Senior AI Research Scientist

At Slingshot Aerospace,we'reon a mission to make space safer and more securefor everyone. Our work directlyimpactsglobal security, disaster response, climate monitoring, and the critical infrastructure that connects our world.

We'rea team of builders, thinkers, and problem-solvers who believe that the next generation of space operations will be powered by better data and smarter software. We move fast,we'renot afraid to fail, and we believe the best ideas can come from anywhere—whether you'rein engineering, sales, product, or operations. If you want to work on something that truly matters, with people who care deeply about the impactwe'remaking and help shape the future of an industry that'sjust getting started,you'rein the right place.

In this role, you will join the AI and Data Science department within Slingshot’s Research and Development (R&D) organization. You will contribute directly to Slingshot’s vision to accelerate space sustainability and create a safer, more connected world. You will identify opportunities for AI to contribute to Slingshot’s mission goals by pioneering novel algorithms that leverage diverse data streams and advanced intelligence engines and by integrating the advancements into broader AI systems across the Slingshot technology platform.

We're building a team of sharp, creative people who love solving hard problems. We value curiosity over ego, initiative over waiting for permission, and people who genuinely care about doing great work . Bring your expertise , your fresh ideas, and your drive— we'll bring the rocket fuel.

• Research and design AI systems, models, and advanced machine learning algorithms to augment physics-driven modeling and simulation systems and enable intelligent AI agents to reason, plan, and adapt based on simulated and real-world sensor data
• Lead innovation in AI-driven simulation tooling, identifying opportunities to enhance workflows through reinforcement learning, multi-agent systems, and hybrid modeling approaches
• Collaborate with research, engineering, and product teams to build AI-driven solutions that meet mission-critical modeling and decision-support needs
• Publish, and present research outcomes at approved conferences and peer-reviewed journals sharing advances with both internal stakeholders and the wider research community.
• Contribute content to technical invention disclosures, including associated narrative, graphics, and engagements in support of patent development
• Perform additional responsibilities (no more than 10% of duties) in support of the company’s data science and product development initiatives

• AI/ML expertise
• Demonstrable experience in the application of sophisticated AI/ML methodologies to science and/or engineering disciplines, including deep learning, generative models (e.g. LLMs, diffusion models), agentic systems, reinforcement learning, computer vision, or other emerging areas of AI research
• Hands‑on experience developing and deploying supervised and/or unsupervised learning models
• Familiarity with object‑oriented or functional programming principles
• Expertise in at least one high‑level programming language (e.g. Python, R, C++, Java)
• Collaborative source code management and maintenance processes (e.g. Github, code reviews, CI/CD)
• Ability to work within multi‑disciplinary teams in a fast‑paced, evolving operational environment that spans military, government, and industry partners
• Excellent verbal and written communication skills
• Passion for Space and AI/ML applications
• Must be a U.S. citizen eligible for government clearances

• Experience with fine‑tuning LLMs, prompt engineering, retrieval‑augmented generation (RAG), and domain adaptation for scientific/engineering datasets using modern ML frameworks and model hubs
• Familiarity with Reinforcement Learning (RL) and multi‑agent reinforcement learning to enable training agents that learn strategies in simulation and real‑world contexts
• Strong understanding of neural networks, transformer architectures, attention mechanisms, and optimization methods to extend or fine‑tune transformer‑based…