Principal Cybersecurity Engineer
Quick Summary
Demonstrable proficiency in Python, Go, or Java with a strong background in version control (Git), API design, and the ability to build complex PoCs for risk models.
We’re obsessed with making hard work pay off, for our people, our customers, and the world around us. As a Fortune 500 company and a leading AI platform for managing people, money, and agents, we’re shaping the future of work so teams can reach their potential and focus on what matters most. The minute you join, you’ll feel it. Not just in the products we build, but in how we show up for each other. Our culture is rooted in integrity, empathy, and shared enthusiasm. We’re in this together, tackling big challenges with bold ideas and genuine care. We look for curious minds and courageous collaborators who bring sun-drenched optimism and drive. Whether you're building smarter solutions, supporting customers, or creating a space where everyone belongs, you’ll do meaningful work with Workmates who’ve got your back. In return, we’ll give you the trust to take risks, the tools to grow, the skills to develop and the support of a company invested in you for the long haul. So, if you want to inspire a brighter work day for everyone, including yourself, you’ve found a match in Workday, and we hope to be a match for you too.
As a Principle engineer, you will serve as the primary visionary for how our risk data is structured, analyzed, and automated, acting as the bridge between the Cybersecurity Risk organization and our Engineering teams.
About the Role
~1 min readAs a Principle engineer, you will serve as the primary visionary for how our risk data is structured, analyzed, and automated, acting as the bridge between the Cybersecurity Risk organization and our Engineering teams.
Requirements
~2 min read9+ Years of Experience building custom GRC (Governance, Risk, and Compliance) platforms.
Software Engineering & Development: Demonstrable proficiency in Python, Go, or Java with a strong background in version control (Git), API design, and the ability to build complex PoCs for risk models.
Full-Lifecycle Engineering Governance: Proven mastery of the end-to-end SDLC, including the creation and oversight of comprehensive SRS documentation, Project Plans, and Product Backlogs to ensure architectural alignment from initial planning through to deployment and maintenance.
Architectural & Quality Standards: Ability to define System Architectures, Data Models (ERDs), and API specifications while enforcing rigorous QA standards through formalized Test Plans, automated Build Scripts, and Production Operations manuals.
Experience leading the technical roadmap for software engineering teams or data scientists without direct reporting authority (e.g., Lead, Principal, or Staff level experience).
Technical Influence: Data & Automation Engineering: Validated proficiency in data pipeline logic, ELT/ETL processes, and data quality assurance, specifically as they apply to automating security telemetry.
Strategic Technical Translation: Architect high-level business and security "end-states" into sophisticated process designs and technical specifications. You will own the translation of risk philosophy into the logic used by our engineering squads.
Risk Domain Authority: Serve as the definitive Subject Matter Expert (SME) for defining risk metrics and calculation methodologies, specifically within:
Enterprise Risk (ERM): Designing and implementing data-driven risk frameworks (e.g., NIST, FAIR) through sophisticated automation.
Third-Party Risk (TPRM): Architecting systems for automated due diligence, continuous monitoring, and assessment scoring for our vendor ecosystem.
Cross-Functional Influence: Champion security risk automation across the organization, mentoring junior engineers and influencing stakeholders on best practices for data-driven risk modeling.
Mastery of Cybersecurity Risk: A proven track record of designing and implementing Enterprise and Third-Party Risk Management (TPRM) programs at scale.
Architectural Design: Demonstrated ability to take a blank slate and define complex security processes, translating them into technical user stories, functional specifications, and logic diagrams.
Advanced Risk Modeling: Expertise in quantitative risk analysis (e.g., Monte Carlo simulations or FAIR methodology) and how to programmatically apply these models to software.
The annualized base salary ranges for the primary location and any additional locations are listed below. Workday pay ranges vary based on work location. As a part of the total compensation package, this role may be eligible for the Workday Bonus Plan or a role-specific commission/bonus, as well as annual refresh stock grants. Recruiters can share more detail during the hiring process. Each candidate’s compensation offer will be based on multiple factors including, but not limited to, geography, experience, skills, job duties, and business need, among other things. For more information regarding Workday’s comprehensive benefits, please click here.
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Location & Eligibility
Listing Details
- First seen
- October 11, 2026
- Last seen
- October 11, 2026
Posting Health
- Days active
- 0
- Repost count
- 0
- Trust Level
- 51%
- Scored at
- October 11, 2026
Signal breakdown
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