Summary
Hexagon is a global leader in digital reality solutions, combining sensor, software, and autonomous technologies. Our R&D team is pioneering innovations in high-performance computing (HPC), solver intelligence, and machine learning integration across simulation workflows.
We are seeking a passionate and technically skilled intern to join our R&D team as a GPU Acceleration & HPC Intern. This role is ideal for students with a strong foundation in parallel computing and GPU programming, eager to apply their skills to real-world engineering simulations and solver optimization.
Job Responsibilities
- Optimize solver performance using CUDA, AMGX, and CUDA-X.
- Develop multi-GPU frameworks and containerized HPC workflows.
- Benchmark simulation speedups and contribute to solver intelligence.
- Collaborate on ML integration into compute-heavy CAE tasks.
Qualifications
- Experience with cutting-edge GPU technologies.
- Faster POC cycles and real-world solver acceleration.
- Mentorship from Hexagon and NVIDIA collaborators.
Talent Sources
- UIUC, UT Austin, and other HPC-focused programs.
- National lab interns and coding competition participants.
What You'll Gain
- Experience with cutting-edge GPU technologies.
- Faster POC cycles and real-world solver acceleration.
- Mentorship from Hexagon and NVIDIA collaborators.
What We Offer
- A paid internship.
- Exceptional Medical Insurance
- 401k with generous employer match
- Exposure to real-world manufacturing Platform
- Networking opportunities across Hexagon’s global business.
Explore Life at Hexagon
At Hexagon, we’re empowering an autonomous, sustainable future through innovation in manufacturing intelligence, simulation, and automation. Get to know our teams, our culture, and our technology through our social media channels:
Instagram: @hexagon_mi | @hexagon_ab
LinkedIn: Hexagon Manufacturing Intelligence
YouTube: Hexagon MI | Hexagon AB
Twitter/X: @HexagonMI | @HexagonAB
Facebook: Hexagon Manufacturing Intelligence
Learn more at hexagon.com and get inspired by how we shape smart change across industries.
Duration: Summer 2026 (10–12 weeks)
Compensation: Competitive hourly rate
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