Scientific research is the pivot around which many sectors today revolve – the health sector is one of them. Without basic and applied research about the chemical action of active ingredients, the nature of antibodies and antigens, novel delivery mechanisms, and more, modern medicine would not be as life-changing as it is today. Smallpox may never have been eradicated. We may still have been in the grips of a once-in-a-lifetime pandemic.
Meanwhile, laboratories are the pivot on which scientific research is centred. Laboratories are often the birthplace of scientific advances and biomedical innovations. They have been fixtures in the scientific world for decades. At the same time, they have also undergone radical transformations over time.
Today, cutting-edge laboratories are no longer characterised by rows of benches, fixed workstations, immovable machinery, or inflexible design. As the complexity and dynamism of scientific research have levelled up, so have the design, layout, and construction of lab spaces. In keeping with the advancements of today, laboratories have increasingly become tech-driven environments, home to sophisticated equipment, computational and data management systems, new working methodologies, and higher safety standards.
This isn’t the final metamorphosis for laboratories. As science advances, business demands evolve, and the health and climatic landscapes shift, labs will have to adapt to the changing conditions. In the process of change, there will be challenges. To tackle these challenges and future-proof your lab, you need a plan.
Challenges in growing your laboratory spaces
Whether you’re setting up a lab from scratch or scaling up an already operational one, there will be several hurdles stacked up between you and success. Like with most other businesses or projects, you will face challenges related to funding, space, personnel, equipment, and beyond.
When it comes to labs for health, pharmaceutical, or medical technology research, the challenge is even greater. The innovations that emerge from such research are most often intended for use in human beings. This means that the safety standards and regulatory frameworks are extremely stringent.
To ensure compliance and the safety of end-users and lab personnel, it is imperative that you conduct a risk assessment. This will help you to identify potential hazards. It will also help you to minimise their risk by giving adequate thought to safety equipment, ventilation and fume hood systems, chemical storage practices, safety training for personnel, detailed record keeping, and regulatory compliance.
Failing to prepare…
… is preparing to fail. The lab that you set up today is an investment. If it’s a smart investment, it will serve you for decades, adapting effectively to changes in science, technology, equipment, research needs, work culture, personnel requirements, and environmental demands.
As you embark on your setup or expansion journey, you should ensure that you are planning to meet not only immediate but also long-term needs. This calls for a lab planning strategy which takes into account current and future needs. Here are the key elements of a comprehensive lab plan:
Needs assessment. The first step in lab planning is always to craft a list of research needs that you aim to meet. These should ideally extend beyond just your first major experiment or trial. Your current needs combined with your projected expansion plans will influence your decisions regarding lab layout, capacity, flexibility, equipment, personnel, and more.
Physical infrastructure. Space, equipment, and utilities like electrical and data cabling, and gas and water supply are crucial elements of your lab. You must determine your equipment needs for current and future research, ensuring that existing equipment is flexible and adaptable to changing project requirements. You must ensure that you plan for infrastructural support systems like HVAC, ventilation, electricity, gas, and water supply to support the use of current and future equipment. And you must ensure that your lab has the space and flexibility to accommodate all these requirements, today and in the years to come. Modular lab design is an efficient way to achieve this.
Compliance. Meeting regulatory and industry standards is a matter of not only compliance but also safety. You must plan for compliance with regulatory standards, implement safety features, and leave room to accommodate any regulatory changes that may arise in the future.
Budgeting. At the end of the day, a well-planned lab will never materialise if it is not backed by a realistic budget. When creating a project plan and crafting a budget, estimate costs for infrastructure, equipment, construction, and personnel. To ensure the long-term sustainability of your lab, you should also develop a project management plan with estimated investments needed for future growth.
Future-proof your lab: Emerging trends in lab design
As pharmaceutical and medtech research evolves, lab design must keep up to support the research community.
Conventional lab layouts are becoming redundant as they don’t allow researchers to adapt to dynamic circumstances or make way for emerging technologies. To build a lab for the future, you must avoid poor resource allocation, inflexible layouts, fixed plumbing and utilities, and cost-intensive traditional construction. Adopting such efficiencies early on in your lab building process can help you save time, costs and operational hiccups in the long term, especially as you adapt to the dynamic research landscape.
Here are some of the key trends you should keep in mind to future-proof your lab:
Flexibility. Modern labs must have flexible designs to adapt to dynamic research needs. This can be achieved through prefabricated construction, modular furniture, open floor plans, adaptable workstations, modular storage spaces, demountable partitions, mobile benches, and other such design elements.
Data and tech integration. As your lab expands and upgrades, you will most likely have to integrate new technologies into existing systems. Your lab plan should prepare you to incorporate new equipment, smart lab solutions and data analytics tools through integration points for lab instruments, data ports, and tech-friendly spaces. As sophisticated data management systems become commonplace, you should designate spaces for secure server rooms, workstations for computational work, and other physical infrastructure to seamlessly integrate digital tools.
Sustainability. Green building design is critical in a world hit hard by climate change. The labs of tomorrow will be engineered using green design principles. Think sustainable construction materials, water conservation systems, energy-efficient lighting and HVAC, passive solar design, natural ventilation, recycling stations and more.
Culture. The labs of tomorrow will increasingly prioritise collaboration. This means that your lab design should include communal areas, meeting areas located close to the lab, shared instrumentation spaces, and other design features which promote interdisciplinary interactions and collaborative work. Worker well-being will also be crucial to your organisation – so you should design lab spaces for the physical and psychological comfort of your personnel.
Safety. Biosafety is a crucial part of your laboratory operations. The biosafety level you need to meet will sometimes require specific design considerations to protect your personnel and the community around your facility from chemical and biological threats. Consequently, the biosafety level will affect your lab layout, placement of containment areas, waste disposal facilities, ventilation, and other such standards.
As you develop a strategy for potential lab growth and expansion, PodTech™’s expertise can help you to future-proof your facility. Robust air quality management systems provide controlled cleanroom environments and ensure product integrity. Biosafety level 3 ensures the safety of your personnel. Our flexible and mobile labs give you unparalleled agility in meeting evolving research needs. Our sustainable approach to construction guarantees longevity. Our use of prefabrication cuts down the time it takes for your lab to become operational. In short, PodTech™ can make your dream of a future-proof lab a reality.