Mathematical Modelling Software Engineer required to work on the maintenance and development of Industrial Process Models used to simulate materials processing and industrial production processes.
The right candidate will have a strong grasp of physics and engineering principles with graduate, post graduate and possibly research qualifications in Computer Science, Engineering, Physics or similar with exposure to industrial mathematical modelling. You must also have fluent programming skills in C++ or C#.
The ideal candidate will also have
Visual Studio and Git experience
Software development coding standards, procedures and best practice.
Mathematical modelling experience of physical systems.
Responsibilities
Maintain and develop process models, code core model and user interfaces using process data to calibrate against real-world situations.
Improve the model???s efficiency and usability both internally and for customer use.
Develop the skills and domain knowledge required to apply your models to real-world problems in collaboration with process engineers, consultants and other specialist experts.
If you are interested in physics-based computer software simulation then you will be amongst like minded individuals working alongside other modellers and engineers as part of fist class numerical real world software development team.....Read more...
Mathematical Modelling Software Engineer required to work on the maintenance and development of Industrial Process Models used to simulate materials processing and industrial production processes.
The right candidate will have a strong grasp of physics and engineering principles with graduate, post graduate and possibly research qualifications in Computer Science, Engineering, Physics or similar with exposure to industrial mathematical modelling. You must also have fluent programming skills in C++ or C#.
The ideal candidate will also have
Visual Studio and Git experience
Software development coding standards, procedures and best practice.
Mathematical modelling experience of physical systems.
Responsibilities
Maintain and develop process models, code core model and user interfaces using process data to calibrate against real-world situations.
Improve the model???s efficiency and usability both internally and for customer use.
Develop the skills and domain knowledge required to apply your models to real-world problems in collaboration with process engineers, consultants and other specialist experts.
If you are interested in physics-based computer software simulation then you will be amongst like minded individuals working alongside other modellers and engineers as part of fist class numerical real world software development team.....Read more...
A software developer required to work on 3D modelling of complex real-world systems and scientific user workflows across the full Software Development lifecycle
Key skills
Ability to solve complex mathematical or scientific problems
Mathematical modeling
C++ or Python / replate programming language
Object Oriented Design
Good communication skills
High Performance Computing and Parallel programming
Cross-platform development (Linux and Windows)
You will join a team of experts applying disruptive cutting-edge technologies such as Internet of things (IoT) user experience (UX), data analytics, and web and mobile front-end development to computer science, engineering and mathematical problems.....Read more...
A software developer required to work on 3D modelling of complex real-world systems and scientific user workflows across the full Software Development lifecycle
Key skills
Ability to solve complex mathematical or scientific problems
Mathematical modeling
C++ or Python / replate programming language
Object Oriented Design
Good communication skills
High Performance Computing and Parallel programming
Cross-platform development (Linux and Windows)
You will join a team of experts applying disruptive cutting-edge technologies such as Internet of things (IoT) user experience (UX), data analytics, and web and mobile front-end development to computer science, engineering and mathematical problems.....Read more...
Passionate about Mathematical Modeling and C++ development? My client is looking for experienced simulation engineer. You will be developing novel physics based computer models to simulate complex industrial processes.
Requriements
Masters or PhD in Computer Science, Mathematics, or Physics.
Extensive C++ development experience.
Strong understanding of physics and engineering models.
Proficient with Visual Studio and GIT.
Solid Mathematical Modelling skills.
Passionate about Mathematical Modeling and C++ development? My client is looking for experienced simulation engineer. You will be developing novel physics based computer models to simulate complex industrial processes.
Requriements
Masters or PhD in Computer Science, Mathematics, or Physics.
Extensive C++ development experience.
Strong understanding of physics and engineering models.
Proficient with Visual Studio and GIT.
Solid Mathematical Modelling skills.
The ideal candidate will have experience of
Mathematical modelling, predictive analytics.
Computer Science
Databases design and development: SQL Sever
C++
Delphi
R
Python
This is a senior role that will help form a new Data Science department within a Scientific Software house.
The ideal candidate will have experience of
Mathematical modelling, predictive analytics.
Computer Science
Databases design and development: SQL Sever
C++
Delphi
R
Python
This is a senior role that will help form a new Data Science department within a Scientific Software house.
Join our Physical Processes Team, dedicated to enhancing the representation of atmospheric phenomena. You'll collaborate closely with fellow scientists on our IFS and contribute to the development of DestinE Digital Twins at our leading weather and environmental forecasting company.
Key Responsibilities:
Conduct simulations using the IFS and evaluate km-scale simulations in DestinE and nextGEMS, utilizing diverse observations and metrics.
Perform scientific assessments of clouds and precipitation in DestinE and nextGEMS km-scale simulations, analysing their impacts on radiation and dynamics across various scales.
Assess extreme precipitation events at km-scale resolutions.
Document and publish scientific findings, contributing to regular progress reports to the European Commission.
Key Requirements:
Strong communication and documentation skills regarding model developments.
Advanced university degree (EQ7 level or above) in physical, mathematical, or environmental science, or equivalent professional experience.
Experience in atmospheric modelling for weather forecasting or climate prediction.
Expertise in cloud and precipitation process parametrization.
Desirable: Experience with developing and maintaining large scientific codes and running numerical simulations.
Desirable: Experience in handling large observational and/or modelling datasets and statistical analysis.
Remote Work: Our multi-site organisation operates under a hybrid organizational model, offering flexibility to mix office and teleworking. Remote work, allowing for up to 10 days per month away from the office.....Read more...
Join our Physical Processes Team, dedicated to enhancing the representation of atmospheric phenomena. You'll collaborate closely with fellow scientists on our IFS and contribute to the development of DestinE Digital Twins at our leading weather and environmental forecasting company.
Key Responsibilities:
Conduct simulations using the IFS and evaluate km-scale simulations in DestinE and nextGEMS, utilizing diverse observations and metrics.
Perform scientific assessments of clouds and precipitation in DestinE and nextGEMS km-scale simulations, analysing their impacts on radiation and dynamics across various scales.
Assess extreme precipitation events at km-scale resolutions.
Document and publish scientific findings, contributing to regular progress reports to the European Commission.
Key Requirements:
Strong communication and documentation skills regarding model developments.
Advanced university degree (EQ7 level or above) in physical, mathematical, or environmental science, or equivalent professional experience.
Experience in atmospheric modelling for weather forecasting or climate prediction.
Expertise in cloud and precipitation process parametrization.
Desirable: Experience with developing and maintaining large scientific codes and running numerical simulations.
Desirable: Experience in handling large observational and/or modelling datasets and statistical analysis.
Remote Work: Our multi-site organisation operates under a hybrid organizational model, offering flexibility to mix office and teleworking. Remote work, allowing for up to 10 days per month away from the office.....Read more...
Econometrician or Econometric Modeller required to develop and maintain mathematical models you will design, create, test and refine econometric models to forecast supply and demand in global energy markets in various conditions. Managing data from multiple sources of varying quality to produce a detailed methodology and build strong collaborative relationships with members of the existing research team.
You will have
Experience designing econometric models.
An in-depth understanding of key economic concepts
Appreciation of long term analysis of energy markets (i.e. Gas, electricity, oil, renewables etc)
Python programing skills
Strong data-handling skills
Quantitative and statistical analysis experience
What you would be doing
Model long term global energy demand
Develop models using Python
Collect data from multiple sources ensuring it is consistent and fit for purpose
Exploit Statistical, forecasting and modelling tools....Read more...
Econometrician or Econometric Modeller required to develop and maintain mathematical models you will design, create, test and refine econometric models to forecast supply and demand in global energy markets in various conditions. Managing data from multiple sources of varying quality to produce a detailed methodology and build strong collaborative relationships with members of the existing research team.
You will have
Experience designing econometric models.
An in-depth understanding of key economic concepts
Appreciation of long term analysis of energy markets (i.e. Gas, electricity, oil, renewables etc)
Python programing skills
Strong data-handling skills
Quantitative and statistical analysis experience
What you would be doing
Model long term global energy demand
Develop models using Python
Collect data from multiple sources ensuring it is consistent and fit for purpose
Exploit Statistical, forecasting and modelling tools....Read more...
We are working with a leading organisation in the maritime and defence sector, recognised for its innovative work in sonar systems and anti-submarine warfare. This company is at the forefront of shaping naval operations, developing cutting-edge technologies that ensure the safety and security of nations across the globe. Joining their team means being part of a dynamic and forward-thinking environment, where you’ll have the opportunity to work on high-impact projects, collaborate with experts, and make a real difference in maritime security. If you're an engineer looking for your next challenge, this is an opportunity not to be missed!Key Responsibilities
Analysis
Conduct in-depth analysis of Sonar Systems using established methodologies.
Develop models and analysis based on performance requirements, collaborating with the system design team to meet customer specifications.
Performance Modelling, Design Trade-offs, and Product Development
Model performance under a wide range of realistic underwater acoustic conditions.
Evaluate sonar performance against customer requirements for inclusion in bid responses.
Use modelling and simulation to guide product decisions and refine operational concepts, quantifying the impact of design decisions on performance.
Support to Trials
Assist in the execution of sea trials.
Analyze trial data, assessing it against system performance requirements.
Produce comprehensive reports on trial data analysis, drawing clear conclusions on the sonar system’s performance.
Reporting and Collaboration
Report regularly on work progress to project and product development teams.
Provide expertise during design reviews and customer presentations.
Skills, Qualifications, and Experience
A relevant Bachelor's degree (higher degree preferred) in Physics, Mathematics, Engineering, or another STEM field. Other STEM degrees may be considered with demonstrated relevant skills.
Desirable experience in one or more of the following areas (preferably in the sonar or similar domain):
Operational Analysis
Trials Data Analysis
Performance Prediction Modelling
Performance Requirement Interpretation and Analysis
Finite Element Analysis & Fluid Dynamics
Transducer Design
Signal Processing & Data Analysis Algorithm Development
Machine Learning and Artificial Intelligence
Strong communication skills, able to explain complex topics clearly to both expert and non-expert audiences.
Proficiency in mathematical and scientific modelling tools such as Python or MATLAB.
Proven ability to set and meet deadlines effectively.
Existing or attainable Security Clearance (SC). If you’re excited about this opportunity to contribute to innovative projects, apply now to join a team where your skills will make a lasting impact!
....Read more...
