ServiceNow is looking to improve its AI-driven platform by enhancing the reliability, scale, and intelligent transformation of its data backbone. The company aims to provide better, more performant, scalable, and secure data access for its customers and enable advanced analytics through features like Cypher-like query capabilities on relational domains.
Requirements
- 6+ years of hands-on backend development with experience in Java.
- Good understanding of cloud-based and distributed systems.
- Deep knowledge of databases, data modelling, and data storage technologies.
- Proficiency in Java programming and strong expertise in data structures and algorithms.
- Knowledge and/or experience with relational databases: Oracle, MySQL, MariaDB, MS SQL Server
- Experience with Knowledge Graph technologies like Cypher and Neo4J
- Familiarity with RDBMS internals.
Responsibilities
- Innovate to bring better (quality, performant, scalable, secure) access to our data platform that internal and external customers build upon
- Enable Cypher-like query capabilities on relational domains (like CMDB), supporting deep analytics and insight
- Push IO, transaction, and concurrency limits across relational, time-series, and columnar stores
- Innovate to bring more capability to developers and automation to end customers
- You’ll work on top of core data architecture that touches every part of our product, ensuring our systems maintain quality, reliability, security and performance.
- Be a master at managing and enhancing a complex codebase with quality and speed
- Developing platform technologies at scale.
Other
- Delivering projects on time and with quality, with others engineers in tow.
- Having aptitude for learning new technologies quickly.
- You’ll mentor junior engineers to help them thrive in a complex codebase
- Demonstrated success completing complex projects, on time.
- Experience with troubleshooting difficult production issues e.g., memory leaks, concurrency issues, locking issues, network problems, intermittent failures etc. across the stack.