Unlock the Power of High-Performance Computing for Breakthrough Discoveries
With a professional background in Computational Chemistry our HPC experts can help you maximise the technology behind the research to drive accelerated innovation through their unrivalled skill of both HPC and scientific computing.
Accelerate Innovation in Chemical Research with HPC Expertise
With our guidance, you can propel your research forward at an unprecedented pace. Harnessing the capabilities of high-performance computing, enables you to run complex simulations and computations with minimal limitations. This opens up new horizons for your research, allowing for greater complexity in calculations and modelling while significantly reducing the time to achieve your goals.
Unlocking New Frontiers in Chemical Research
Physical Simulations and Beyond
Utilise HPC for a wide range of computational tasks, including quantum mechanics, weather forecasting, climate research, oil and gas exploration, and various physical simulations that provide valuable insights into past, present, and future phenomena.
Quantum Chemistry Simulations
Gain deeper understanding of chemical reactions, electronic structures, and molecular properties through faster large-scale simulations.
Drug Discovery & Biomedical Research
Accelerate drug development by simulating potential drug candidates and analysing vast quantities of biomedical data to improve patient outcomes.
Molecular
Dynamics
Track the movement of molecules within materials over time, providing fundamental insights into materials at the atomic level.
Materials Science & Functional Materials
Model and predict properties of materials, leading to the discovery and design of new functional materials with specific functionalities.
Benefits of Utilising HPC in Chemical Research:
Faster Drug Discovery
Reduce the time it takes to identify promising drug candidates through faster simulations and in silico testing.
Increased Research Productivity
Reduce overall research timelines by accelerating data analysis and allowing for more comprehensive simulations.
Improved Reaction Optimisation
Gain deeper understanding of complex chemical reactions with advanced modelling, leading to more efficient and sustainable processes.
Enhanced Material Design
Develop new materials with desired properties by virtually exploring material structures at the atomic level.
Drug Discovery and Biomedical Research
Accelerate drug development and improve patient quality of life by exploring extensive chemical space through simulations of potential drug candidates.
Why Choose Red Oak Consulting for Your Chemical Research Needs?
- Deep Scientific Understanding: Our team boasts PhD-level chemists who understand the specific challenges you face in areas like drug discovery, materials science, and computational chemistry.
- Customised HPC Solutions: We design and implement HPC solutions specifically optimised for your research workflows, accelerating simulations, data analysis, and overall project timelines.
- Advanced Modelling Expertise: Leverage our expertise in molecular dynamics, quantum chemistry, and other advanced modelling techniques to gain deeper insights into complex chemical systems.
- Scalable Infrastructure: As your research needs evolve, your HPC solution can too. We design scalable systems that grow alongside your ambitions, ensuring you have the computational power for future discoveries.
- Unmatched Expertise: Our consultants combine extensive knowledge in both HPC and scientific computing, ensuring optimal application of HPC technology to your specific research needs.
- Faster Solutions: Eliminate research bottlenecks with HPC solutions that enable complex simulations and calculations, leading to quicker insights and accelerated innovation cycles.
- Reduced Complexity Barriers: HPC removes limitations, allowing you to explore greater complexity in models and simulations, ultimately leading to more accurate results.
- Optimised Workflows: Our skilled consultants design, build, and manage your HPC solution to maximise productivity, minimise job queuing, and ensure continuous workload optimisation.
We worked closely with Red Oak during our first steps in our Cloud-HPC journey at Johnson Matthey. Starting from our proof-of concept evaluating the offering of Cloud providers to the Pilot phase and roll-out, Red Oak worked with JM to navigate technical challenges and deliver a solution with Microsoft Azure that now enables our scientist to leverage HPC and simulate sustainable materials for the future.”
Johnson Matthey
Explore Our Range of HPC Consultancy Services
Strategy & Planning
Develop an HPC strategy that meets the current and future
needs of all users and includes securing funding for a sustainable solution.
Procurement
Managing the complex process of HPC technical specifications, as in-depth as required, to deliver the right solution, on time and in budget.
Implementation
Reduce downtime, mitigate risk, improve performance and ensure reliability to enhance business productivity.
Expansion & Optimisation
Understand your workflows, the ratio of computational intensity vs data intensity, test performance, speed, agility, whilst analysing all HPC costs to understand its true value.
Maintenance & Support
Boost productivity with our HPC Cloud Computing services, including expert support, system management and research engineering.
Cloud Consultancy
Understand the value of Cloud computing for both businesses and users through enhanced capability, workload optimisation, and increased productivity.
Related Resources
Manveer - Red Oak Consulting
Owen Thomas - Senior Partner - Red Oak Consulting
Moore’s Law is Rapidly Reaching the End of its Life
But HPC and The Cloud Can Rule On. High-Performance Computing (HPC), while immensely powerful, faces several challenges as it continues
Media Article: Research Fortnight
An exodus of talent to the private sector threatens to undermine research, says Owen Thomas
Certifications
Ready to Propel Your Research Forward?
Contact us today for a free consultation and discover how our expertise can propel your chemical research to groundbreaking new heights.
