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Laboratory Name | Intel IOT Research Lab | |
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1. IoT Lab is aimed at enabling the interconnection and integration of the physical world and the cyber space 2. To provide knowledge on industry projects and use cases which encompasses of multiple areas such as Computer science, Communications, Electrical , Mechanical, and Microelectronics. 3. To do interdisciplinary projects related to IOT. 4. To develop the mechanisms of network convergence and autonomy. |
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Laboratory Name | Big Data Advanced Analytics Lab | |
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1. To Setup Hadoop Cluster and write Complex Map Reduce programs . 2. To know the Hadoop ecosystem concepts and analytics . 3. The focus will be on the technologies, tools/algorithms that are available for a variety of “analytics”. 4. To do the industry standard academic projects. 5. To work on a real life Project on Big Data Analytics. |
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Laboratory Name | CCNA Networking Lab |
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1. Learn the basic concepts of computer networking and acquire practical notions of protocols with the emphasis on TCP/IP. 2. To receive the internship from networking companies 3. To understand the simulation concepts of wireless and wired networks. |
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Laboratory Name | Mixed Signal Processing Lab | |
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1. To help the students to enhance their knowledge on embedded systems platform. 2. To Conduct training program and get Internship for students in the field of Microcontroller, DSP based processors and Wireless sensor Network. 3. To stimulate the students to do their projects related with real time problems |
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Laboratory Name | Texas Instruments Innovation Lab | |
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1. To help the students to enhance their knowledge on signal processing and sensing. 2. To facilitate the students in TI analog and embedded processing in engineering classrooms, teaching and research labs, design projects. 3. To create awareness about Signal & Image processing area and produce new application to society. |
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Laboratory Name | IEEE Blended Learning Program in VLSI | |
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1. To equip engineering professionals with the skills to quickly become much more productive in their work. 2. To create products with the leading EDA tools used in the semiconductor industry. 3.To develop a learning model that combines face-to-face teaching with engaging content and hands-on lab exercises. |
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Supported by Wipro Technologies, Bangalore |
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1. To bridge the gap between Industry and Academia by adopting Innovative Teaching Learning process 2. To provide Training to Faculty members and Students to enrich their technical knowledge to solve the Industrial Problems using UTLP |
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Unified Technology Learning Platform (UTLP), 1. OMAP Processor – 3530, 2. FPGA - Spartan 6, 3. DSP – C64X, 4. Interfaces : LCD, GLCD, 7 Segment Display, Keypad, etc. | 1. Eclipse IDE, 2. Xilinx IDE, 3. NFS packages, 4. Embedded Linux : Angstrom - OS 5. Ubuntu - OS |
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For Details | |
1. To offer skill based training to students and faculty members as per Industry requirements 2. To provide solutions for Automation based problems to industries and to offer training to employees in Industries 3.To carry out Consultancy to the industry and Research based activities |
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SIEMENS PLC – S7 200 1. SMART Trainer kit DI/DO,AI/AO with 4” HMI 2. SMART and RTD Trainer kit with 4” HMI 3. SMART with VFD and 1HP- 1 Phase Induction Motor Trainer kit with 3” HMI 4. SMART and V90 Servo (1KW) Trainer kit with 6” HMI | 1. SIEMENS - STEP 7 Micro WINSMART 2. WIN CC V13 3. WINCC Advanced Run Time SCADA Software |
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Design and Manufacturing of Kernel Peeler Machine | Sri Jaya Shree Food Products, Salem | |
For Details |
1. To enhance the student skills to be an Industry ready in the field of Embedded Systems Design 2. To provide solutions for real time problems through product development 3. To implement Consultancy for the industry and research based activities |
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Hardware | 1. Protocol Analyzer (USB /I2C / SPI / CAN) 2. Friendly ARM Board 3. Raspberry Pi 4. Beagle Boards with Wifi Dongle 5. OMAP Boards 6. ARM Boards (LPC 2148, LPC 1768) 7. PIC Development Boards 8. Microcontroller Boards 9. Ardiuno Boards 10. GSM / GPRS Boards & GPS Boards | Software | 1. Logic pro 2. Keil µVision – 4 3. MP LAB - IDE 4. Arduino IDE 5. Proteus |
Operating System | 1. Raspbian Jessie 2. Windows 10 IoT Core 3. Snappy Ubuntu 4. Angstrom 5. Ubuntu |
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For Details |
e-Yantra Lab Setup Initiative (eLSI) is a college level program under which colleges are encouraged to setup robotics lab. It is designed as a scalable and sustainable approach that addresses infrastructure creation and teacher training – to create an eco-system at the colleges to impart effective engineering education. eLSI is to provide: 1. Guidance and support for establishing robotics lab - three robotic kits are given to each participating college 2. A two-phased training for teachers |
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For Details |
Laboratory Name | Harita Tech Serv Limited, Bangalore | |
Objectives | To train the students in the field of Computer Aided Design by using CATIA V6, Delmia V5, & 3Dvia softwares. To develop Harita products using cutting edge systems that help analyze, validate and document the products throughout the complete product life cycle. To expanding their skills and techniques to utilize advanced features of the CAD system. |
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Laboratory Name | International Association of Plumbing and Mechanical Officials -India (IAPMO-I), Bengaluru | |
Objectives | To train the students with in the area of Mechanical, Electrical & Plumbing. To Develop and promote Mechanical & Plumbing Codes and Standards. To extend faculty expectations for HVAC industry. |
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