
Manager, Engineering Excellence & Quality Engineering
- Foundry
- AI
- Test Automation
- Devops
- CI/CD
- Regulatory Compliance
- Agile
- GitHub
- Cursor
- Claude Code
- ChatGPT
- Large Language Models
- RAG
- Machine Learning
- Playwright
- Cypress
- Selenium
- Appium
- k6
- JMeter
- Kubernetes
- DevSecOps
- GitHub Actions
- Azure DevOps
- IaC
- OpenTelemetry
- Datadog
- Dynatrace
- Grafana
- Azure Monitor
- Elastic
- Azure
- AWS
The Manager, Engineering Excellence & Quality Engineering is responsible forsupporting and executing Fortrea's Engineering Excellence and Quality Engineeringpractices across the Global Digital Foundry organization. This leader drives engineering maturity bysupporting standards, AI-enabled quality engineering practices, software craftsmanship, test automation, engineering governance, performance engineering, developer productivity, and continuous improvement initiatives that improve software quality, delivery effectiveness, and customer outcomes.
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Working closely with Product Engineering, Architecture, Platform Engineering, DevOps, Security, Data & AI, and Product Management, this role champions modern engineering practices that enable teams to build secure, scalable, reliable, and high-quality software.
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The rolesupports Engineering Excellencepractices byhelping drive standardization, automation, measurement, AI-assisted software engineering, and continuous improvement across the software development lifecycle.
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Summary of Responsibilities:
- Support and execute Fortrea's Engineering Excellence and Quality Engineering strategy, roadmap, standards, governance model, and operating framework.
- Build, lead, mentor, and develop high-performing Quality Engineering professionals while fostering technical growth, leadership development, succession planning, and continuous learning.
- Support enterprise engineering excellence standards including software craftsmanship, coding standards, architecture reviews, pull request quality, secure coding practices, technical debt management, release readiness, and engineering governance.
- Champion Shift Left Engineering by embedding quality, security, accessibility, performance, reliability, and compliance practices throughout the software development lifecycle.
- Drive adoption of AI-assisted Quality Engineering practices including intelligent test generation, autonomous testing, automated test maintenance, defect prediction, release risk analysis, AI-assisted code reviews, and engineering automation.
- Evaluate emerging AI technologies that improve engineering productivity, software quality, release confidence, developer experience, and customer satisfaction.
- Support enterprise standards for Responsible AI testing, validation, governance, and quality assurance for AI-enabled products and intelligent software solutions.
- Support testing practices across unit, integration, API, contract, UI, end-to-end, performance, resilience, security, accessibility, regression, and user acceptance testing.
- Partner with Platform Engineering and DevOps teams to embed automated quality gates, testing frameworks, compliance validation, security controls, and Quality as Code practices into CI/CD pipelines.
- Support quality, reliability, performance, observability, and production readiness practices that improve software delivery outcomes.
- Use engineering metrics, quality indicators, defect trends, test coverage, release quality, and operational performance data to identify improvement opportunities.
- Perform quality benchmarking, root cause analysis, trend analysis, defect prevention, engineering maturity assessments, and continuous improvement initiatives.
- Provide guidance to engineering teams and technical leaders on software craftsmanship, engineering excellence, testing strategy, AI-assisted engineering, and modern software development practices.
- Support engineering Communities of Practice (CoPs) that promote technical standards, knowledge sharing, innovation, mentoring, and continuous improvement.
- Partner with Product Engineering, Architecture, Platform Engineering, DevOps, Security, Infrastructure, and Product Management to improve engineering maturity.
- Support software validation and regulatory compliance activities for highly regulated healthcare and life sciences solutions.
- Continuously evaluate emerging engineering tools, AI platforms, automation technologies, testing frameworks, and software engineering practices that improve software delivery and engineering effectiveness.
- Support team capacity planning, resource planning, tooling needs, vendor coordination, and quality improvement initiatives.
- Foster a culture centered on ownership, software craftsmanship, quality, innovation, collaboration, accountability, continuous learning, and engineering excellence.
- Perform other duties as assigned.
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Qualifications (Minimum Required):
- Bachelor's degree in Computer Science, Software Engineering, Information Technology, or related discipline. Equivalent experience will be considered.
- Strong understanding of modern software engineering, Agile delivery, Engineering Excellence, DevOps, CI/CD, Platform Engineering, and Quality Engineering principles.
- Deep knowledge of enterprise test automation, software quality practices, engineering governance, software craftsmanship, and engineering maturity frameworks.
- Experience with automated testing, Quality as Code, engineering automation, Shift Left Engineering, and modern software delivery methodologies.
- Strong understanding of cloud-native architectures, distributed systems, performance engineering, observability, resilience engineering, and operational excellence.
- Strong leadership, communication, facilitation, stakeholder management, organizational development, and influencing skills.
- Demonstrated ability to influence engineering organizations and technical leaders without direct authority.
- Strong analytical and data-driven decision-making skills focused on continuous improvement and engineering effectiveness.
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Experience (Minimum Required):Â
- 8+ years of progressive experience in Software Engineering, Quality Engineering, DevOps, Platform Engineering, Software Architecture, or related engineering disciplines.
- 3+ years leading Quality Engineering teams, Engineering Excellence programs, or engineering improvement initiatives.
- Demonstrated experience supporting Quality Engineering strategies, Engineering Excellence programs, or engineering improvement practices.
- Proven success implementing test automation across multiple products, platforms, or engineering teams.
- Experience implementing AI-assisted software engineering and intelligent testing capabilities that improve engineering productivity and software quality.
- Experience supporting engineering standards, governance processes, software craftsmanship practices, release readiness criteria, and engineering maturity models.
- Experience implementing DORA Metrics, engineering productivity scorecards, software quality KPIs, and continuous improvement programs.
- Experience supporting performance engineering, resilience testing, production quality monitoring, and operational excellence initiatives.
- Experience partnering with Product Engineering, Platform Engineering, DevOps, Architecture, Security, and Data & AI teams.
- Experience supporting software validation, regulatory compliance, or highly regulated software environments.
- Demonstrated success supporting improvement initiatives focused on Engineering Excellence, Quality Engineering, or software delivery modernization.
- Strong experience utilizing engineering metrics, operational analytics, and quality data to improve engineering effectiveness and business outcomes.
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Preferred Qualifications Include:
- Bachelor's degree in Computer Science, Software Engineering, Information Technology, Engineering, or related discipline.
- Experience within healthcare, life sciences, clinical research, medical devices, or other highly regulated industries.
- Experience building Engineering Excellence organizations, Quality Engineering Centers of Excellence, or enterprise engineering transformation programs.
- Experience implementing AI-assisted software engineering using GitHub Copilot Enterprise, GitHub Models, Cursor, Claude Code, Windsurf, ChatGPT Enterprise, or similar developer productivity platforms.
- Experience implementing AI-powered Quality Engineering including intelligent test generation, autonomous testing, automated test maintenance, defect prediction, release risk analysis, AI-assisted code reviews, and engineering copilots.
- Experience validating AI-enabled software solutions including Large Language Models (LLMs), Retrieval-Augmented Generation (RAG), AI agents, conversational AI, machine learning systems, and intelligent automation platforms.
- Familiarity with Responsible AI principles, prompt engineering, AI governance, model evaluation, AI quality assurance, and AI security.
- Experience with modern testing technologies including Playwright, Cypress, Selenium, Appium, k6, JMeter, Pact, Testcontainers, and API testing frameworks.
- Experience with cloud-native architectures, Kubernetes, Platform Engineering, DevSecOps, GitHub Actions, Azure DevOps, CI/CD pipelines, and Infrastructure as Code.
- Experience implementing enterprise observability using OpenTelemetry, Datadog, Dynatrace, Grafana, Azure Monitor, Elastic, or similar platforms.
- Experience with Site Reliability Engineering (SRE), Chaos Engineering, resilience testing, operational excellence, and production quality engineering.
- Relevant certifications including ISTQB, CSQE, Azure, AWS, Kubernetes, SAFe, Agile, AI Engineering, or Software Architecture certifications.
- Demonstrated success building high-performing Engineering Excellence organizations, mentoring future technology leaders, and driving measurable improvements in software quality, engineering productivity, delivery performance, and customer outcomes.
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Physical Demands / Work Environment:
Office/Home-Based:
Work Environment:
- Work is performed in an office environment with exposure to electrical office equipment.
- Occasional drives to site locations with occasional travel both domestic and international.
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Physical Requirements:
- Frequently stationary for 6-8 hours per day.
- Repetitive hand movement of both hands with the ability to make fast, simple, repeated movements of the fingers, hands, and wrists.
- Occasional crouching, stooping, with frequent bending and twisting of upper body and neck.
- Ability to access and use a variety of computer software developed both in-house and off-the-shelf.
- Light to moderate lifting and carrying, or moving of objects, including luggage and laptop computer with a maximum lift of 15-20 lbs.
- Regular and consistent attendance.
- Varied hours may be required.
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Manager, Engineering Excellence & Quality Engineering · CMA Fortrea Patient Access Inc.