- Technical ownership of autonomous robotics architecture across multiple projects.
- Support deployment of autonomous systems in industrial and enterprise environments.
- Define architecture standards and governance practices across autonomous programs.
- Contribute to innovation initiatives and reusable robotics frameworks.
- Drive improvements in system scalability, safety, reliability, and operational efficiency.
- Drives autonomous systems innovation and technology leadership.
- Enhances operational efficiency through intelligent robotics solutions.
- Improves safety and reliability of autonomous operations.
- Establishes enterprise architecture standards for robotics platforms.
- Supports successful integration of robotics, AI, cloud, and edge technologies.
- Influences technology strategy and solution direction.
- Ensures engineering excellence and architecture governance.
- Supports successful client delivery and stakeholder engagement.
- Define end-to-end architecture for autonomous robotic systems and intelligent mobility platforms.
- Lead architecture design for robotic dog, AMR (Autonomous Mobile Robot), and autonomous inspection solutions.
- Define navigation, localization, mapping, and obstacle avoidance frameworks.
- Design sensor fusion architectures integrating LiDAR, Cameras, IMU, GPS, Radar,



and other industrial sensors.
- Establish perception and decision-making architectures supporting autonomous operations.
- Define fleet management architecture for multi-robot coordination, monitoring, and mission execution.
- Drive robotics middleware design using ROS/ROS2 and distributed robotics frameworks.
- Establish simulation and validation strategies using digital twins, Gazebo, Isaac Sim, and related technologies.
- Collaborate with AI and Computer Vision teams to integrate perception intelligence into robotic platforms.
- Define communication architectures between robots, edge devices, cloud platforms, and enterprise systems.
- Lead technical reviews, architecture assessments, and design governance activities.
- Evaluate emerging robotics technologies and recommend adoption strategies.
- Define safety, reliability, cybersecurity, redundancy, and operational compliance standards.
- Support solution planning, effort estimation, technical proposals, and client discussions.
- Mentor engineering teams and provide technical leadership across autonomous systems programs.
- Establish reusable architecture patterns, frameworks, and accelerators for robotics solutions.

📌 Autonomous Systems Architect (Bengaluru)
🏢 Infosys
📍 Bengaluru