When standard solutions aren’t enough
At STRIDE, we help you advance far beyond conventional testing and analysis. Our consultancy equips engineering teams to move from reactive, physical testing towards a proactive, digital-first approach that builds internal capability step-by-step.
We support your journey from replicating physical tests in simulation, to exploring ‘what-if’ scenarios, automating simulation with custom code, and applying data science techniques to explore design spaces more thoroughly. Ultimately, we can help unlock the full value of your data and simulation tools through digital twin technology and connected systems.
Leverage our experts in dimensional management to eliminate guesswork and gain control over mechanical variation.
Leverage STRIDE’s CFD specialists to solve complex fluid dynamics challenges across automotive, medical, food, and industrial mixing industries.
Our wastewater consultancy helps utilities, modellers and planners get more value from their network models through expert-led automation, optimisation and data science.
All our engineers are trained in optimisation, coding, and data science. This means we don’t just run simulations. We extract deeper value, accelerate insight, and help you automate and scale what works.
We’re not here to fill resource gaps. We’re here to deliver targeted outcomes. We bring technical depth, solve hard problems, and leave your team stronger.
Whether you’re digitising traditional engineering methods or building towards live, connected digital twins, we work alongside you to develop the tools, processes and strategies that enable long-term change.
We work closely with you to understand your technical challenges, business objectives and success criteria to design a project with clear goals, timelines and budget constraints.
Together, we define boundary conditions, identify tunable input parameters, measurable outputs, and target performance criteria. Using a rigorous, structured proforma, we capture your problem in a format that can be reliably replicated within our modelling environment. This ensures the solution we develop is both accurate and aligned to your real-world challenges.
We follow a rigorous, quality-assured model build process with defined verification steps. Validation against real-world data uses statistical methods to ensure models are not only accurate for a single scenario but robust across real-world variability and uncertainty.
From quick manual what-if studies to automated design space exploration, we can help you understand how design choices influence real-world performance. We don’t just find the best nominal design. We can identify robust solutions that maintain performance across real-world variability. By incorporating cost into the analysis, we can reveal meaningful trade-offs (such as cost vs. performance) that support confident, commercially viable decisions.
We deliver insights in ways that suit your team, from formal reports, presentations and videos, to interactive reporting tools that go beyond static documents. When deeper understanding is required, we equip your engineers to explore the results themselves, ensuring the findings can be applied, reused, and built upon long after the project ends.
We help you make engineering decisions you won’t have to revisit. By focusing on robustness, scalability, and long-term value, our work ensures your solutions continue to perform as your products evolve and your business grows.
Tolerance analysis, fluid dynamics, and particle-based simulation tools that accelerate product innovation and reduce design risk without the need for costly physical prototypes.
Systematic exploration of design and parameter spaces to calibrate models, tune performance, and balance competing objectives such as cost, weight, and efficiency, all within your design constraints.
We specialise in tackling problems no one else has solved, creating custom analysis methods for unique applications where standard approaches fall short.
Advanced hydraulic and hydrological modelling for drainage, flood risk, and water infrastructure planning. Supporting sustainability, resilience, and regulatory compliance through data-driven simulations.
Lubrication and heat transfer for engine and gearbox application, EV Motor cooling, Mixing, Autonomous vehicle dirt occlusion and sensor cleaning, water ingress, chassis tolerance analysis, Multi-disciplinary optimisation.
Biocompatibility analysis, device performance validation, and regulatory support.
Process optimisation, quality improvement, and digital twin development.
Enabling innovation in safety-critical environments through process optimisation, precision quality improvement, digital twin innovation, and cutting-edge moving particle simulation.
Get in touch and start your journey with Stride today.