Software Engineer I

AdtranAtlanta, GA
Onsite

About The Position

The Software Engineer will be responsible for designing, developing, and testing software solutions for ADTRAN’s optical transport products. The Engineer will be expected to use real time software design and programming with C/C++ in a Linux build and Linux development environment. The engineer is expected to be able to create and maintain automation test suites using frameworks/methodologies used across the company.

Requirements

  • BS in Computer Engineering/Computer Science or related
  • Able to work at a desk majority of the day; moderate lifting, 15 – 44 lbs.
  • Self-motivated to achieve team goals and drives individual tasks to completion
  • C++ programming in embedded/RTOS Linux environment
  • Deliver software features with minimal defects found in testing
  • Dedicated to continuous improvement through retrospectives and personal growth
  • Committed to Agile/Scrum way of working within the team and follows other Software Development best practices

Responsibilities

  • Design, develop and test new software features on optical transport Network Element Controller
  • Develop software applications and features in cross-functional Agile development team
  • Comprehensive automated unit and automated integration tests authored in parallel with code to prevent defects from entering the code base
  • Adhere to Software Development best practices including Agile/Scrum
  • Partner with others in cross-functional team to ensure team sprint goals are met, broadening skills where needed to achieve team goals
  • Partner with engineers and architects (software and systems) at different sites and cultures to successfully complete global projects
  • Use Object Oriented Design methodologies, design patterns, algorithms and data structures
  • Design and develop in Real Time Operating Systems (RTOS)
  • Apply multi-tasking and event driven aspects of developing Software in the RTOS environment
  • Continuously improve and support and suggest new ways to eliminate waste and improve the efficiency/speed of software development within the team without sacrificing quality
  • Design prime of a subsystem throughout the full software development life cycle of a software project
  • Understand the product architecture, design, processes, and tools required to perform development tasks
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