establishing ai robotics platform education labs in 36 zilla parishad (zp) schools in sangli district (36 units) supply, installation, testing & commissioning minimum hardware modules -, sensor interface module: support for ultrasonic, ir, light, temperature, sound, and motion sensors and other as per curriculum. { qty - 10 per school], programmable visual output module: led matrix, lcd/oled displays for jata visualization and output view. multiple input-output is preferred.{ qty - 10 per schoo

Rural Development Department has invited bids for the establishing ai robotics platform education labs in 36 zilla parishad (zp) schools in sangli district (36 units) supply, installation, testing & commissioning minimum hardware modules -, sensor interface module: support for ultrasonic, ir, light, temperature, sound, and motion sensors and other as per curriculum. { qty - 10 per school], programmable visual output module: led matrix, lcd/oled displays for jata visualization and output view. multiple input-output is preferred.{ qty - 10 per school], reusable and connection oriented design are preferred. d stem learning module: hands-on kits integrating science, mathematics, and engineering concepts and other (inclusion of steam is recomm.). { qty - 10 per school], c. automation & intelligent system module: motor control, relay modules, smart automation setups and other capabilities.{ qty - 10 per school], progressive learning and resource optimization: reusable modular kits for suitable classes.{ qty - 10 per school], classroom deployment model: one kit per group (2-3 students) with centralized teacher control. { qty - 10 per school], h. human interaction input module: switches, buttons, touch sensors, pcb, microphones, camera modules and other essentials. { qty - 10 per school], i. provision may be made for additional compatible hardware modules aligned with the objectives of the al & robotics laboratory as per curriculum. robotics kits -, a. beginner robotics kits: block-based coding., b. intermediate robotics kits: microcontroller/microprocessor based., c. advanced al-enabled robotics kits: vision, motion & voice based. . minimum software modules -, a. multilingual & voice-guided module: support for english and regional languages.{ qty - mini-40 users per school], b. user authentication module: role-based login for students and teachers. { qty - mini-40 users per school], al-enabled teacher module: lesson planning assistance and concept explanation support. { qty - mini-40 users per school], d. classroom management module: monitor student devices and activities. { qty - 5 users per school], e. assessment & evaluation module: auto-graded quizzes, project { qty - 5 users per school], f. student progress module: individual learning analytics and repos { qty - 5 users per school] min. programming & development software -, a. online-offline editor, b. programming language with suitable ide., c microcontroller/microprocessor programming ide compatible with supplied hardware. { qty - mini-40 per school]". The estimated project cost is ₹2 Cr, with an EMD of ₹0.04 Cr. Interested bidders can submit applications until 23 September 2026, with the technical opening scheduled for 28 September 2026.