Lead Software Engineer in Test
Confirmed live in the last 24 hours
Elite Technology
Job Description
Elite is the trusted automation platform for law firm operations across most of the world’s largest and most successful law firms. Elite has guided firms through every technology shift and today delivers the only cloud-native SaaS platform that unifies financial, invoice, time, and data management into a single system of action. With embedded AI, predictive analytics, and integrated payments, Elite’s products enable firms to shorten billing cycles, reduce write-offs, and unlock firm-wide insights, making financial operations the foundation for law firm innovation and growth. Learn more at elite.com.
Position Overview
As a Lead Software Engineer in Test, you are a senior technical leader responsible for driving the successful execution of Elite’s quality roadmap. You combine deep hands-on engineering expertise with strong technical leadership, guiding architecture decisions, mentoring engineers, and ensuring high standards across the software development lifecycle.
You will lead complex technical initiatives end-to-end, partner closely with Product and Engineering leadership, and serve as a role model for engineering excellence. This role requires someone who is execution-oriented, quality-driven, and passionate about building scalable, secure, cloud-native SaaS solutions in a high-performing environment.
Work Arrangement: Remote, United States
This role requires the individual to be based in Flexible across U.S. time zones.
Responsibilities
- Provide technical leadership for complex, high-impact quality initiatives, ensuring test strategies are scalable, maintainable, and aligned with product and business objectives.
- Lead test architecture and framework design at the system and component level, driving consensus across engineers, architects, and QA teams on tooling, patterns, and quality standards.
- Own end-to-end quality execution for key projects, from test strategy through delivery, proactively identifying risks, gaps in coverage, and cross-team dependencies.
