Software Engineer II – Storage at DigitalOcean

📋 Job Details at a Glance 📍 Location Bengaluru, Karnataka, India 🏢 Company DigitalOcean 👥 Experience 0-2 years 🎓 Qualification Any Graduate 📅 Eligible Batch 2023, 2024, 2025, 2026 📄 Job Type Full Time 💰 Salary ₹22–₹32 LPA 🏢 Industry Technology 🛠 Key Skills Object storage distributed storage systems scalable system design concurrency parallelism performance optimization platform operations open-source development Go MinIO Software Engineer II – Storage at DigitalOcean — Full Details & How to Apply DigitalOcean is seeking a Software Engineer II – Storage in Bengaluru, Karnataka, India , where you can work with cutting-edge storage technologies like MinIO and Ceph. This role offers freshers a chance to impact scalable system design directly, contributing to the growing demand for cloud storage solutions. The demand for cloud storage solutions is surging, making this Software Engineer II – Storage role crucial as DigitalOcean expands its storage engineering team. With millions of developers relying on its cloud infrastructure, the opportunity to enhance object storage capabilities is more significant than ever. This position allows you to be at the forefront of technology trends in the industry. What makes DigitalOcean unique for this role is its commitment to open-source development and a collaborative culture. Founded in 2011 , DigitalOcean has over 600 employees and serves millions globally, providing a supportive environment for innovation and growth. The company’s focus on scalable systems and performance optimization ensures that you will be working on impactful projects. We encourage 2023, 2024, 2025, 2026 graduates to apply, especially those with Any Graduate qualification and 0-2 years experience

• The salary for this role ranges from ₹22–₹32 LPA , making it an attractive opportunity for fresh talent entering the tech industry. In this role, you will gain hands-on experience with essential skills such as object storage , distributed storage systems , scalable system design , and performance optimization
• Working with technologies like AWS S3 and gRPC will open doors for future career advancements, positioning you as a valuable asset in the tech landscape. 📊 Role Difficulty: Medium Competition Level: Medium Fresher Friendly: Yes NexisGrow.com features this opportunity as part of its curated tech job listings. All details are sourced from the official job posting. Apply online before the opportunity closes. Job Role & Responsibilities The core mission of the Software Engineer II – Storage role at DigitalOcean is to develop and maintain scalable object storage solutions, ensuring high availability and performance for users. Develop scalable object storage solutions using Go , focusing on high availability and performance metrics to meet user demands. Implement distributed storage systems with technologies like MinIO and Ceph to enhance data accessibility and redundancy. Collaborate with the Platform Operations team to optimize storage performance, leveraging performance optimization techniques for reliability. Analyze system performance metrics to identify bottlenecks, applying performance optimization strategies to improve service quality. Take ownership of specific storage projects, driving them from conception to deployment while documenting processes for knowledge sharing. Assist in troubleshooting storage-related issues, providing timely solutions to both internal and external stakeholders using gRPC for communication. Document system architecture and processes to facilitate knowledge sharing within the team, ensuring clarity in project execution. This role fosters an ownership culture, allowing you to directly impact the efficiency and reliability of storage solutions at DigitalOcean
• Required Skills & Technical Competencies The ideal candidate for the Software Engineer II – Storage position should possess a strong technical skill profile, particularly in storage technologies and system design. Technical Skills Object Storage — entry — crucial for managing large volumes of data efficiently through design and implementation. Distributed Storage Systems — entry — practical application in enhancing data redundancy and availability within DigitalOcean ‘s infrastructure. Scalable System Design — entry — used daily to ensure that storage solutions can grow with user demand and data volume. Concurrency and Parallelism — entry — essential for optimizing performance in multi-threaded environments, part…