Software Engineer

• Plan and oversee development of a modified open source slicing software in collaboration with contracted development team
• Modify and maintain Marlin firmware, using appropriate documentation for ongoing development with other team members
• Investigate possible transition to Reprap, to meet needs of possible hardware changes.
• Test iterations of slicing software and firmware on prototype 3D printers.
• Record and analyse results of testing to communicate with team and interested parties, and recommend relevant development decisions and priorities
• Identify bugs and problems and implement changes in a timely manner
• Coordinate with other engineering personnel on design and integration
• Compile reports on ongoing projects and document results
• Assist in presentations, demos, and potentially trade shows
• Performs other related duties as assigned to meet organizational needs.

Pay: From $62,000.00 per year

Do you have experience in Teamwork?, Do you have a Bachelor’s degree?, Our team is expanding and looking for capable and eager candidates who want to be a part of a growing startup. We want people excited about taking on new challenges, and working to solve a wide range of problems., * Bachelor’s degree in Software Engineering or a related field

• Proficiency with languages such as C++, C, Python, and Perl
• Experience with software and firmware design
• Familiarity with hardware integration
• Problem solving and critical thinking
• Experience in project management and planning
• Good teamwork and communication skills
• Experience with 3D printing
• Strong preference for engineers who are confident in their own code written without GPT, Claude, or other Artificial Intelligence

Pulled from the full job description

• Health insurance
• Paid time off
• Life insurance
• Flexible schedule, * Flexible schedule
• Health insurance
• Life insurance
• Paid time off

At Generational Systems (Gene-Sys), we’re working to introduce a new way of metal 3D printing that’s meant for everyone. Our system is safer, lower-cost, easier-to-use, and more accessible than existing metal 3D printers. Located in Auburn, Alabama, we started as research at Auburn University, and grew into a startup that is working with education, industry, and defense to refine our prototype and make it widely available.