Senior Core Infrastructure Engineer

Oracle•Nashville, TN

2d•$79,200 - $209,500

About The Position

The Oracle Cloud Infrastructure (OCI) Load Balancer team provides the opportunity to build and operate massive scale, integrated cloud services in a broadly distributed, multi-tenant cloud environment. OCI is committed to delivering the best cloud products to meet customer needs in tackling global challenges. This role involves building innovative solutions from the ground up, focusing on high-availability and scalability in service-oriented architectures. The team is young, growing fast, and working on ambitious new initiatives where engineers at any level can have significant technical and business impact. We seek adaptable, self-motivated engineers with the ability to learn quickly, who can translate requirements into high-quality solutions. Ideal candidates are both strong coders and distributed systems generalists, capable of deep dives into the stack and low-level systems, as well as designing broad distributed system interactions. They should value simplicity and scale, thrive in a collaborative, agile environment, and be eager to learn.

Requirements

Expertise and passion in solving difficult problems related to high-availability and scalability in service-oriented architectures.
Adaptable, self-motivated engineers with ability to learn quickly.
Eager to take requirements and turn those into high quality solutions.
Rock-solid coder.
Distributed systems generalist.
Ability to dive deep into any part of the stack and low-level systems.
Ability to design broad distributed system interactions.
Value simplicity and scale.
Work comfortably in a collaborative, agile environment.
Excited to learn.

Responsibilities

Build and operate massive scale, integrated cloud services.
Develop innovative solutions for customers.
Solve difficult problems related to high-availability and scalability in service-oriented architectures.
Translate requirements into high-quality solutions.
Dive deep into any part of the stack and low-level systems.
Design broad distributed system interactions.