Velo3D

• Demonstrate the ability to manage and guide the target account through a noticeable increase in demand generated on Sapphire systems. • Demonstrate the ability for the target account to view you as their go-to Velo technical engineer for current and future programs and applications. • Work in a fast-paced, growing company to lead target accounts into manufacturing production using Velo3D’s end-to-end manufacturing solution. • Take ownership of target accounts through education and project/program management of all aspects for critical programs and applications from the early design phase and then from the prototype phase into full-scale production. • Ability to leverage previous experiences in design and manufacturing engineering to help target accounts visualize a manufacturing path forward to the final desired production manufacturing plan. • Design, modify, and analyze complex geometries in CAD and use Velo’s print preparation software to obtain estimated print times and costing quotes to present to target accounts. • Advanced problem solving and conflict resolution of complex and multi-entity situations, including but not limited to internal engineering teams, external engineering/manufacturing teams, and external customers/Contract Manufacturers (CMs) operating a Velo Sapphire. • Ability to document statement of work and customer acceptance criteria to communicate externally and internally. • Educate customers on known Velo3D part design allowables, including understanding physical and economic implications that could present themselves with printing vs. incumbent mfg. process. • Consult customers on potential design optimization and challenges for desired part geometries and effectively communicate this both visually and verbally. • Work with Applications Engineering on parts and applications that are not part of the current design allowables by effectively communicating the problem statement. • Work closely and effectively with teams across multiple departments on technical projects. • Maintain strong organizational skills concerning documentation, software analysis, and project management.

• Evaluate and select the appropriate GPU computing technologies and frameworks (e.g., CUDA, Kokkos, or other modern GPU programming models) based on performance, portability, maintainability, and long-term architectural goals. • Design and implement the GPU computing layer within our desktop software stack, introducing GPU acceleration for computationally intensive workloads. • Integrate GPU development into the existing build and tooling ecosystem, including configuring the build system, dependency management, CI/CD workflows, and developer tooling to support GPU targets. • Port and optimize mesh processing algorithms and other performance-critical components from CPU implementations to GPU-accelerated implementations. • Analyze performance bottlenecks and apply GPU optimization techniques such as memory layout optimization, kernel design, and efficient data transfer between CPU and GPU. • Establish best practices, documentation, and architectural guidelines for GPU development to enable maintainable and scalable use of GPU acceleration across the codebase. • Collaborate with other engineers to identify additional opportunities for GPU acceleration and ensure seamless integration with the broader application architecture.

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description As a Software Engineer focused on Geometric Algorithms, you’ll help build the systems that turn complex geometry into real-world results. Our build setup stack works with large and intricate geometric data to analyze designs, highlight potential issues, generate supports, and create precise, geometry-driven lasing instructions. In this role, you’ll work hands-on with 2D and 3D geometry, applying geometric algorithms to meshes, polygons, and other piecewise linear models to solve challenging and meaningful problems. Responsibilities - Update existing and develop novel 3D mesh processing algorithms - Understand and improve complex 2D geometric processing code for generating laser paths for printing parts - Work with process and application engineers who use the software to understand their problems and suggest novel solutions Qualifications - Extensive experience with C++ - Experience with parallel computations - Experience with geometry processing algorithms and computational geometry Requirements - Familiarity with Qt - Familiarity with Vtk - Experience working with advanced users of their software Benefits - Healthcare coverage - 401(K) employer contributions - Monthly all-hands meetings - Team member appreciation awards

• Improve our existing VTK-based rendering pipeline • Investigate alternative foundational libraries to potentially move to • Work with our applications engineers to understand and fix key display bottlenecks.