Technical Support Group Engineer (ID 1395)
Marketscope India
Market Research · 11-50 employees
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About the role
Commission, validate, and troubleshoot robotic systems at customer sites while performing root cause analysis on hardware and software failures. Collaborate with cross-functional engineering teams to resolve technical issues and provide feedback to improve product reliability.
What they look for
Requirements
Requires 2-6 years of experience in robotics or industrial automation with strong proficiency in ROS, Linux, and C++/Python. Candidates should have hands-on experience with embedded systems, networking protocols, and field commissioning of autonomous systems.
Full description
· Commission and validate robotic systems at customer sites.
· Diagnose and resolve hardware, software, electrical, and networking issues.
· Perform root cause analysis for field failures and recommend corrective actions.
· Support installation, configuration, calibration, and acceptance testing of robotic systems.
· Debug ROS-based software stacks and system-level integrations.
· Analyze system logs, diagnostics, and performance data to identify failures.
· Work closely with Product Engineering, Controls, Mechanical, Electronics, and Software teams to resolve complex technical issues.
· Document field observations, investigation reports, and corrective actions.
· Develop and execute validation procedures for new features and fixes.
· Support customers remotely and onsite during commissioning and production operations.
· Identify recurring field issues and provide feedback to product development teams to improve product reliability.
Requirements
· 2-6 years of experience in robotics, industrial automation, embedded systems, or technical support.
· Experience with AMRs, AGVs, autonomous systems, or industrial automation products is preferred.
- Strong knowledge of robotics fundamentals, mobile robot kinematics, localization, navigation, SLAM, path planning, and motion control.
- Hands-on experience with ROS/ROS2, Linux (Ubuntu), C++ and/or Python, shell scripting, and Git.
- Good understanding of embedded systems, PLC interaction, motor controllers, drive systems, and sensor interfaces.
- Experience working with CAN, RS485, UART, and Modbus communication protocols.
- Good understanding of TCP/IP, Ethernet networking, IP configuration, routing, switching, and network diagnostics.
- Strong skills in system debugging, log analysis, failure reproduction, functional testing, integration testing, and root cause analysis.
- Knowledge of LiDAR, cameras, IMUs, encoders, safety scanners, and industrial safety systems is preferred.
- Exposure to industrial automation, warehouse automation, AGV/AMR systems, and field commissioning is preferred.