Task-6.5:Remote control of home appliances using Mobile or Web connectivity

NWP-13

Task – 6.5: Remote control of home appliances using Mobile or Web connectivity Task Leader:-  Joydeb Roy Chowdhury,  Avilasa Saxena Objective: Development of Suitable infrastructure for real time monitoring and control of various house hold equipments, gadgets using wireless sensor network or mobile telephony or internet. Development of Remote home Controller to integrate the residence’s various home…

Task-6.4:Development of instrumentation Interface system for Building Management

NWP-13

Task – 6.4: Development of instrumentation Interface system for Building Management Task Leader:-  Kota Srinivas Objective: To draw the specifications for instrumentation system required to create a Intelligent building which is safer, energy efficient and more comfort for its occupants. Development of instrumentation system for monitoring energy, identified environmental parameters and controls. Implementation of communication protocols…

Task-6.3:Glass Facade Cleaning Robotic System

NWP-12

Task – 6.3: Glass Facade Cleaning Robotic System Task Leader:-  Ravindra Singh Bisht Objective: To design and develop a robotic system for cleaning of glass walls and windows Scope of Work: Literature survey, Study of national/international available technology, Conceptual design Experimentation setup design Lab scale testing of individual module of robotic system Mechanisms design (adhesion, locomotion…

Task-6.2:Intelligent HVAC and Lighting controls in response to Ambient Environment

NWP-12

Task – 6.2: Intelligent HVAC and Lighting controls in response to Ambient Environment Task Leader:-  Nagesh Babu Balam Objective: Design, Development and Automation of Heating, Ventilation, Air Conditioning & Lighting Controls in response to the varying ambient environmental conditions. Integration of above features into Intelligent Building Protocol. Scope of Work: Design of Environmental Monitoring station and…

Task-6.1:Architectural Planning and Design of a residential unit for integrating Intelligent Building Features

NWP-11

Task – 6.1: Architectural Planning and Design of a residential unit for integrating Intelligent Building Features Task Leader:-  Ashok Kumar Objective: To design and demonstrate a residential unit with intelligent building features Scope of Work: Study the national / international available technologies Identification of Intelligent features to be incorporated in the building which includes safety, security,…

Task-5.5:Collection & Validation of data using developed sensor, Numerical modeling, Model updation and field implementation for building system

NWP-11

Task – 5.5: Collection & Validation of data using developed sensor, Numerical modeling, Model updation and field implementation for building system Task Leader:-  Ajay Chourasia Objective: Implementation of health monitoring approach using wireless sensor network, numerical analysis & modal updating on real-life buildings. Scope of Work: Numerical model development of prototype buildings using finite element technique…

Task-5.4:Development of statistical / artificial intelligence (AI) models to quantify the damage state of buildings

NWP-10

Task – 5.4: Development of statistical / artificial intelligence (AI) models to quantify the damage state of buildings Task Leader:-  J l Raheja Objective: The goal is to implement damage detection algorithms using multi-scale sensing data from a network of wireless sensors that is scalable and robust, utilizing statistical/Artificial Intelligence (AI) models to quantify the damage…

Task-5.3:Design & Development of ARM and FPGA Processor and Sensor Placement Optimization

NWP-10

Task – 5.3: Design & Development of ARM and FPGA Processor and Sensor Placement Optimization Task Leader:-  Kota Solomon Raju Objective: Design of wireless sensor network system (along with sensor placement optimisation) to sense, transmit, analyze and continuously monitor the physical parameters viz. vibration, temperature, humidity, wind speed, crack width and corrosion; which describes the health…

Task-5.2:Development of Wireless Sensors, Interrogator System and technique for wireless link for Buildings

NWP-9

Task – 5.2: Development of Wireless Sensors, Interrogator System and technique for wireless link for Buildings Task Leader:-  R. Bhatnagar Objective: Development of interfaces for wireless transmission of the data from sensors and arrays based on MEMS with sensor interface, required computation and actuation with wireless transceiver. Data Mining using advanced computational techniques Development of instrumentation,…