Adobe is seeking an exceptional Application Software Engineer to join our innovative team working on next-generation multi-surface collaborative 3D graphics software. This role offers a unique opportunity to shape the future of creative professional tools through deep integration with flagship applications like Photoshop and Illustrator.
As part of our tight-knit team, you'll be at the forefront of developing state-of-the-art software components that enable visualization, creation, capture, and generation of 3D content. You'll work closely with Adobe's UX design and research teams to transform groundbreaking ideas into shipping features that impact millions of creative professionals worldwide.
The ideal candidate brings strong expertise in C++ development, with particular emphasis on high-performance computing and graphics programming. You'll be responsible for architecting robust solutions, implementing modern algorithms, and ensuring optimal performance across platforms. Your role will involve significant collaboration across teams, code review responsibilities, and mentorship opportunities.
This position offers competitive compensation ranging from $108,000 to $198,500 annually, based on geographic location and experience. You'll be part of Adobe's mission to change the world through digital experiences, working with a company that values innovation, creativity, and employee growth.
Key technical areas include C++ (particularly C++17), cross-platform development, high-level API design, and Python scripting. Experience with graphics APIs (OpenGL, DirectX, Vulkan, Metal) and 3D content creation tools is highly valued. You'll be working in either San Francisco or San Jose, contributing to Adobe's suite of creative professional tools that are used by millions worldwide.
Join us in revolutionizing how creative professionals work with 3D content, while being part of a supportive team that values software craftsmanship and innovation. This role offers the perfect blend of technical challenges, creative problem-solving, and direct impact on the future of digital content creation.