Objectives
To give students greater breadth and depth of technical knowledge in the areas of VLSI and Embedded Systems Design.
To synthesize and apply the concepts learnt.
To provide experience in team-based engineering VLSI design projects.
The emphasis is on mathematical modelling and the application of quantitative techniques associated with design, optimization, detection, estimation, probability and statistical VLSI signal processing to the design and operation of the embedded systems.
Projects for Assignment Areas
Students can work for their Major Projects in the areas of Signal Processing, DSP, Signal Classification, Image processing and VLSI. Various software tools in the area of DSP, VHDL/VERILOG are being used extensively by the students for their Major Projects. Students can design any electronic hardware using VHDL/VERILOG and can impellent FPGA hardware and validate for proper functioning with functional and timing simulation. The students are motivated to present papers in conferences and journals based on their projects. Students are insisted to refer IEEE papers and choose the problems for their M.Tech projects.
Laboratory Facilities
A full pledged DSP laboratory with 30 user licensed MATLAB with DSP Hardware TMS kits and Electronic Computer Aided Design Laboratory with XLINX VHDL/VERILOG tools with SPARTAN FPGA and CPLD hardware design kits are available. The ECAD laboratory also has 50 user back end VLSI tool using which students can design integrated circuit chip layouts by performing DRC and timing Synthesis. The facilities are extensively used by the students during their academic schedule. Full access to internet and web based resources like e-journals are also available to the students.
