Qualifications
Key Responsibilities:Develop and implement user-facing features and internal tools for our full-stack platform.Collaborate with designers and engineers to ensure a polished UI and optimal performance.Contribute to our 3D mapping and QA tools using technologies including React, ThreeJS, and WebGL.Utilize real-world data from LiDAR scans, satellite imagery, and infrastructure projects.Engage in code reviews, sprint planning, and product evaluations with the team.What You Bring:Currently enrolled in a Computer Science degree or a related discipline (Graduating 2026–2027).Strong understanding of data structures, algorithms, and software engineering principles.Experience with modern web technologies (JavaScript/TypeScript, React, Node.js).Interest in 3D graphics, geospatial tools, infrastructure, or AI-assisted design.Enthusiasm for rapid learning, meaningful contributions, and solving challenging technical issues.Preferred Qualifications:Prior experience with 3D rendering libraries such as Three.js.Interest in WebGL, WebGPU, or optimizing graphics performance.Familiarity with design tools like Figma, GitHub, or Postgres.Experience with design tools, mapping software, or visualization projects.
About the job
About the Role:
Join Mach9 as a Software Engineering Intern and help shape the future of infrastructure design. Our innovative platform converts raw LiDAR and geospatial data into engineering-grade outputs utilized by civil engineers and surveyors globally.
This internship is perfect for ambitious students eager to tackle complex technical challenges and deliver tangible features in a production environment.
You will collaborate with seasoned engineers and designers on a cutting-edge 2D/3D web platform that combines CAD-like accuracy with the user-friendliness of modern applications. You’ll be involved in everything from front-end UI to graphics and infrastructure, gaining invaluable experience in a dynamic startup atmosphere.
About Mach9
Mach9 is a pioneering company at the forefront of infrastructure design technology. We harness advanced data processing techniques to transform geospatial data into actionable insights, empowering civil engineers and surveyors worldwide to enhance their projects and workflows.