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A leading global financial services firm is seeking Experienced Software Engineers in Greater London. Candidates will design and deliver market-leading technology products utilizing Java or Python, with a focus on creating scalable systems. Responsibilities include software development, troubleshooting, and contributing to a culture of diversity and inclusion. Required skills include coding, system design, and knowledge of agile methodologies. This position offers opportunities at Software Engineer II and III levels with assessments during the hiring process.
Push the limits of what’s possible with us as an experienced member of our Software Engineering team.
As an Experienced Software Engineer at JPMorganChase within the Global Technology team, you serve as member of an agile team to design and deliver trusted market-leading technology products in a secure, stable, and scalable way. Depending on the team that you join, you could be developing mobile features that give our customers and clients more control over how they bank with us, strategizing on how big data can make our trading systems quicker, creating the next innovation in payments for merchants, or supporting the integration of our private and public cloud platforms.
JPMorganChase is looking to hire Software Engineers at Software Engineer II and Software Engineer III levels. A determination will be made on placement for successful candidates based on the results of a skills‑based assessment which applicants will be asked to complete during the hiring process, as well as, the candidate interview. The assessment will evaluate ability to perform basic coding and systems design responsibilities. For the Software Engineer II level, the role requires the ability to understand advance features of a coding language, design a viable system, and solve functional problems through basic language applications. For the Software Engineer III level, the role requires a higher level of proficiency and the ability to function independently, including the ability to use and explain advance features of a coding language, design systems across technologies and platforms, solve functional and non‑functional problems through an application of language best practices, as well as, the ability to assess issues broadly, identify alternative or innovative solutions, collaborate effectively, and provide guidance to others.