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Cox Automotive in the USA is seeking a Lead Software Engineer to act as a senior technical leader responsible for designing, developing, and supporting complex software systems critical to business operations. The role requires deep hands-on development experience and extensive knowledge of IBM iSeries and RPG programming, guiding major modernization efforts and setting engineering direction.
You will lead multiple engineering teams, collaborate with analysts, architects, product teams, and
Company
Cox Automotive - USA
Job Family Group
Engineering / Product Development
Job Profile
Lead Software Engineer
Management Level
Manager - Non People Leader
Flexible Work Option
Hybrid - Ability to work remotely part of the week
Travel %
Yes, 5% of the time
Work Shift
Day
Compensation
Compensation includes a base salary in the range of $122,600.00 - $204,400.00. The base salary may vary within the anticipated base pay range based on factors such as the ultimate location of the position and the selected candidate's knowledge, skills, and abilities. Position may be eligible for additional compensation that may include an incentive program.
Job Description
The Lead Software Engineer serves as a senior technical leader responsible for designing, developing, enhancing, and supporting complex software systems that are critical to business operations. This role provides deep technical expertise across both the business and technical landscape, drives engineering best practices, and helps define near- and long‑term technical direction.
This position requires extensive hands‑on software development experience, exceptional problem‑solving skills, and highly specialized knowledge of IBM iSeries systems. The person in this role, is expected to lead development efforts, guide resolution of the most complex production issues, provide Level 3 triage support for critical business applications, and serve as a trusted advisor to both technical and business stakeholders.
The role requires deep expertise in IBM iSeries application development and RPG programming as well as extensive knowledge of the operational processes that support inventory management and their transactions.
Additionally, this role provides technical leadership and support for critical inventory operations supporting strategic commercial and third-party clients as well as major and critical accounts. The individual is responsible for ensuring operational continuity, resolving high‑impact issues, identifying modernization opportunities, and driving technical excellence across the organization.
Lead team efforts to design, develop, test, document, and support complex software systems, applications, automation and integrations.
Design, develop, enhance, test, and support enterprise software systems and integrations across multiple platforms.
Drive RPG development, enhancements, and modernization efforts.
Lead technical solutioning for large-scale, high‑impact initiatives spanning multiple applications, teams, and business domains.
Collaborate with analysts, engineers, architects, product teams, and business stakeholders to develop highly complex technical solutions.
Support multiple engineering teams through sound technical leadership, procedural guidance, and solution development.
Translate business needs, operational requirements, and customer expectations into scalable and maintainable technical solutions.
Estimate software development efforts and technical initiatives with a high degree of predictability and accuracy.
Establish and promote engineering standards for quality, maintainability, security, performance, reliability, and scalability.
Review system designs, architecture proposals, and code changes to ensure solutions align with organizational standards and technical direction.
Evaluate secure coding practices, engineering tools, and development processes while identifying opportunities for improvement.
Research, evaluate, and adopt AI and emerging technologies, engineering practices, and modernization approaches that improve system performance, engineering productivity, and operational resilience.
Present system designs, architectural recommendations, and technical solution proposals to peers, leadership teams, and stakeholders.
Define, measure, and recommend metrics that improve software quality, cycle time, reliability, service availability, and operational effectiveness.