Software Developer (J2EE, Spring, JSON, JavaScript, JDBC, coding, DB2)

HBITS-07-14219 Specific duties include but are not limited to: • Gather requirements and create detailed system documentation to develop automated applications which meet business priorities. • Provide lead programming duties for tax related applications while mentoring staff using various technologies including J2EE, Spring, JSON, JavaScript and JDBC. • Assist and provide guidance through all phases of the project management life cycle. • Develop unit test plans based on coding changes and user specifications. Conduct unit testing and debugging of all code changes in the development environment. • Coordinate the migration of all code changes (programs, procedures, etc.) from development environment into user test environment. • Assist team members using distributed technologies including Java, DB2, XML and XQuery. Ensure that staff members are properly trained and mentored. • Provide support, as needed, for defects and issue resolution. Ensure that defects and issues are addressed promptly based on priority. • Facilitate and participate in meetings with ITS and DTF customers and communicate verbally and in writing with DTF management and users, ITS management, and team members.

Software Developer

84+ Months: Candidate is able to provide guidance to large teams and/or has extensive industry experience and is considered at the top of his/her field. 84 months experience with J2EE technologies including JDBC, JSP and XML. 84 months experience developing, building, and testing Java EE applications using modern IDE's, such as Eclipse, NetBeans, or IntelliJ. 60 months experience using J2EE frameworks such as Spring or struts and Application Servers such as Tomcat, JBoss, Websphere or Weblogic. 60 months experience writing SQL statements for relational databases. 60 months of experience with transmitting, manipulating, and displaying JSON data. 36 months of experience in messaging technologies, such as MQ, JMS, Kafka. 60 months of experience in system analysis and design of multi-tiered transactional systems.