Industry Insight

Spacious, modern laboratory with clean white walls, large central workstations, black cabinetry, and ceiling-mounted ventilation units.

26 August 2025

Best Practices for Creating a Laboratory Plan

Beyond placing benches and equipment in a room, creating a modern lab means designing a space that promotes safety, innovation, adaptability, and wellbeing. Whether for academic research, diagnostics, or commercial development, the right laboratory plan sets the foundation for long-term success.

Cleanroom laboratory with two technicians in protective clothing working under bright lighting, surrounded by lab equipment and overhead exhaust systems.

Defining Objectives and Requirements

Every effective plan begins with a deep understanding of what the lab is meant to achieve. Only then can the design reflect its mission.

1. Identifying primary research and operational needs

Establish what the lab will be used for. Is it focused on chemical testing, biomedical research, or electronics prototyping? Each function demands different infrastructure, from cleanroom facilities to gas lines or high-voltage outlets. Get clear on workflows, daily routines, and technical demands from the start.

2. Planning for future scalability and adaptability

A lab that meets today’s needs but can’t grow will quickly become a limitation. Therefore, you should design with future expansion in mind. Think plug-and-play utilities, modular benches, and spaces that can transition from wet to dry labs if needed.

3. Consulting with stakeholders

Don’t design in isolation. Early input from researchers, technicians, maintenance teams, and even IT staff can help avoid costly revisions later. Gather insights from those who will use the lab every day to ensure the final design is practical and future-proof.

A clean, white corridor extends with closed black doors and windows lining the walls, under fluorescent ceiling lights, leading to double glass doors at the end.

Space Optimisation and Layout Efficiency

A smart layout balances workflow, accessibility, and safety. Every inch must serve a purpose.

1. Zoning strategies for workflow efficiency and safety

Create dedicated zones for tasks such as sample prep, analysis, storage, and write-up. Position equipment and stations to support logical, linear movement through the space to minimise cross-contamination and delays.

2. Balancing open-plan vs. compartmentalised lab spaces

Open labs encourage collaboration and flexibility but can be noisy or less secure for sensitive work. Compartmentalised spaces provide control and containment. Often, a hybrid model works best, with open areas for general tasks and enclosed rooms for specialised procedures.

3. Storage solutions to maximise space

Under-bench storage, vertical shelving, and wall-mounted cabinetry keep worktops clear and tools close. Avoid the trap of cramming in more storage than needed. Instead, you should prioritise ease of access and logical organisation.

4. Ensuring clear pathways

Corridors and work aisles must be wide enough to allow safe, unimpeded movement, even when trolleys or large equipment are in use. Emergency exits, safety showers, and fire extinguishers should always be clearly accessible.

clean, well-lit laboratory with white and gray furniture and a sink

Compliance and Safety Considerations

Health and safety isn’t just a tick-box exercise. It’s integral to effective lab planning. Remember, ignoring regulations can result in serious legal, ethical, and operational consequences.

1. Adhering to health and safety regulations

Follow UK regulations, including those set by the Health and Safety Executive (HSE), Building Regulations, and COSHH (Control of Substances Hazardous to Health). These dictate everything from ventilation rates to emergency provisions.

2. Designing for proper ventilation and fume extraction

Adequate air exchange is critical. Depending on the type of work, this might mean fume cupboards, laminar flow hoods, or entire HVAC systems built for chemical or biological containment. Always factor in service routes for maintenance.

3. Fire safety measures

Install fire-resistant materials, smoke detectors, automatic alarms, and clearly marked escape routes. There should be compliant cabinets for flammables, and ensure that the extinguishers are suitable for chemical fires.

4. Accessibility and ergonomic considerations for diverse staff needs

Plan for inclusion. That means adjustable benches, wheelchair-friendly routes, and height-accessible controls. Ergonomics also matters as comfortable, injury-free working positions are essential for long-term productivity.

Sustainability and Energy Efficiency

Lab buildings are energy-intensive, but they don’t have to be wasteful. With a laboratory plan, you can drastically cut emissions and operational costs.

1. Implementing energy-efficient lighting, HVAC, and equipment

Use LED lighting with occupancy sensors, high-efficiency HVAC systems, and Energy Star-rated appliances where possible. Select low-power fume hoods or install variable airflow systems to match demand.

2. Using sustainable building materials and waste reduction strategies

Opt for recycled or low-VOC materials during construction. Design spaces that make waste sorting and reduction easy, such as designated areas for chemical return and recycling.

3. Water conservation and chemical recycling initiatives

Include low-flow taps, greywater systems, and chemical recycling units. These reduce waste and cut utility bills, while aligning your lab with circular economy principles.

Clean and modern laboratory room with white walls, long countertops, overhead ventilation hood, office chairs, and bright ceiling lights

Project Focus: Sherlock BioSciences

Project Focus: Sherlock BioSciencesaAt COEL, we collaborated with Sherlock BioSciences to transform a former warehouse into a high-performance laboratory and office environment that supports cutting-edge diagnostic development. Our laboratory planning approach enabled the creation of ISO 8 clean rooms, R&D and QC labs, and adaptable workspace, all within a technically complex structure. The design balanced scientific precision with a people-focused ethos, incorporating natural light, biophilic elements, and agile work zones to attract top talent and support flexible growth.

Enhancing Researcher Wellbeing and Productivity

At COEL, we believe that a lab should support the people who use it, not just the science. Well-designed environments help enhance focus, reduce burnout, and attract top talent.

1. Ergonomic workstations to reduce fatigue and improve comfort

Height-adjustable benches, anti-fatigue mats, and appropriate seating make long hours at the bench or screen more manageable. Good posture isn’t just nice to have. It’s a health requirement.

2. Acoustic design to minimise noise pollution in high-activity labs

Hard surfaces amplify sound. Consider acoustic panels, sound-absorbing flooring, and partitioning to reduce distractions and stress in busy labs.

3. Natural lighting and biophilic elements for mental and physical wellbeing

Where possible, bring in natural light. Add plants or green views to reduce stress and promote calm. These touches improve your team’s mood and cognitive performance.

4. Dedicated breakout areas for relaxation and collaboration

A space away from the bench encourages informal discussion, creative thinking, and stress relief. Provide a mix of quiet zones and social corners to suit different needs.

A bright, contemporary office space features a white reception desk with a blue chair, a glass-walled office area, and a kitchen/break area with dark cabinetry, light wooden tables, and blue bar stools. Natural light streams in from large windows on the right, offering a glimpse of greenery outside.

Future-Proofing Through Modular Design

Science evolves fast; your lab should keep up. Flexibility in laboratory planning and design ensures labs can pivot with changing research priorities and technologies.

1. Flexible infrastructure to accommodate evolving research needs

Use ceiling grids, raised floors, and adaptable utility connections to support fast changes in layout or equipment. Avoid fixed casework where mobile options would suffice.

2. Mobile furniture and adaptable storage for easy reconfiguration

Trolleys, mobile workbenches, and modular shelving make it easier to reconfigure the lab as teams and projects change. This promotes and supports agile research environments.

3. Scalable IT and power systems to support technological advancements

As part of your laboratory plan, ensure that you account for high data throughput, smart systems, and increasing demand for cloud-connected equipment. Install cable trays, extra sockets, and flexible networking solutions from the outset.

Always Remember the Importance of Lab Planning

A modern lab must strike the right balance between function, safety, sustainability, and adaptability. By involving the right people, thinking long-term, and prioritising both science and wellbeing, you can design a modern laboratory that’s not only fit for purpose but also ready for the future.

How can we help?

At COEL, we specialise in laboratory planning and design that balances scientific precision with human-centred spaces. Whether you’re upgrading existing facilities or converting industrial units into cutting-edge labs, our team delivers tailored solutions that support innovation, compliance, and future growth. Get in touch today and let’s build a lab that works as hard as your science!

 

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