The science sector has unique needs when it comes to workspaces, including a focus on employee recruiting and retention.
How can a Flex Tech design help meet growing demand, create operational savings, and enable higher performance for teams? Download our approach to learn more!
Automated elements streamline routine tasks like sample handling and data analysis, freeing up researchers for more complex work.
When creating a new lab environment or updating an existing one, the project must be planned with these tools in mind to be successful. However, the ability to incorporate tools that have not even been invented yet smoothly and effectively into that same lab five years from now is just as essential.
Download our considerations for incorporating automation technologies into an existing lab below!
Clean rooms are highly controlled environments. Whether in a pharmaceutical, biotechnology, electronics, clean manufacturing or a healthcare environment, clean rooms must maintain strict air quality and cleanliness standards. At HED, our integrated architectural, laboratory planning and engineering teams focus on the following critical aspects first to design clean rooms that meet the programmatic goals and compliance needs of our clients. Download our key considerations for successful clean room design below.
Sustainable laboratory design is key to creating scientific spaces that prioritize environmental stewardship, energy efficiency, and occupant well-being.
Put simply, sustainable design is efficient, resilient, and healthier for occupants. As laboratories are known for their intensive resource consumption and potential environmental impacts, designing them with sustainability in mind is crucial for mitigating these effects and promoting a greener future - here's how we at HED approach designing healthy, sustainable, efficient laboratory spaces.