Lead Software Engineer - Cloud & Software Defined Storage Solutions (C++)

NetApp, Inc.•Waltham, MA

4d•$170,000 - $253,000•Onsite

About The Position

Join NetApp’s Cloud Platforms organization and help build the next generation of cloud-native infrastructure, software-defined storage, and virtualization platforms powering enterprise-scale data management solutions across AWS, Azure, GCP, and OCI. We are looking for a highly skilled Senior Software Development Engineer with deep expertise in Linux systems, distributed storage, virtualization technologies, and cloud infrastructure platforms. In this role, you will contribute to sizable portions of the product across multiple technical areas including software-defined storage, virtualization infrastructure, Linux systems software, and cloud-native distributed services. You will work on complex engineering problems requiring advanced technical judgment, systems thinking, and cross-functional collaboration. This role requires the ability to independently drive technical execution, proactively resolve blockers, and influence engineering outcomes across teams. As part of NetApp’s Research and Development organization, you will collaborate with cloud providers and engineering teams to design scalable, secure, and highly performant infrastructure capabilities that support NetApp’s cloud storage and data management offerings.

Requirements

8+ years of experience in systems software engineering, cloud infrastructure, distributed systems, or storage platform development.
Strong programming expertise in C/C++ and Python.
Deep understanding of operating systems internals, concurrency, memory management, performance optimization, and systems-level debugging.
Hands-on experience with software-defined storage systems, distributed storage platforms, or enterprise infrastructure software.
Strong experience with virtualization technologies including KVM/QEMU, libvirt, virtio, and virtualized networking/storage infrastructure.
Experience developing or troubleshooting storage and networking subsystems, kernel modules, or device drivers.
Strong knowledge of storage technologies and protocols such as NVMe, iSCSI, NFS, SMB/CIFS, S3, or distributed block/object/file storage systems.
Hands-on operational experience with AWS, Azure, GCP, or OCI infrastructure environments.
Experience with CI/CD systems, automation frameworks, observability, and infrastructure-as-code tools.
Strong analytical, debugging, and performance tuning skills.
Excellent communication and collaboration skills with the ability to influence technical discussions across teams.
Ability to independently resolve most technical blockers while escalating major risks proactively.

Nice To Haves

Experience with enterprise-scale storage operating systems such as ONTAP or similar platforms
Experience leading subsystem development or technically complex cross-functional projects.
Familiarity with cloud-native virtualization and infrastructure orchestration platforms.
Experience with scalability engineering, reliability engineering, and operational excellence initiatives.
Advanced cloud certifications or equivalent industry experience.

Responsibilities

Design, develop, and optimize components across the software-defined storage and virtualization stack, including storage services, virtual networking, Linux system services, and distributed infrastructure components.
Contribute to sizable portions of the product across multiple technical areas and projects involving storage, networking, virtualization, and cloud infrastructure.
Develop and maintain Linux user-space and kernel-space software related to storage subsystems, networking stacks, virtualization, and infrastructure services.
Work with virtualization technologies including KVM/QEMU, libvirt, virtio, virtual networking, and storage virtualization frameworks.
Debug and resolve complex system-level issues involving compute, storage, networking, virtualization, and distributed systems interactions.
Apply advanced technical knowledge and judgment to evaluate architectural tradeoffs, scalability considerations, and operational reliability.
Drive technical solutions independently while proactively identifying risks, dependencies, and escalation points.
Collaborate cross-functionally with engineering, product, support, and cloud partner teams to deliver robust infrastructure capabilities.
Mentor junior engineers, participate in code and design reviews, and contribute to engineering best practices.
Participate in all phases of the product lifecycle including architecture, implementation, testing, deployment, operational support, and customer issue resolution.