Location: Raleigh, NC
Cap-Exempt H-1B Position — No lottery required
The Accelerator Enablement team, part of Platform Core Components Engineering, is looking for individuals with a passion for Open Source, automation and helping grow the impact of Red Hat’s AI offerings for our customers and the community. In the position of Software Engineer you will work with a diverse team of highly motivated engineers on solving complex challenges by designing, implementing and productizing the Red Hat portfolio. Your focus will be on integration of the AI stack with hardware accelerators from leading vendors. This position enables you to impact Red Hat’s rapidly growing AI family of products directly. At Red Hat, our commitment to open source innovation extends beyond our products - it’s embedded in how we work and grow. Red Hatters embrace change – especially in our fast-moving technological landscape – and have a strong growth mindset. That's why we encourage our teams to proactively, thoughtfully, and ethically use AI to simplify their workflows, cut complexity, and boost efficiency. This empowers our associates to focus on higher-impact work, creating smart, more innovative solutions that solve our customers' most pressing challenges. What you will do: - Design and contribute to the packaging and productization of software for RH core platform components to leverage the power of hardware accelerators. - Work closely with Engineering and Support stakeholders to prioritize features and bugs during all phases of development - Collaborate with cross-functional teams on our AI integration within the software development lifecycle, driving continuous improvement and innovation in engineering practices; share use cases for successful experiments with stakeholders for broader use. - Contribute to architectural and design principles with an eye on performance, resilience, scalability, security, technology constraints and comprehensibility. - Explore and experiment with emerging technologies relevant to software development, proactively identifying o