Given the competition in VLSI job market, it becomes essential for ME & BE students to get themselves prepared for VLSI job while they are in college.
Below is how internship would help:

• It helps bridge the gap between graduate academics with industry requirements.
• It also saves 6 months time spent on training after passing out from college.
• It also helps them choose right project of ME.
• 1year experience and internship certificate

MTech projects are based on industry standard design & verification projects MTech internship will be targeted towards enabling student learn complete verification concepts including SV & UVM based verification.

• Projects on IEEE standard and based design & verification using SV & UVM
• Projects based on industry standard Protocols like AXI, AHB, USB, PCIe etc

Embedded Systems Internship Overview

Duration: 10 months internship in Embedded Systems

• Student will be issued training completion certificate and 1 year trainee certificate

• Course divided in to 2 aspects
  • Learning phase
  • Application phase
• During ‘learning phase’; Student will undergo 4 months extensive training on C programming, Data structures, Operating Systems, C++, RTOS, Device Drivers, ARM, PIC Micro controllers, and standard peripheral interfaces. Student will be working on multiple industry standard projects based on ARM boards.
• During ‘application phase’; Student will be working on industry standard project with trainer guidance. Same project can be used as MTech Project.

Project done as part Internship learning phase:

• Weather monitoring station (IoT Category)
• Smart home – complete home automation (IoT)
• Motion Surveillance using RPi (IoT)
• Flow control sensing using Raspberry Pi.
• Mobile phone operated lock using RPi

Projects as part of Internship application phase, student can choose one of projects

• Lock which opens based face recognition
• HDMI Picture frame with RPi for hotels and large rooms for displaying wall hanging pictures
• Smart phone using RPi – Why do we make customized smart phones ?
• Smart home – complete home automation (IoT)
• Smart garden or agriculture field (Irrigation based on weather and moisture content in soil – to reduce water consumption) and Data analysis
• Interfacing Raspberry pi with Twitter (IoT)
• Measuring the water consumption of every tap (using Infra-red controlled taps) this is a very basic need as water shortage is a big problem all over the world.
• Power control of home using Motion sensor (switch off and on lights in the whole house)
• Building an Oscilloscope with RPi
• Building a solar cell tracker so that solar panels are automatically adjusted to get maximum sun light
• Embedded Web Server using RPi for monitoring (home and industrial use) IoT use case
• GNU Radio on Raspberry Pi
• Simple ECG monitor using RPi and Heart data accusation and upload to cloud for analysis (IoT category)
• A Robot which can climb vertical pipes (lamp post etc) coconut trees, and carry a surveillance wireless camera with it and provide picture/video from a height and comedown when needed