1 to 25 of 146 Numerical Analysis Jobs in England

C++ (Visual Studio) , including knowledge of modern C++ (C+ or later). Solid understanding of stochastic calculus , partial differential equations , no-arbitrage evaluation , and numerical analysis . Familiarity with Rates Products and Models . Knowledge of instruments used in FICC (Fixed Income, Currencies, and Commodities) businesses. Commodities experience More ❯

Academia in vehicle simulation and optimisation. Strong degree in Engineering, Computer Science or Maths, minimum Masters level. Proficiency and interest in computational methods and numerical analysis Proficient with programming and analysis languages e.g. Matlab, Python, JavaScipt C++, C, & C# Good familiarity with various optimisation theories, linear optimal More ❯

C++ (Visual Studio) , including knowledge of modern C++ (C+ or later). Solid understanding of stochastic calculus , partial differential equations , no-arbitrage evaluation , and numerical analysis . Familiarity with Rates Products and Models . Knowledge of instruments used in FICC (Fixed Income, Currencies, and Commodities) businesses. Commodities experience More ❯

corporate, government and institutional clients to help them achieve consistent, long-term performance. Our products and services include advisory, financing, prime services, research and analysis, securities services, trading and sales and transaction banking. The Equity Derivatives Quants team are currently looking for a Quant Modeller/Analyst to join … teams. To be successful in this role you should meet the following: Education background in Quantitative Finance (calculus, partial differential equations, no-arbitrage valuation, numerical analysis). Proven working knowledge of main instruments used in Structured Equity Derivatives Products. Strong Python/C++ skills. Knowledge of RUST would More ❯

corporate, government and institutional clients to help them achieve consistent, long-term performance. Our products and services include advisory, financing, prime services, research and analysis, securities services, trading and sales and transaction banking. The Equity Derivatives Quants team are currently looking for a Quant Modeller/Analyst to join … teams. To be successful in this role you should meet the following: Education background in Quantitative Finance (calculus, partial differential equations, no-arbitrage valuation, numerical analysis). Proven working knowledge of main instruments used in Structured Equity Derivatives Products. Strong Python/C++ skills. Knowledge of RUST would More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using … Engineering. At least 2 years’ industry experience. Solid knowledge of the UK distribution sector, including EHV, HV and LV levels. Experience of power systems analysis, including working knowledge of one or more power systems network modelling and simulation packages, e.g. PandaPower, NEPLAN, WinDebut, IPSA, PSCAD, etc. Familiarity with the More ❯

Knowledge & Skills BSc in Optics, Physics or relevant BEng degree with proven related practical aerospace optical and/or spacecraft experience Optical design/analysis experience with proficiency in Optic Studio (Zemax) and FRED would be an advantage Mechanical design and analysis software knowledge, such as SolidWorks, Ansys … SigFit, including numerical analysis software like Python or MATLAB You should be able to deliver your error-free work output on time Demonstrable ability to work independently without hands-on management or guidance Able to demonstrate company mindsets and behaviours; Be accountable, Drive & delivery, Communicate effectively, Self-manage More ❯

and Skills Significant experience in a front-office or model risk quantitative role. Expertise in probability theory, stochastic processes, statistics, partial differential equations, and numerical analysis. Inquisitive nature with the ability to ask the right questions and escalate issues. Excellent written and verbal communication skills. Good understanding of option More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯

series demand/distributed generation patterns. Experience of performing steady-state, and/or transient power systems studies, e.g. load flow, short-circuit fault analysis and/or switching studies. Strong and proven numerical analysis skills, engineering mathematics and statistics. Proven ability to solve complex problems using More ❯