R15 and R18 POs
R18-M.Tech-I-I-VLSI-COs
R18-M.Tech-I-II-VLSI-COs
R18-M.Tech-II-IYear-VLSI-CO
R18-M.Tech-II-II Year-VLSI-COs
Regulation : R15 and R18 POs
R15 and R18 Regulation -List of Program Outcomes (POs) |
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| 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 : R18-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 | |||
| 74101 | RTL LEVEL SYSTEM DESIGN | CO1 | Learn Verilog HDL and learn to use EDA tools like Cadence, Mentor Graphics and Xilinx |
| CO2 | Gain familiarity of Finite state machines, RTL design using reconfigurable logic | ||
| CO3 | Learn about programmable logic devices like CPLDs | ||
| CO4 | Learn about FPGAs and their physical design | ||
| CO5 | Implement different applications with the tool | ||
| 74102 | VLSI TECHNOLOGY AND DESIGN | CO1: | Review FET fundamentals for VLSI design |
| CO2: | Design, draw the layouts of all logic gates & various MOSFET’s by using scalable design rules | ||
| CO3: | Know the methods to find delays, power utilized by using different methods of testing | ||
| CO4: | Design different memory cells & arrays, finding different faults by conducting different testing methods | ||
| CO5: | Design the subsystems based on VLSI concepts | ||
| 74103 | ANALOG AND DIGITAL CMOS VLSI DESIGN | CO1: | Learn about MOS transistor, Stick diagram and Layout |
| CO2: | Learn about Physical design flow and combinational logic | ||
| CO3: | Understand Sequential logic, Fin FET, TFET | ||
| CO4: | Acquire knowledge of different types of Amplifiers and Differential amplifier | ||
| CO5: | Understand different stages of OP Amp and its compensation techniques | ||
| 74109 | SEMICONDUCTOR MEMORIES TECHNOLOGY | CO1: | Select architecture and design semiconductor SRAMs and subsystems |
| CO2: | Learn about Advanced DRAM Design ,Architecture, controllers | ||
| CO3: | Know the state of the art memory chip design of non-volatile memories | ||
| CO4: | Learn General Reliability Issues, radiation hardening techniques | ||
| CO5: | Learn about Advanced Memory Technologies and High-density Memory Packing Technologies | ||
| 74104 | DEVICE MODELING (Professional Elective – I) |
CO1: | Understand the different semiconductor physics concepts |
| CO2: | Understand the SPICE models, small signal, large signal and dynamic models | ||
| CO3: | Learn MOS device equations and MOS spice models | ||
| CO4: | Learn the different fabrication techniques | ||
| CO5: | Understand the concept of modeling of hetero junction diodes | ||
| 74105 | EMBEDDED SYSTEM DESIGN (Professional Elective – I) | CO1: | Understand an embedded system and to know its applications |
| CO2: | Learn the processing elements used in embedded systems | ||
| CO3: | Understand embedded firmware | ||
| CO4: | Knows the use of RTOS in embedded systems | ||
| CO5: | Learn different task communication techniques in RTOS | ||
| 74106 | DESIGN OF FAULT TOLERANCE SYSTEMS(Professional Elective – II) | CO1: | Learn the fundamental concepts in fault tolerant design |
| CO2: | Acquire the knowledge of design requirements for self check in circuits | ||
| CO3: | Learn about design for testability rules and techniques for combinational circuits | ||
| CO4: | Design and Implement built in self test. | ||
| CO5: | Acquire the knowledge of Boundary scan architectures | ||
| 74107 | IMAGE AND VIDEO PROCESSING(Professional Elective – II) | CO1: | Learn image representation, filtering, compression |
| CO2: | Learn the basics of video processing, representation, motion estimation | ||
| CO3: | Understand the representation of video | ||
| CO4: | Understand the principles and methods of motion estimation | ||
| CO5: | Understand the principles of 2-D Motion estimation in image processing | ||
| 74108 | ALGORITHAMS FOR VLSI DESIGN AUTOMATION (Professional Elective – II) |
CO1: | Understand the general design process of modern VLSI chips |
| CO2: | Understand various algorithms (Partitioning, Placement, Floor planning) used in VLSI | ||
| CO3: | Build capability to route in VLSI chips with the help of algorithms | ||
| CO4: | Understand MCM, FPGA physical design based algorithms | ||
| CO5: | Get the knowledge of ESD protection, clock distribution in VLSI chips | ||
| 78101 | RESEARCH METHODOLOGY AND IPR | CO1: | Understand research problem formulation and analyze research related information. |
| CO2: | Follow research ethics | ||
| CO3: | Understand that today’s world is controlled by Computer, Information Technology, but tomorrow world will be ruled by ideas, concept, and creativity. | ||
| CO4: | Understanding importance of intellectual property rights. | ||
| CO5: | Understand the importance of patent rights and developments in IPR. | ||
| 74131 | RTL SIMULATION AND SYNTHESIS WITH PLDs LAB (Lab I) |
CO1 | Identify, formulate, solve and implement problems in signal processing, communication systems etc. using RTL design tools |
| CO2 | Use EDA tools like Cadence, Mentor Graphics and Xilinx | ||
| 74132 | VLSI PHYSICAL DESIGN LAB (Lab II) |
CO1 | Identify, formulate, solve and implement different digital circuits |
| CO2 | Implement digital circuits using Cadence/ Synopsys/ Equivalent CAD tools | ||
Regulation : R18-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 | |||
| 74201 | LOW POWER VLSI DESIGN | CO1: | Identify the sources of power dissipation in digital IC systems & understand the impact of power on system performance and reliability |
| CO2: | Learn about different low power circuit techniques | ||
| CO3: | Understand low power clock distribution networks | ||
| CO4: | Learn about different power minimization techniques and circuit design styles | ||
| CO5: | Learn about low power memories, their implementation | ||
| 74202 | VLSI DESIGN VERIFICATION AND TESTING |
CO1: | Familiarity of Front end design and verification techniques |
| CO2: | Learn about different data types, arrays, Queues and Lists | ||
| CO3: | Understand tasks, functions, void functions and statements | ||
| CO4: | Understand about basic OOP, its classes and objects | ||
| CO5: | Learn about randomization in System Verilog, its blocks and functions | ||
| 74203 | SYSTEM ON CHIP ARCHITECTURES |
CO1: | Design System on Chip different processors. |
| CO2: | Acquire knowledge of different internal bus architectures | ||
| CO3: | Understand AES algorithm and JPEG compression implementation in SoC | ||
| CO4: | know how the system forms with the lot of component and has majority about system level interconnections | ||
| CO5: | Introduce hardware and software programmability verses performance | ||
| 74204 | CMOS MIXED SIGNAL DESIGN (Professional Elective – III) |
CO1: | Analyze CMOS based Switched Capacitor circuits |
| CO2: | Design Phase Locked Loop (PLL) circuit to meet different application areas | ||
| CO3: | Design Data converter circuits like DAC, ADC for a specific application | ||
| CO4: | Design different converters | ||
| CO5: | Study different modulators and filters | ||
| 74205 | VLSI SIGNAL PROCESSING (Professional Elective – III) |
CO1: | Implement DSP algorithms, DFG representation, pipelining and parallel processing approaches |
| CO2: | Understand retiming techniques, folding and can solve register minimization path problems | ||
| CO3: | Understand different Systolic Array Design Methodology like FIR Systolic Arrays, 2D Systolic Array Design | ||
| CO4: | Design Pipelined, parallel recursive and adaptive filters, Digital Lattice Filters | ||
| CO5: | Understand Numerical strength reduction | ||
| 74206 | DIGITAL SIGNAL PROCESSORS AND ARCHITECTURES (Professional Elective – III) |
CO1: | Design, using Matlab-based filter design techniques, FIR and IIR digital filters |
| CO2: | Program and debug real-time signal processing algorithms in assembly language on a digital signal processor. | ||
| CO3: | Multidisciplinary teams, identify an useful DSP application, and then plan, design, implement and verify for a digital signal processor. | ||
| CO4: | Give an over view of entire digital signal processing techniques i.e. convolution, DFT, FFT, IIRFIR filters. The fixed and floating-point representation, different types of errors introduced during A-D and D-A converter stage. | ||
| CO5: | Introduce the DSP computational building blocks and special types of addressing modes compared to normal microprocessor. | ||
| 74207 | ASIC DESIGN (Professional Elective – IV) |
CO1: | Be familiar with ASIC designs |
| CO2: | Learn about library cell design, library architecture | ||
| CO3: | Understand different types of simulation, models and verification | ||
| CO4: | Learn about physical design, different CAD tools, their methods and algorithms | ||
| CO5: | Understand routing, planning and placement | ||
| 74208 | SCRIPTING LANGUAGES (Professional Elective – IV) |
CO1: | Understand the characteristics and uses of scripting languages |
| CO2: | Learn the different features of Advanced Perl | ||
| CO3: | Acquire knowledge of TCL philosophy and different features | ||
| CO4: | Learn about advanced TCL | ||
| CO5: | Get knowledge of object-oriented programming concepts | ||
| 74209 | HARDWARE SOFTWARE CO-DESIGN (Professional Elective – IV) |
CO1: | Study the need of different target architectures and co-design to solve engineering, communication and other problems. |
| CO2: | Analysis and extension of existing compilers and languages to system level co-design models for creation and using of modern tools | ||
| CO3: | Design mixed hardware-software systems and the design of hardware-software interfaces | ||
| CO4: | Focus on common underlying modeling concepts and the trade-offs between hardware and software components | ||
| CO5: | Learn about System –level specification, design representation for system level synthesis, system level specification languages | ||
| 74231 | ANALOG AND DIGITAL CMOS VLSI DESIGN LAB (LAB III) |
CO1: | Design digital and analog Circuits using CMOS |
| CO2: | Use EDA tools like Cadence, Mentor Graphics and other open source software tools like Ngspice | ||
| 74232 | VLSI DESIGN VERIFICATION AND TESTING LAB (Lab – IV) |
CO1: | Verify increasingly complex designs more efficiently and effectively |
| CO2: | Use EDA tools like Cadence, Mentor Graphics | ||
| 74233 | TECHNICAL 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 : R18-M.Tech-II-IYear-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-I Semester | |||
| 74301 | DESIGN FOR TESTABILITY (Professional Elective – V) |
CO1: | Identify the role of testing and understand different types of testing |
| CO2: | Differentiate between logic simulation and fault simulation, choose the algorithm that suits the given design for design verification and test evaluation | ||
| CO3: | Understand the testability measures and estimate the difficulty in testing a given design | ||
| CO4: | Learn and use various techniques for chip level Built-In Self Test design | ||
| CO5: | Understand the use of JTAG boundary scan | ||
| 74302 | PHYSICAL DESIGN AUTOMATION (Professional Elective – V) |
CO1: | Familiarize with the basics of automation process and various physical designs CAD tools |
| CO2: | Develop and enhance the existing algorithms and computational techniques for physical design process of VLSI systems | ||
| CO3: | Develop layouts for VLSI circuits and undergoing various physical design steps like placement and Partitioning | ||
| CO4: | Understand all types of routing techniques | ||
| CO5: | Understand about various compaction algorithms and routing issues | ||
| 74303 | NANOMATERIALS AND NANOTECHNOLOGY (Professional Elective – V) |
CO1: | To understand the basic science behind the design and fabrication of nano scale systems |
| CO2: | To understand and formulate new engineering solutions for current problems and competing technologies for future applications | ||
| CO3: | To be able to learn about Nano-lithography and MEMS | ||
| CO4: | To gather detailed knowledge of Carbon Nano tubes | ||
| CO5: | To be able to make inter disciplinary projects applicable to wide areas by clearing and fixing the boundaries in system development | ||
| 78301 | BUSINESS ANALYTICS | CO1: | Students will demonstrate knowledge of data analytics. |
| CO2: | Students will demonstrate the ability of thinking critically in making decisions based on data and deep analytics. | ||
| CO3: | Students will demonstrate the ability to use technical skills in business analytics and predictive analysis. | ||
| CO4: | Student will be able to understand various forecasting and simulation models. | ||
| CO5: | Students will demonstrate the ability to translate data into clear, actionable insights and learn decisions strategies. | ||
| 78302 | INDUSTRIAL SAFETY | CO1: | After completion of course students will be able to analysis various industrial hazards. |
| CO2: | Students should able to implement maintenance tools and techniques in manufacturing industry. | ||
| CO3: | Student will be able to use teratology concept in manufacturing industry. | ||
| CO4: | Students will be able to diagnose industrial equipment’s like air pump, compressors etc. | ||
| CO5: | Students should able to design a preventive maintenance schedule for mechanical components in manufacturing industry. | ||
| 78303 | OPERATIONS RESEARCH (Open Elective) (Common to all) |
CO1: | Students should able to apply the dynamic programming to solve problems of discreet and continuous variables |
| CO2: | Students should able to apply the concept of non-linear programming | ||
| CO3: | Students should able to carry out sensitivity analysis | ||
| CO4: | Student should able to model the real world problem and simulate it. | ||
| CO5: | Students should able to solve the real time problem using Linear programming problem techniques. | ||
| 78304 | COST MANAGEMENT OF ENGINEERING PROJECTS | CO1: | Understand the parameters involved in the strategic cost management process. |
| CO2: | Comprehend the technical and non-technical activities involved in the Project Management. | ||
| CO3: | Understand the relation between project planning and cost analysis. | ||
| CO4: | Understand different types of budgets and application in Civil Engineering projects | ||
| CO5: | Understand different costing methods and valuation techniques for different projects. | ||
| 78305 | COMPOSITE MATERIALS | CO1: | Students will demonstrate the knowledge of reinforcement, & composite performance. |
| CO2: | Students will demonstrate the different fibers & mechanical behavior of composites. | ||
| CO3: | Students will demonstrate the knowledge of manufacturing of various metal matrix composites. | ||
| CO4: | Students will demonstrate the manufacturing of polymer matrix composites | ||
| CO5: | Students will demonstrate the knowledge of stress, maximum strain & failure criteria | ||
| 78306 | ENERGY FROM WASTE | CO1: | Understand the types of various energy conversion units from waste. |
| CO2: | Get the knowledge on the solid waste disposal techniques | ||
| CO3: | Understand the biochemical conversion of various residues. | ||
| CO4: | Familiarize about the step by step process of Biogas Conversion. | ||
| CO5: | Understand E-waste Management in | ||
| 74304 | Seminar on Project Work | 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 | ||
| 74305 | Project Work Phase – I | 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 | ||
Regulation : R18-M.Tech-II-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-II Semester | |||
| 74401 | Project Work Phase – II | 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 | ||