systems and incorporating sustainable practices into building designs. By combining our technical knowledge with a commitment to sustainability we are able to contribute to the creation of efficient and sustainable buildings that minimise environmental impacts.
By forming close relationships with our clients, we provide a highly personalised service to assist our clients’ in achieving their requirements and vision. Our wide range of sustainability services in the M&E sector ensures we deliver comprehensive support to meet our clients’ needs. We pride ourselves on offering a high level of personalised attention. Our team brings a wealth of experience, technical skills, and strong resource management to every project. We approach each consultancy project with an open mind, fostering an environment for innovative design.
Our Vision
Robinson and Hardaker envisions a future where engineering excellence seamlessly integrates with sustainable practices, driving innovation towards a harmonious coexistence with our planet. Committed to pioneering solutions that transcend industry standards, we aspire to lead the way in creating a world where cutting-edge engineering not only meets the needs of the present but also preserves the vitality of future generations. Our vision is rooted in a steadfast dedication to environmental responsibility, pushing boundaries to forge a path towards a more sustainable and resilient future. Through a relentless pursuit of excellence in engineering, we aim to inspire transformative change, setting new benchmarks that redefine what is possible in the intersection of technology, sustainability, and progress.