We accelerate your technology development, solving complex engineering problems by applying cutting-edge Multiphysics simulation and validating our models in real life, merging the real and virtual worlds to deliver economic benefit.
WORKING WITH Xi
The Xi team comes from an array of diverse disciplines, but we share one thing in common: a passion for solving complex engineering challenges.
Our advanced Multiphysics computer simulations are validated by physical measurements and data analysis. It’s this merging of the real and the virtual that makes Xi’s cutting-edge simulations among the most accurate in the world.
Xi works with companies of all sizes, across a broad range of industries and market sectors. Every project is different, and we tailor our approach to fit your needs: whether that means focusing on an individual aspect of your project, resolving unforeseen issues or providing holistic support across your entire development journey.
We typically engage with clients in one of three ways:
One-off projects
Access our expertise for diligence, independent assessment, as a resource buffer or just a sanity check.
R&D partner
Remove the need to develop in-house skillsets and avoid unnecessary long-term investment by having us join your R&D team to provide measurement, analysis and simulation.
Journey client
With capital investment, create a ‘Xi inside’ your organization by having us develop your in-house capability for validated advanced simulation or digital twinning.
NEWS
Business Development Consultant
Are you excited by cutting edge technology, a wide variety of projects & clients and want to see how the latest technical advances affect our World? We are looking for a new team player who is passionate about engineering, science and innovation who is process driven with a good understanding of project management to maintain, improve and grow the business development function within Xi.
Seismic imaging techniques adapted to medical ultrasound
Ultrasound imaging is widely used in hospitals to produce pictures of inside a patient’s body. It is commonly used to examine unborn babies in pregnant women and to diagnose ...
Microfluidic Droplet Generation – Finite Element Modelling
There is a growing interest, both in industry and academia, in using microfluidic techniques (e.g., cross-flow, flow focussing, and co-flow) to generate droplets in a controlled manner. Such processes ...
Speech Intelligibility Index (STI) & STIPA | Speech Intelligibility Measurements
What is speech intelligibility, Speech Transmission Index (STI) and STIPA? Why is it important and how is it measured? For Public Address & General Alarm (PAGA), Public ...
Ultrasonic Non-Destructive Testing | Finite Element Modelling
Where is ultrasonic non-destructive testing used? From offshore wind turbines, desalination plants, bridges and rail lines, to boats, aircraft motors, pipelines and our own bodies, maintenance is a (hopefully) ...
Can Santa Visit Edinburgh? Or will the original ‘Windy City’ keep him from landing?
A Detailed Pedestrian Comfort Wind Microclimate Simulation Feasibility Study As the Xi team counts down the days until Christmas, concern was raised at our weekly meeting. “Will ...
Modelling Lithium Ion Batteries
Modelling Lithium Ion Batteries Batteries are extremely complex systems, and because of that there’s always room for improvement. Indeed, that’s why lithium-ion battery research and development is a massive ...
Digital Twin – What is it, how to build it and how to derive value from it?
Digital Twins rely on capturing and processing accurate real-world data by combining it with a virtual model. The three pillars for developing a successful, real-world data-driven, functional digital twin ...
Overcome your Manufacturing and Prototyping Supply Chain Issues with Simulation
Reduce risks related to supply chain shortages using simulation. Model your original design, analyse performance & make more informed business decisions. What Types of projects can be affected by ...
Introduction to Technology Readiness Levels (TRL)
Improving cost-benefit ratio and reducing risk are key aims for a technology developer when working to get a product to market. This is as true of the early stage ...
Virtual prototyping at a time of social distancing
At Xi, we have a lot of experience working remotely on design and engineering projects. Many companies are having to adapt to new work practices after the Covid-19 outbreak. ...
Machine Learning for Real-Time Acoustic Monitoring
Noise Characterization for Science and Engineering Noise Characterization for Science and Engineering Understanding the causes and properties of noise sources is important in a wide variety of fields, ...
What are Nematic Liquid Crystals? A Brief History and Applications
Most people have, at some stage, been taught that matter exists in one of three states: solids, liquids, and gases. This rather simplified system of classification of matter has been ...
Engineering on Christmas films: Xi’s top 5 picks!
We hope everyone is staying safe and getting into the Christmas spirit. We hope in the festive period you will manage to reflect, recharge and get ready for a healthy and prosperous 2022. Following on from our debate about Xi’s top engineering films, the team has debated (again) our top 5 Christmas films, but, this time we dig even deeper into the engineering aspect of them.
Auditory localization and binaural audio
Auditory localisation and binaural audio The term localisation refers to the ability of humans to determine the location of the source of sound that they hear. Humans achieve this ...
Innovation through digital twin technology
Innovation has always been difficult. It takes time, and, historically, expensive trial and error. Sir James Dyson is renowned for his perseverance in his quest to develop a bag-fee ...
Using Hydrogen to continue to push the boundaries of sustainable energy supply
We as humans require energy, to power our homes, cars, phones and all of the other fantastic technological innovations that continue to change and benefit our lives. But we can’t ...
Modelling wind turbine acoustics: challenges with simulating noise from large objects
A critical part of wind turbine design is making them as quiet as possible, as noise can affect people living close to wind farms. Modelling the acoustic design of wind ...
What is Sound Pressure Level? Frequency weighting, time weighting and loudness
Sound Pressure Level is a quantity used to represent the amplitude of sound, but the perception of loudness does not necessarily directly depend on Sound Pressure Level. It is ...
The importance of Building vibration in Clean Room & Laboratory Design
With the ever-increasing demand for small and precise technology and equipment for both consumer and scientific use (such as nanotechnology), there is a growing need for clean rooms and ...
Connecting Shetland: Environmental Impact of the Shetland HVDC Link
We are leading experts in underwater noise modelling. An expert group of multidisciplinary engineers and scientists, Our team has worked on a wide range of underwater modelling projects with a variety of stakeholders such as regulatory bodies, developers and manufacturers. Xi has successfully collaborated with the Scottish Association of Marine Science (SAMS) on previous projects and has been able to strengthen and deepen its offering by partnering with these organizations and drawing on their significant expertise.
Xi’s acoustic testing process – Complete solutions for noise & vibration
Xi’s team has vast experience in an extensive range of sectors, measuring, diagnosing, and solving our clients’ noise and vibration concerns. Xi provides a complete solution, going further than ...
Mitigating Tonal Noise from Wind Turbines – Up to 15 dB Reduction in Tonal Noise in 3 stages
Tonal noise produced by wind turbines is a serious and often complex issue which can be particularly vexatious to residential communities. Tonal noise emissions are subject to strong regulatory penalties ...
Weird (Sound) Science? A look into our top 3 creepy sounds
Here at Xi, we are both personally and professionally passionate and curious about interesting and challenging questions. This often leads to very entertaining conversations about all things weird and ...
Why sampling frequency matters – how to avoid audio aliasing
Audio Aliasing is an effect which occurs when converting an analogue signal into a digital one with an insufficient sampling frequency. The result of this effect is that the ...
Don’t know how to progress in innovation? Here’s how to get with the programme: Simulation
The future of innovation is using simulation tools like a master craftsperson and harnessing the power of the transistor to reduce the time taken for the 99% perspiration and allow more time for genius. The future of innovation is harnessing simulation and if you haven’t already – let Xi help you get with the programme.
Top engineering films to watch during lock-down (The Final List)
We hope everyone is staying safe and that the coronavirus pandemic ends soon. For those climbing the walls in lockdown, after lots of online debate between the team, we ...
UK government lifts subsidy ban on onshore wind farms: what does this mean to you and me?
We were pleased to hear that we are back on track to reduce our dependence on fossil fuels. Last week the government reversed the 2015 effective ban, allowing onshore ...
Business Development Consultant
Are you excited by cutting edge technology, a wide variety of projects & clients and want to see how the latest technical advances affect our World? We are looking for a new team player who is passionate about engineering, science and innovation who is process driven with a good understanding of project management to maintain, improve and grow the business development function within Xi.
Seismic imaging techniques adapted to medical ultrasound
Ultrasound imaging is widely used in hospitals to produce pictures of inside a patient’s body. It is commonly used to examine unborn babies in pregnant women and to diagnose ...
Microfluidic Droplet Generation – Finite Element Modelling
There is a growing interest, both in industry and academia, in using microfluidic techniques (e.g., cross-flow, flow focussing, and co-flow) to generate droplets in a controlled manner. Such processes ...
Speech Intelligibility Index (STI) & STIPA | Speech Intelligibility Measurements
What is speech intelligibility, Speech Transmission Index (STI) and STIPA? Why is it important and how is it measured? For Public Address & General Alarm (PAGA), Public ...
Ultrasonic Non-Destructive Testing | Finite Element Modelling
Where is ultrasonic non-destructive testing used? From offshore wind turbines, desalination plants, bridges and rail lines, to boats, aircraft motors, pipelines and our own bodies, maintenance is a (hopefully) ...
Can Santa Visit Edinburgh? Or will the original ‘Windy City’ keep him from landing?
A Detailed Pedestrian Comfort Wind Microclimate Simulation Feasibility Study As the Xi team counts down the days until Christmas, concern was raised at our weekly meeting. “Will ...
Modelling Lithium Ion Batteries
Modelling Lithium Ion Batteries Batteries are extremely complex systems, and because of that there’s always room for improvement. Indeed, that’s why lithium-ion battery research and development is a massive ...
Digital Twin – What is it, how to build it and how to derive value from it?
Digital Twins rely on capturing and processing accurate real-world data by combining it with a virtual model. The three pillars for developing a successful, real-world data-driven, functional digital twin ...
Overcome your Manufacturing and Prototyping Supply Chain Issues with Simulation
Reduce risks related to supply chain shortages using simulation. Model your original design, analyse performance & make more informed business decisions. What Types of projects can be affected by ...
Introduction to Technology Readiness Levels (TRL)
Improving cost-benefit ratio and reducing risk are key aims for a technology developer when working to get a product to market. This is as true of the early stage ...
Virtual prototyping at a time of social distancing
At Xi, we have a lot of experience working remotely on design and engineering projects. Many companies are having to adapt to new work practices after the Covid-19 outbreak. ...
Machine Learning for Real-Time Acoustic Monitoring
Noise Characterization for Science and Engineering Noise Characterization for Science and Engineering Understanding the causes and properties of noise sources is important in a wide variety of fields, ...
What are Nematic Liquid Crystals? A Brief History and Applications
Most people have, at some stage, been taught that matter exists in one of three states: solids, liquids, and gases. This rather simplified system of classification of matter has been ...
Engineering on Christmas films: Xi’s top 5 picks!
We hope everyone is staying safe and getting into the Christmas spirit. We hope in the festive period you will manage to reflect, recharge and get ready for a healthy and prosperous 2022. Following on from our debate about Xi’s top engineering films, the team has debated (again) our top 5 Christmas films, but, this time we dig even deeper into the engineering aspect of them.
Auditory localization and binaural audio
Auditory localisation and binaural audio The term localisation refers to the ability of humans to determine the location of the source of sound that they hear. Humans achieve this ...
Innovation through digital twin technology
Innovation has always been difficult. It takes time, and, historically, expensive trial and error. Sir James Dyson is renowned for his perseverance in his quest to develop a bag-fee ...
Using Hydrogen to continue to push the boundaries of sustainable energy supply
We as humans require energy, to power our homes, cars, phones and all of the other fantastic technological innovations that continue to change and benefit our lives. But we can’t ...
Modelling wind turbine acoustics: challenges with simulating noise from large objects
A critical part of wind turbine design is making them as quiet as possible, as noise can affect people living close to wind farms. Modelling the acoustic design of wind ...
What is Sound Pressure Level? Frequency weighting, time weighting and loudness
Sound Pressure Level is a quantity used to represent the amplitude of sound, but the perception of loudness does not necessarily directly depend on Sound Pressure Level. It is ...
The importance of Building vibration in Clean Room & Laboratory Design
With the ever-increasing demand for small and precise technology and equipment for both consumer and scientific use (such as nanotechnology), there is a growing need for clean rooms and ...
Connecting Shetland: Environmental Impact of the Shetland HVDC Link
We are leading experts in underwater noise modelling. An expert group of multidisciplinary engineers and scientists, Our team has worked on a wide range of underwater modelling projects with a variety of stakeholders such as regulatory bodies, developers and manufacturers. Xi has successfully collaborated with the Scottish Association of Marine Science (SAMS) on previous projects and has been able to strengthen and deepen its offering by partnering with these organizations and drawing on their significant expertise.
Xi’s acoustic testing process – Complete solutions for noise & vibration
Xi’s team has vast experience in an extensive range of sectors, measuring, diagnosing, and solving our clients’ noise and vibration concerns. Xi provides a complete solution, going further than ...
Mitigating Tonal Noise from Wind Turbines – Up to 15 dB Reduction in Tonal Noise in 3 stages
Tonal noise produced by wind turbines is a serious and often complex issue which can be particularly vexatious to residential communities. Tonal noise emissions are subject to strong regulatory penalties ...
Weird (Sound) Science? A look into our top 3 creepy sounds
Here at Xi, we are both personally and professionally passionate and curious about interesting and challenging questions. This often leads to very entertaining conversations about all things weird and ...
Why sampling frequency matters – how to avoid audio aliasing
Audio Aliasing is an effect which occurs when converting an analogue signal into a digital one with an insufficient sampling frequency. The result of this effect is that the ...
Don’t know how to progress in innovation? Here’s how to get with the programme: Simulation
The future of innovation is using simulation tools like a master craftsperson and harnessing the power of the transistor to reduce the time taken for the 99% perspiration and allow more time for genius. The future of innovation is harnessing simulation and if you haven’t already – let Xi help you get with the programme.
Top engineering films to watch during lock-down (The Final List)
We hope everyone is staying safe and that the coronavirus pandemic ends soon. For those climbing the walls in lockdown, after lots of online debate between the team, we ...
UK government lifts subsidy ban on onshore wind farms: what does this mean to you and me?
We were pleased to hear that we are back on track to reduce our dependence on fossil fuels. Last week the government reversed the 2015 effective ban, allowing onshore ...
Case Study
Modelling Modular Microfluidic Printing Systems for Biological Assay Applications
Xi worked collaboratively with Arrayjet as an R&D partner to develop models in COMSOL Multiphysics using the Solid Mechanics and Computational Fluid Dynamics Modules to better understand microfluidic gasket sealing and fluid flow between the aspirator and printhead modules.
Case Study
Modelling Modular Microfluidic Printing Systems for Biological Assay Applications
