CIB Technology, Java Developer Vice President - Singapore Job Listing at J.P. Morgan in Singapore

Finance

About J.P. Morgan Corporate Investment Bank J.P.Morgan's Corporate Investment Bank is a global leader across banking, markets and investor services. The world's most important corporations, governments and institutions entrust us with their business in more than 100 countries. With $18 trillion of assets under custody and $393 billion in deposits, the Corporate Investment Bank provides strategic advice, raises capital, manages risk and extends liquidity in markets around the world. Role Description Candidates will be expected to perform development of end user applications and data feeds, underpinned by relational databases. Development will be predominantly in Java, as well as PL/SQL and HTML/Javascript, adhering to Agile and Waterfall methodologies as appropriate. In particular we are looking for senior developers who can help guide pragmatic technical deliveries towards a strategic architecture. The role will require proficiency in all aspects of software development, including:

• Reviewing and elaborating stakeholder requirements, potentially with end users.
• Designing solutions in a collaborative manner, and in line with defined principles
• Implement solutions with an equal focus on both functional and non-functional requirements
• Balancing pragmatic delivery with continual improvement of the technical architecture.
• Delivery of automated functional tests using Flexible/Open Source Frameworks, such as FitNesse, JBehave etc
• Understand operational processes in order to provide solutions which improve operational efficiency
• Participate in a third level rota to provide 24/7 third line support for resolving critical application failures

Cash Management systems are responsible for processing and reporting on all Cash transactions, with technical challenges including low latency/high volume data feeds, multi-dimensional aggregation presentation, strong transaction management for absolute data integrity, and effective fault-tolerance for maximum availability.