Physical AI
- I’ve worked on applied Physical AI and robotics projects with a strong focus on simulation-first development using NVIDIA Omniverse and Isaac Sim. My work centered on building digital-twin environments to validate robotics workflows , teleoperation, and enable robot training. I’ve been involved in designing system-level setups for robot control, perception, and motion planning using ROS 2, and in exploring synthetic data generation for robot training to reduce dependence on large-scale real-world data collection.
NVIDIA Multimodal AI apps and extensions in NVIDIA Omniverse
- Work on multimodal AI systems with focus on speech-based interaction and 3D simulation environments. Most of my experience is around designing and integrating conversational interfaces, connecting ASR/TTS pipelines with interactive systems, and applying these concepts within NVIDIA Omniverse. I’m comfortable translating technical requirements into working system designs and collaborating across AI, simulation, and platform teams to build practical solutions.
- I specialize in working with NVIDIA Omniverse, with a strong focus on simulation and digital twin use cases in projects. My work has involved building and supporting proof-of-concepts, delivering hands-on Omniverse trainings for engineers and 3D designers, and helping teams evaluate how simulation and visualization can be applied effectively in practice. I often operate at the intersection of technical teams and stakeholders, supporting demos, early solution design, and technical decision-making.
Scrum
- Worked in Agile environments and supported sprint planning, backlog refinement, and coordination activities as a certified Scrum Master.
Academic Background in Computational Neuroscience
- My academic background in Computational Neuroscience provided a strong quantitative foundation that continues to shape my professional work. The program was deeply rooted in mathematical modeling, signal processing, probability, and system-level thinking, with a strong focus on understanding complex systems and models.
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