M.Tech VLSI R15

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R15 POs

R15 and R18 POs
R15-M.Tech-I-I-VLSI-COs
R15-M.Tech-I-II-VLSI-COs
R15-M.Tech-II-Year-VLSI-COs

Regulation : R15

 

R15 and R18 Regulation -List of Program Outcomes (POs)
R15 and R18 M.Tech-VLSI ALL POS PO1 An ability to independently carry out research/investigation and development work to solve practical problems.
PO2 An ability to write and present a substantial technical report/documentation.
PO3 Students should be able to demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program.
PO4 An ability to understand, analyze and plan the design methodologies to propose real time solution.
PO5 The student should be able to design and implement various applications using EDA tools for solving complex problems of the society.
PO6 The student should be competent to handle current multi-domain industry designs with competing technologies.

Regulation : R15-M.Tech-I-I-VLSI-COs

 

Subject Code Course Title Course Outcomes Course Outcome Description
At the end of the each course, student will be able to
I M.Tech-I Semester
44101 Core Course I CMOS Analog Integrated Circuit Design CO1 To understand the operation of MOS devices using Computer simulation SPICE Netlist models
CO2 To design and understand the concepts of CMOS Analog IC Design using basic analog building blocks
CO3 To study different amplifiers and architectures for non functional performance improvements
CO4 To design and analyze the OP-AMP specifications for compensation techniques
CO5 To design and study different types of comparators
43105 Core Course II CPLD and FPGA Architectures and Applications CO1 To understand the difference between FPGA and CPLD architectures
CO2 To understand all types of FPGA interconnecting technologies
CO3 To know different FPGA vendors architecture and their applications
CO4 To develop the capability of logic expression using Anti fuse FPGA such as ACTEL FPGAs
CO5 To design counters accumulators and other applications using FPGA technology
44102 Core Course III CMOS Digital Integrated Circuit Design CO1 To understand pseudo-n MOS logic and the electrical properties of MOS transistor circuits
CO2 To realize various combinational circuits and Boolean functions
CO3 To implement sequential circuits for modeling synchronous and asynchronous operations
CO4 To learn and design dynamic logic circuits for high dense circuit fabrication
CO5 To choose and design memory type that suits the given design specifications
43107 Core Elective I VLSI Technology and Design CO1 To know the basic concepts liking sizing threshold voltages in different MOS circuits
CO2 To design, draw the layouts of all logic gates & various MOSFET’s by using scalable design rules
CO3 To know the methods to find delays, power utilized by using different methods of testing
CO4 To design different memory cells & arrays, finding different faults by conducting different testing methods
CO5 To analyze and find the procedure of back end process in FPGA & ASIC field
44103 Core Elective I Hardware/Software Co-Design CO1 To understand co-design models to design different architectures by using co-design languages
CO2 To be aware of various prototyping devices and target architectures
CO3 To understand the design of modern embedded compilation tools
CO4 To differentiate the co-design verification at different stages of co-design methodology
CO5 To develop co-design systems using multi-language system level specifications
45103 Core Elective I Advance Operating Systems CO1 To evaluate the necessary modules for an operating system and implement in the program
CO2 To understand file system and customize the blocks desired for an embedded system
CO3 Inter-process communication problems will be solved and various algorithms will be developed for synchronization, scheduling and memory management issues
CO4 Requirement of high-end systems which are multicore will be deployed to enhance the features and evaluate
CO5 Protocols and Techniques are used to communicate between multiple workstations
44104 Core Elective I Device Modeling CO1 To understand the different semiconductor physics concepts
CO2 To understand the SPICE models, small signal, large signal and dynamic models
CO3 To learn MOS device equations and MOS spice models
CO4 To learn the different fabrication techniques
CO5 To understand the concept of modeling of heterojunction diodes
44105 Core Elective II Digital System Design CO1 To minimize and design of the Finite state machines
CO2 To understand data path, control unit, micro-operation and building block of digital system
CO3 To understand the design of digital circuits using RAM, ROM and PLD
CO4 To apply test pattern for the detection of logical fault
CO5 To know the concepts of test generation for combinational and sequential circuits
43103 Core Elective II Micro Controllers for Embedded System design CO1 To acquire the knowledge of ARM processor architecture and various ARM Processor Families
CO2 To become competent in ARM Addressing Modes and Instruction set
CO3 To acquire skill in THUMB state and its instruction set
CO4 To write efficient code in high level language and Assembly language for ARM Processor core
CO5 To examine various cache memory technologies that surrounds ARM cores
CO6 To acknowledge various memory management units
45111 Core Elective II Advanced Computer Architecture CO1 To understand the design blocks in a computer system and memory modules
CO2 To analyze the performance of the RISC processors by pipelining approach
CO3 To execute the instructions in parallel by customizing and scheduling
CO4 To understand multi-processor architecture and its memory modules
CO5 To understand the interconnectivity between processors in a network
44106 Core Elective II Hardware Description Language CO1 To understand various abstraction levels of Verilog HDL in modeling digital hardware
CO2 To design and verify complex digital design systems using behavioral modeling
CO3 To study the concepts of transistor level design using HDL
CO4 To learn the features of system Verilog for design and verification
CO5 To study the concepts of assertion verification to find code/functional coverage
48101 Open Elective I Innovation and Entrepreneurship CO1 Apply innovative tools for entrepreneurship
CO2 Apply models and theories of entrepreneurship and innovation to real life examples at the individual, organizational and institutional levels
CO3 Assess and evaluate new venture opportunities, conceptually and through the preparation of an opportunity assessment.
CO4 Develop a comprehensive and well structured business plan for a new venture
CO5 Demonstrate the documentation process for starting an enterprise
48102 Open Elective I Project Management CO1 Students gain the knowledge in project management tools and techniques for successful planning and execution of Projects.
CO2 Equipped with the ability to explore the new project proposals and assessing the potential risks and profitability associated with the proposals
48103 Open Elective I Fundamentals of Marketing CO1 Demonstrate a broad understanding of the major conceptual and theoretical principles upon which the practice of marketing is based.
CO2 Demonstrate a general understanding of marketing management tasks and of how marketing fits into the organisational environment and interacts with diverse environments
CO3 Identify and evaluate secondary research from a variety of sources. As a reflective and critical thinker, use this research information to apply marketing concepts and principles to propose ethical, creative solutions to a range of marketing related problems that arise in business contexts
CO4 Appropriately communicate marketing ideas in written and oral form. This includes presentations, case studies, and reports using reference materials
44131 Laboratory I VLSI Laboratory – I CO1 To Design and verify adders, decoder, multiplexers and other combinational designs using HDL
CO2 To Design and implement flip flops, counters, shift registers and other sequential designs for FPGA/ASIC
CO3 To understand the concepts of Mealy and Moore FSMs with respect to digital design
44132 Seminar-I Seminar CO1 Collection and review of research material from literature
CO2 Analysis of concepts in multi-disciplinary research areas
CO3 Preparation and presentation of technical topics with decent communication skills

Regulation : R15-M.Tech-I-II-VLSI-COs

 

Subject Code Course Title Course Outcomes Course Outcome Description
At the end of the each course, student will be able to
I M.Tech-II Semester
44201 Core Course IV Low Power VLSI Design CO1 To develop the knowledge on fundamentals of low power VLSI circuit design.
CO2 To be aware of various low powers VLSI design approaches.
CO3 To analyze and design low power CMOS adders.
CO4 To understand the different types of Multipliers and their algorithms.
CO5 To design CMOS memories for a VLSI system.
44202 Core Course V CMOS Mixed Signal Circuit Design CO1 To analyze CMOS based Switched Capacitor circuits
CO2 To design Phase Locked Loop (PLL) circuit to meet different application areas
CO3 To design Data converter circuits like DAC, ADC for a specific application
CO4 To design different converters
CO5 To study different modulators and filters
44203 Core Course VI Design for Testability CO1 To identify the role of testing and understand different types of testing
CO2 To differentiate between logic simulation and fault simulation, choose the algorithm that suits the given design for design verification and test evaluation
CO3 To understand the testability measures and estimate the difficulty in testing a given design
CO4 To learn and use various techniques for chip level Built-In Self Test design
CO5 To understand the use of JTAG boundary scan
44204 Core Elective III CAD for VLSI Circuits CO1 To understand the general design process of modern VLSI chips
CO2 To understand various algorithms (Partitioning, Placement, Floor planning) used in VLSI
CO3 To build capability to route in VLSI chips with the help of algorithms
CO4 To understand MCM, FPGA physical design based algorithms
CO5 To get the knowledge of ESD protection, clock distribution in VLSI chips
45212 Core Elective III Scripting Languages CO1 To understand the chrematistics and uses of scripting languages
CO2 To learn the different features of Advanced Perl
CO3 To learn TCL philosophy and different features
CO4 To learn about advanced TCL
CO5 To learn object oriented programming concepts
43203 Core Elective III Digital Signal Processors and Architectures CO1 To demonstrate sufficient understanding of theory of digital signal processing and architectures
CO2 To deliver different basic blocks of DSP architectures
CO3 To Present the architectural features of TMS320C54xx series DSP system
CO4 To know the DSP architectures from different vendors including 2100, 2181, blackfin processors
CO5 To understand the interfacing techniques to memory, I/Os, ADCs, DACs
43205 Core Elective IV System On Chip Architecture CO1 To understand the basic level of system on chip processor architectures
CO2 To design various processors by using parallel techniques
CO3 To explore different types of memory architectures and their internal structures
CO4 To design Bus architectures by using peripheral specifications
CO5 To design various Encryption Algorithms for DSP processors
44205 Core Elective IV VLSI Signal Processing CO1 To implement DSP Algorithms, filters and techniques
CO2 To learn the properties and applications of folding and unfolding algorithms
CO3 To understand different Systolic Array Design Methodology like FIR Systolic Arrays and 2D Systolic Array Design
CO4 To Design Fast Convolution algorithm by Inspection
CO5 To understand Power Reduction techniques and different programmable DSP applications
44206 Core Elective IV Semiconductor Memory Design and Testing CO1 To understand different SRAM and DRAM technologies and their applications
CO2 To understand different type of ROMs and flash memories
CO3 To learn different testing techniques and fault modeling
CO4 To learn different memory characteristics, reliability constraints
CO5 To learn about memory stacks and MCMs
48201 Open Elective II Fundamentals of Technology Management CO1 Have firm understanding of the importance of managing technology in addition to working with or working on technology.
CO2 Know future avenues of business management and the role of technology management in enterprises.
CO3 Equip themselves with rudiments of tools for technology management in Industry and Organizations
42204 Open Elective II Energy Audit and Management CO1 Students will be able to know about auditing of various energy sources.
CO2 Students will able to apply the acquired knowledge in real life
CO3 Students will be able to perform various managerial functions in their organizations.
CO4 Students will able to use various auditing instruments in their energy audit management
CO5 Students will able to know and implement various energy saving procedures.
45211 Open Elective II Big Data Analytics CO1 Define and examine Big data and its evolution, Various kinds of data and systems for handling the data.
CO2 Explain Big data management using the systems such as Hadoop
CO3 Demonstrate application of MapReduce paradigm for solving big data problems such as word count.
CO4 Articulate NoSQL databases and their underlying structures with suitable examples
CO5 Describe social media and mobile analytics and state tools for such analysis
44231 Laboratory II VLSI Laboratory – II CO1 To get acquainted with the Cadence / Mentor Graphics / Synopsys / Equivalent CAD tools
CO2 To Design and simulate the transistor level, gate level and system level CMOS circuits
CO3 To Learn Spice and analog circuit simulation with the concepts of layouts
44232 Seminar II Seminar CO1 Collection and review of research material from literature
CO2 Analysis of concepts in multi-disciplinary research areas
CO3 Preparation and presentation of technical topics with decent communication skills

Regulation : R15-M.Tech-II-Year-VLSI-COs

 

Subject Code Course Title Course Outcomes Course Outcome Description
At the end of the each course, student will be able to
II M.Tech
44301 Comprehensive Viva-Voce CO1 Understand subject knowledge in the field of Analog VLSI Design along with the applications
CO2 Understand subject knowledge in the field of Digital VLSI Design along with the applications
CO3 Understand subject knowledge in the field of Mixed Signal VLSI Design along with the applications
44302 Project work Review-1 CO1 Apply knowledge to propose solutions to the multi domain and real time systems
CO2 Perform data collection, review research literature and project management
CO3 Use modern EDA tools and research knowledge for developing cost effective systems
CO4 Develop presentation and communication skills
44401 Project work Review-2 CO1 Apply knowledge to propose solutions to the multi domain and real time systems
CO2 Perform data collection, review research literature and project management
CO3 Use modern EDA tools and research knowledge for developing cost effective systems
CO4 Develop presentation and communication skills
44402 Project Evaluation (Viva-Voce) CO1 Apply knowledge to propose solutions to the multi domain and real time systems
CO2 Perform data collection, review research literature and project management
CO3 Use modern EDA tools and research knowledge for developing cost effective systems
CO4 Develop presentation and communication skills