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About

Sourabh Anand is a rising researcher at the intersection of advanced manufacturing, renewable energy systems, and autonomous robotics. His work spans three transformative domains: 3D printing with robotic arms, solar-thermal energy integration, and intelligent navigation for autonomous vehicles. Anand’s most-cited study, “Robotic Arm 3D Printing: Technological Advancements and Applications” (2024, 5 citations), provides a comprehensive review of additive manufacturing’s evolution, highlighting how robotic arms enable complex, large-scale structures beyond traditional printers. In the energy sector, his comparative analysis of a hybrid CPC-PVT-TEG collector integrated with a vapour absorption refrigeration system (2023, 5 citations) systematically evaluates three PV module types—Tedlar, aluminium, and semi-transparent—demonstrating how material choices impact thermal and electrical performance. This work offers practical guidance for designing efficient solar cooling systems. For autonomous systems, Anand has contributed probabilistic roadmap generation for robot path planning in dynamic environments (2024, 3 citations) and integrated convolutional neural networks for automated guided vehicle guidance (2024, 2 citations), advancing real-time navigation and obstacle avoidance. Though early in his career, Anand’s interdisciplinary approach—bridging mechanical design, thermodynamics, and AI—positions him as a versatile innovator. His growing citation record reflects a researcher tackling pressing challenges in sustainable manufacturing, clean energy, and intelligent automation.