Electronics and robotics engineer Daniela Shchegelskaya discussed practical machine deployment in industrial applications during an interview with host Claire. She specializes in autonomous systems, control engineering, and AI-driven robotics developed specifically for safety-critical operations outside laboratory settings. Through her role at Elimpus, she is integrating Boston Dynamics' Spot robot to conduct regular inspections in live power substations. This industrial initiative addresses essential engineering hurdles including remote diagnostics, data collection, autonomous navigation, and reliable network connectivity.
Key points
Deploying robotics into safety-critical environments requires strict focus on operational…: Deploying robotics into safety-critical environments requires strict focus on operational reliability and system-level design.
Advanced industrial inspection systems must successfully manage automated data collection…: Advanced industrial inspection systems must successfully manage automated data collection alongside real-time remote diagnostics.
Real-world AI-driven machines depend on resilient connectivity to operate autonomously be…: Real-world AI-driven machines depend on resilient connectivity to operate autonomously beyond standard laboratory facilities.
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Claire chatted to Daniela Shchegelskaya from the University of Twente about getting robots to operate reliably in safety-critical environments.
Daniela Shchegelskaya is an electronics and robotics engineer specialising in autonomous systems, control engineering, and Al-driven robotics for industrial and safety-critical environments. She works on deploying real-world autonomous robots beyond lab conditions, focusing on reliability, connectivity, and system-level design. At Elimpus, she works on the integration of Boston Dynamics’ Spot for inspections in live power substations, including autonomous navigation, network connectivity, remote diagnostics, data collection and system-level reliability.
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