Sr. Software Developer in Oakland, CA at DISYS

Date Posted: 10/30/2018

Job Snapshot

Job Description

Responsibilities

  • Strong communication and organizational skills with the ability to prioritize and drive work forward
  • Develop and maintain the blueprint of information technology architecture to meet business needs
  • Design and implement solutions to meet business requirements using SOA architecture
  • Develop, maintain, and enforce development standards
  • Document, maintain and present best practice strategies to ensure near-term changes are aligned with long-term IT objectives

Experience

  • Significant experience in Java/J2EE technologies and SQL Server
  • Experience in enterprise architecture, systems integration and implementation
  • Application Development experience in Object Oriented programming and design skills
  • Experience with Service Oriented Architecture environment
  • Full application development life cycle experience
  • Linux (Redhat preferred)
  • Versioning systems and release management

Desirable

  • Demonstrated complex technical accomplishment (e.g. public domain code contribution, technical blog demonstrating complex technical solution, etc.)
  • Health care domain knowledge will be a plus

Education

  • Bachelor's Degree or equivalent experience in Engineering or related technical area.

Job Requirements

Digital Intelligence Systems, LLC. is an Equal Opportunity Employer, M/F/D/V. We do not discriminate against any employee or applicant because they inquired about, discussed, or disclosed compensation. Email recruitinghelp @ disys.com to contact us if you are an individual with a disability and require accommodation in the application process.Digital Intelligence Systems, LLC. is an Equal Opportunity Employer, M/F/D/V. We do not discriminate against any employee or applicant because they inquired about, discussed, or disclosed compensation. Email recruitinghelp @ disys.com to contact us if you are an individual with a disability and require accommodation in the application process.