1

Webgpu Jobs in Boston, MA (NOW HIRING)

Webgpu information

What is the difference between Webgpu vs WebGL Developer?

AspectWebgpuWebGL Developer
Required credentialsKnowledge of graphics APIs, programming skills in JavaScript/TypeScriptSimilar credentials, often with additional graphics or computer science background
Work environmentWeb development, graphics programming, browser-based applicationsWeb development, interactive graphics, browser-based projects
Industry usageEmerging technology for high-performance graphics in browsersEstablished technology for 3D graphics in web applications
Common search intentUnderstanding new graphics API differences, learning WebgpuWebGL programming, troubleshooting, tutorials

Webgpu is a newer graphics API designed for high-performance rendering in browsers, offering more direct hardware access than WebGL. WebGL developers often transition to Webgpu as it provides better efficiency and capabilities, but WebGL remains widely used for existing projects. Both roles require similar skills in web graphics programming, but Webgpu specialists focus on cutting-edge browser graphics technology.

What are the key skills and qualifications needed to thrive as a WebGPU Developer, and why are they important?

To thrive as a WebGPU Developer, you need a solid background in computer graphics, JavaScript/TypeScript, and GPU programming concepts, often backed by a degree in computer science or a related field. Familiarity with WebGPU APIs, shader languages like WGSL or GLSL, and development tools such as browser devtools or graphics debuggers is essential. Strong problem-solving, attention to detail, and effective communication skills help developers optimize performance and collaborate with team members. These competencies are crucial for building efficient, visually rich web applications that leverage modern graphics hardware.

What is WebGPU?

WebGPU is a modern web graphics API that allows web developers to access the power of a computer's GPU (Graphics Processing Unit) directly through the browser. It is designed to provide high-performance graphics and computation capabilities, enabling advanced rendering and machine learning tasks on the web. WebGPU is intended as a successor to WebGL, offering more direct control over GPU resources and better performance. It is currently being implemented in major browsers and is expected to become a standard for web-based graphics and computation.

What are some common challenges faced by developers working with WebGPU, and how can these be addressed?

Developers working with WebGPU often encounter challenges such as limited browser support, evolving specifications, and a steep learning curve due to its low-level API nature. Overcoming these challenges involves staying updated with the latest WebGPU developments, actively participating in community forums, and leveraging official documentation and sample projects. Collaborating closely with other frontend and graphics engineers is also crucial, as sharing knowledge and troubleshooting together can accelerate problem-solving and skill growth.
Infographic showing various Webgpu job openings in Boston, MA as of July 2026, with employment types broken down into 100% Full Time. Highlights an 70% In-person, 10% Hybrid, and 20% Remote job distribution.
Senior Software Engineer, Immersive and Interactive Media

Senior Software Engineer, Immersive and Interactive Media

Museum of Science

Boston, MA • On-site

$133K - $175K/yr

Full-time

Posted 7 days ago


Job description

Museum of Science, Boston
www.mos.org
Innovation and creativity come from the unique perspectives of a diverse staff. We value your perspective.
Who We Are
As science and technology increasingly shape our lives, the Museum of Science strives to equip and inspire everyone to use science for the global good while keeping up with the pace of change. Among the world's largest science centers and New England's most attended cultural institution, we engage nearly five million people a year - at Science Park and in museums around the world, in classrooms, and online.
The Museum's singular location connecting Boston and Cambridge puts us at the junction of some of the world's most influential academic institutions and industries, local and state government, schools, and the public. Trusted by each sector, we are ideally positioned to convene, inspire, and create meaningful experiences for all. Come join us on our mission to inspire a lifelong love of science in everyone and living our vision for a world where science belongs to each of us for the good of all of us.
What You'll Accomplish
Immersive & Interactive Software Development:
  • Architect, design, develop, deploy, and maintain Unity-based immersive and interactive applications with attention to detail, quality, performance, reliability, and maintainability.
  • Build rapid prototypes and evolve features into production software in an iterative design and development process.
  • Develop and optimize real-time rendering, animation, UI, and data processing systems; profile and resolve performance bottlenecks with the CPU, GPU, and memory.
  • Integrate software with audio, video, or sensor hardware; occasionally research new hardware and develop software interfaces.
  • Test, debug, deliver, and maintain Windows desktop builds, addressing any functional, deployment, or platform-specific issues.
  • Use version control effectively (Git-based workflows), manage branches/merges, and support release processes.

Media Preparation and Asset Export:
  • Prepare media and design files for software development by slicing graphics, converting file formats, and exporting content into usable assets.

Communication & Collaboration:
  • Collaborate and communicate effectively with cross-functional teams, external partners, and stakeholders.
  • Analyze software requirements to determine the feasibility of a design within project timeline and budget, communicate potential risks and negotiate scope to stay within constraints.
  • Document software, tools, and templates for easy use by other developers, collaborators, or partners.
  • Participate in code review and team collaboration to share and improve skills, knowledge, and software development practices.

Applicants must currently reside in Massachusetts, New Hampshire, or Rhode Island. This is a hybrid position, requiring a minimum of 2 days onsite per week in Boston (with the potential of additional onsite days required during project phases.
What We're Looking For (Competencies)
Required technical skills:
  • High proficiency with C#
  • Working knowledge of C++
  • Demonstrated experience developing software with game engines (Unity, Unreal, Godot, etc.)
  • Demonstrated experience delivering immersive projects (projection mapped environments/XR/VR) and building interactive 3D experiences
  • Proficiency with real-time 3D pipelines, shaders, and visual effects
  • Working knowledge of 2D/3D math (vector math, linear algebra, trigonometry, geometry, coordinate systems, etc.)
  • Working knowledge of basic algorithms and data structures
  • Working knowledge of data representations (byte representation of common data types, byte serialization/deserialization, image data representations, etc.)
  • Demonstrated experience with desktop application development on Windows
  • Demonstrated experience with prototyping and understanding of agile or iterative development philosophies.
  • Knowledge of the Software Development Life Cycle (SDLC) and software engineering best practices
  • Strong understanding of hardware and technologies for interactive media or immersive experiences (computer components, displays, projectors, Arduino, etc.)
  • Strong understanding of version control tools (Git, BitBucket, GitHub, etc.)
  • Strong understanding of graphic design, video, and 3D content creation tools (Adobe Creative Suite, Autodesk, Blender, etc.)
  • Working knowledge of slicing and exporting graphics
  • Working knowledge of converting, modifying, and exporting media files

Nice-to-have technical skills:
Demonstrated experience with any of the following:
  • Computer graphics
  • Computer vision
  • Machine learning
  • Game development or design
  • 2D graphic design
  • 3D computer modeling and animation
  • UI and UX design
  • Graphics APIs (OpenGL, Vulkan, DirectX, WebGL, WebGPU etc.)
  • GPU compute APIs (CUDA, OpenCL, etc.)
  • Python, JavaScript

Collaboration:
  • Demonstrated experience working closely with cross-functional and technical teams to deliver high-quality digital experiences and software.

Communication:
  • Strong communication skills for cross-functional collaboration, team coordination, constructive feedback, and technical documentation.

Comfort with Ambiguity:
  • Ability to understand, define, and clarify an ambiguous or uncertain problem so a technical solution can be developed.
  • Excellent judgement and analytical skills to make technical decisions despite ambiguity and uncertainty.

Strategic Problem Solver:
  • Ability to identify challenges, develop solutions, and drive continuous improvement in our software engineering practices and technology platforms.

How We Work-Our Values
Mission-Focused: We inspire a lifelong love of science in everyone.
Audience-Driven: Everything we do begins with the people we serve.
Innovative: We are curious, take smart risks, share responsibility, and own outcomes.
Generous: We offer time and energy towards common goals.
Salary Range
$90,000-$102,000 USD
The Museum of Science is fully committed to Equal Employment Opportunity and to attracting, retaining, developing and promoting the most qualified employees without regard to their race, gender, color, religion, sexual orientation, national origin, age, physical or mental disability, citizenship status, veteran status, or any other characteristic prohibited by federal, state or local law. We are dedicated to providing a work environment free from discrimination and harassment, and where employees are treated with respect and dignity.