Senior Software Engineer (Computational Geometry) - job 1 of 2

As a Senior Software Engineer (Computational Geometry) at Freeform, your responsibilities include developing algorithms for geometry deformation and procedural geometry generation, working with simulation engineers to integrate models into our software pipeline, and collaborating with data scientists to deploy machine learning algorithms. You'll play a crucial role in designing and developing the print preparation software pipeline for our advanced production-scale metal 3D printing system.

To qualify for the Senior Software Engineer (Computational Geometry) position at Freeform, you should have a minimum of 5 years of experience in software development, particularly with C++ (C++11/14/17), and a strong background in object-oriented programming and design. Proficiency in computational geometry is essential, while a bachelor's, master's, or PhD in computer science or applied mathematics is highly preferred. Experience with CAD/CAM software and 2D/3D meshing techniques is a plus!

At Freeform, we believe in nurturing growth and collaboration among our team members. As a Senior Software Engineer (Computational Geometry), you'll have access to ongoing training and development opportunities. We value an inclusive environment where diverse ideas are shared, allowing for innovative solutions and professional advancement. Additionally, with significant stock options and competitive salaries, your growth aligns with the company's success.

The work environment at Freeform for a Senior Software Engineer (Computational Geometry) is dynamic and engaging, located in a state-of-the-art facility in Hawthorne, CA. Our open spaces encourage collaboration, creativity, and teamwork. Employees enjoy flexible work hours, complimentary meals, and regular team-building activities, all while being part of a cutting-edge tech ecosystem in Los Angeles.

In your role as a Senior Software Engineer (Computational Geometry) at Freeform, you'll work with a diverse range of software tools and technologies, including C++, machine learning frameworks, CAD and CAM software APIs, and advanced meshing techniques. Familiarity with MATLAB and Python, as well as cloud computing concepts, will also enhance your contributions.

When answering this question, be sure to highlight any projects where you developed algorithms related to geometry manipulation or modeling. Discuss specific techniques you've used in computational geometry and how these can be beneficial in enhancing the accuracy and efficiency of 3D printing processes.

Focus on a couple of examples where you developed algorithms for geometry deformation. Explain the challenges you faced, your approach to solving them, and the results of your algorithms in practical applications. Bring in metrics or performance improvements to showcase your impact.

Emphasize your communication skills and collaborative spirit. You can talk about past experiences where you worked with other engineers, detailing how you integrated their models into software, and highlighting the importance of teamwork in achieving shared goals and driving innovation.

When responding, detail your proficiency with C++, including which standards you're familiar with (C++11/14/17), and share examples of software projects you've worked on. Mention any design patterns you’ve used and how you ensured the software you created was scalable and maintainable.

Articulate how you've previously interacted with CAD and CAM software APIs, including specific challenges you faced and how you overcame them. Discuss how such experiences will be beneficial at Freeform, particularly regarding the interfaces you'll develop.

Discuss your systematic approach to debugging—using tools, methodologies, and metrics to track and resolve issues effectively. Provide examples of how you've optimized algorithms for performance in the past, focusing on the techniques that led to successful outcomes.

Explain your strategies for continuous learning—whether it be through online courses, trade publications, or networking within the tech community. Share how you apply insights from recent trends to your work, contributing to innovation and competitiveness.

Choose a specific problem that required innovative thinking and technical skills to resolve. Explain the situation, the solution you implemented, and the impact it had on the project and your team. Use this opportunity to showcase your analytical and creative problem-solving skills.

Share a specific instance where you successfully acquired a new skill or technology in a tight timeframe. Talk about your learning process, the resources you utilized, and how you applied this knowledge in your role effectively.

Express your enthusiasm for the intersection of software and manufacturing, focusing on how digital technology is transforming traditional processes. Articulate your passion for innovation and how you see your role contributing to this exciting frontier within the engineering field.