Fortinet Principal Software Engineer Data Platform 

United States, California, Sunnyvale 

936410889

Responsibilities:

• Design and develop services to scale to massive customer accounts in the cloud
• Design and develop the service to scale to massive customer accounts in the cloud
• Develop functional specifications and design documents by collaborating with stakeholders • Write high quality, well documented, and well-tested code
• Participate in code and design reviews
• Design, build, test, and operate highly scalable, highly available, cost-effective, mission critical service • Build roadmaps and goals in partnership with engineering and product teams
• Work cross-functionally with other Engineering, Product Management, Support, Sales teams as well as Customers
• Inform strategic build-vs-buy decisions
• Demonstrate good communication skills and present work to company leadership and at company-wide events
• Help recruit other Engineers
• Actively participate in recruiting other Engineers
• Mentor less experienced Engineers

Minimum Qualifications:

• Minimum10+ years of relevant working experience
• Bachelor's degree in computer science or related, relevant field
• Solid foundation in Computer science fundamentals

Preferred Qualifications:

• Designed and implemented high volume, mission-critical, services
• Leveraged major public cloud providers to build mission-critical, high-volume services
• Implemented scalable micro services using languages like Java/Go/Rust. Python experience would be beneficial
• Contributed to the development of the following types of distributed systems or used one or more at high volume or criticality - messages queues, query processors, control planes, task schedulers
• Worked closely with the operations team in a fast-moving CI/CD environment

Wage ranges are based on various factors including the labor market, job type, and job level. Exact salary offers will be determined by factors such as the candidate's subject knowledge, skill level, qualifications, experience, and geographic location.