FAQs
What is the job title for this internship?
The job title for this internship is Intern, Software Engineer - Geometric Reasoning.
What type of research will the intern be involved in?
The intern will be involved in machine learning research applied to design, specifically focusing on training decoder only transformer models on sequences encoding geometric information.
What qualifications are required for this internship?
Candidates must be full-time students pursuing an MS or Ph.D. in Computer Science, Computational Design, Graphics, Machine Learning, or a related discipline, with a broad understanding of machine learning and deep learning, programming skills in Python, and experience with 2D geometry and various ML/DL platforms.
Is prior research experience necessary for this position?
Yes, experience conducting research and publishing results is required for this internship.
What programming languages and tools should candidates be proficient in?
Candidates should be proficient in Python and familiar with ML & DL platforms and libraries such as PyTorch, TensorFlow, Keras, and scikit-learn.
Is knowledge of geometry processing important for this role?
Yes, having a good grounding in geometry processing is important for this role.
What kind of team dynamics can the intern expect?
The intern will work with a team of researchers and engineers towards common goals, and should be an excellent communicator and team player.
Are there any preferred qualifications for this internship?
Preferred qualifications include experience with domain-specific languages, knowledge of computational geometry and computer graphics, knowledge of common graph algorithms, and understanding algorithms for geometric constraint solving.
Where is the internship located?
The job description does not specify the exact location, but it is implied that it may involve a hybrid work format.
What is Autodesk's approach to diversity and belonging?
Autodesk takes pride in cultivating a culture of belonging and an equitable workplace where everyone can thrive, as detailed on their diversity and belonging webpage.
