I Year I Semester
I Year II Semester
II Year I Semester
II Yr II semester
Regulation R18 : I Year I Semester
| Course Outcomes of M Tech Embedded Systems – R18 Regulations | |||
| M Tech I Year I Semester | |||
| Course Code | Course Title | CO Number | Course Outcome |
| 73101 | PROGRAMMING FOR EMBEDDED SYSTEMS | CO1 | Program 8051 based embedded system |
| CO2 | Compare and select ARM processor core based SoC with several features peripherals based on requirements of embedded applications | ||
| CO3 | Understand embedded C programming techniques | ||
| CO4 | Develop small applications by utilizing the ARM processor core | ||
| CO5 | Implement Different Microcontroller Interfaces | ||
| 73102 | OPERATING SYSTEMS FOR EMBEDDED DESIGN | CO1 | Evaluate the necessary modules for an operating system and implement in the program |
| CO2 | 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 |
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| CO4 | Understand and program scheduler for periodic and aperiodic task structure | ||
| CO5 | Understand different RTOS in embedded systems | ||
| 73103 | EMBEDDED SYSTEM DESIGN | 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 | ||
| 73104 | PYTHON PROGRAMMING |
CO1 | Develop algorithmic solutions to real-world computational problems |
| CO2 | Develop scripts for handling complex data | ||
| CO3 | Utilize the standard library modules for various applications | ||
| CO4 | Access databases and handle files through Python scripts and programs | ||
| CO5 | Handle complex computations using Object-oriented Python | ||
| 73105 | 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 | ||
| 73106 | WIRELESS COMMUNICATIONS |
CO1 | Understand the fundamentals of mobile and cellular communications system design and cell capacity |
| CO2 | Understand the large-scale path loss in mobile radio propagation | ||
| CO3 | Model the fading effects in multi path environment | ||
| CO4 | Understand different types of equalizers and diversity techniques | ||
| CO5 | Analyze the performance of modulation techniques for mobile radio | ||
| 73107 | ADVANCED COMPUTER ARCHITECTURE |
CO1 | Understand the fundamentals necessary for computer design |
| CO2 | Learn the concept of instruction format and the classification with respect to instruction sets | ||
| CO3 | Understand the concept of pipelining and to know the consequences of it on instruction set and performance | ||
| CO4 | Know what is instruction level parallelism and to know its existence with respect to hardware and software | ||
| CO5 | Understand the multiprocessors and interconnection networks | ||
| 73108 | CPLD AND FPGA ARCHITECTURES AND APPLICATIONS |
CO1 | Understand the difference between FPGA and CPLD architectures |
| CO2 | Understand all types FPGA interconnecting technologies | ||
| CO3 | Know different FPGA vendors architecture and their applications | ||
| CO4 | Develop the capability of logic expression using Anti fuse FPGA such as ACTEL FPGAs | ||
| CO5 | Design Counters, Accumulators and other applications using FPGA technology | ||
| 73109 | IMAGE AND VIDEO PROCESSING |
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 | ||
| 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 | ||
| 73131 | EMBEDDED PROGRAMMING LAB (Lab – I) |
CO1 | Install, configure and utilize tool sets for developing applications based on ARM processor core |
| CO2 | Develop prototype codes using commonly available on and off chip peripherals on the Cortex M3 |
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| CO3 | Program for Interfacing different I/O devices with Embedded boards | ||
| CO4 | Develop small applications by utilizing the ARM processor core | ||
| CO5 | Understand IDE to development Embedded software | ||
| 73132 | OPERATING SYSTEMS LAB (Lab – II) |
CO1 | Do programming with linux editor and shell commands |
| CO2 | Familiar of the embedded Linux development model | ||
| CO3 | Write, debug, and profile applications and drivers in embedded Linux and RTOS | ||
| CO4 | Understand and create Linux BSP and RTOS for a hardware platform | ||
| CO5 | Understand General OS and RTOS programs | ||
Regulation R18 : I Year II Semester
| Course Outcomes of M Tech Embedded Systems – R18 Regulations | |||
| M Tech I Year II Semester | |||
| 73201 | SYSTEM ON CHIP ARCHITECTURES
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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 |
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| CO5 | Introduce hardware and software programmability verses performance | ||
| 73202 | HARDWARE SOFTWARE CO-DESIGN |
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 |
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| CO3 | Design mixed hardware-software systems and the design of hardware-software interfaces |
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| CO4 | Focus on common underlying modeling concepts and the trade-offs between hardware and software components |
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| CO5 | Learn about System –level specification, design representation for system level synthesis, system level specification languages |
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| 73203 | COMMUNICATION BUSES AND INTERFACES |
CO1 | Select a particular serial bus suitable for a particular application |
| CO2 | Develop APIs for configuration, reading and writing data onto serial bus | ||
| CO3 | Design and develop peripherals that can be interfaced to desired serial bus | ||
| CO4 | Understand wired and wireless communication protocols, its formats | ||
| CO5 | Understand and gain knowledge on wireless sensors and its application in wireless embedded networks |
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| 73204 | BUILDING INTERNET OF THINGS |
CO1 | Develop more understanding on the concepts of IOT and its present developments |
| CO2 | Students will study about different IOT technologies | ||
| CO3 | Acquire knowledge about different platforms and Infrastructure for IOT | ||
| CO4 | Learn the art of implementing IOT for smart applications and control | ||
| CO5 | Learn case studies in IoT | ||
| 73205 | RECONFIGURABLE COMPUTING |
CO1 | Understand reconfigurable computing and its architectures |
| CO2 | Understand FPGA design flow and high-level synthesis | ||
| CO3 | Understand temporal placement and online communications between modules | ||
| CO4 | Understand partial reconfiguration design and system on a programmable chip | ||
| CO5 | Study applications of reconfigurable computing and to take up case studies | ||
| 73206 | DIGITAL SIGNAL PROCESSORS AND ARCHITECTURES |
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 |
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| CO3 | Multidisciplinary teams, identify an useful DSP application, and then plan, design, implement and verify for a digital signal processor |
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| 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 |
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| CO5 | Introduce the DSP computational building blocks and special types of addressing modes compared to normal microprocessor |
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| 73207 | HUMAN COMPUTER INTERACTION |
CO1 | Understand the guidelines influencing human computer interaction |
| CO2 | Design an interactive web interface on the basis of models studied | ||
| CO3 | Understand the structure of models of vision | ||
| CO4 | Describe typical human–computer interaction (HCI) models | ||
| CO5 | Analyze and identify stakeholder requirements of HCI systems | ||
| 73208 | DIGITAL SYSTEM DESIGN |
CO1 | Minimize and design of the Finite state machines |
| CO2 | Understand data path, control unit, micro-operation and building block of digital system | ||
| CO3 | Understand the design of digital circuits using RAM, ROM and PLD | ||
| CO4 | Apply test pattern for the detection of logical fault | ||
| CO5 | Know the concepts of test generation for combinational and sequential circuits | ||
| 73209 | SOFTWARE DEFINED RADIO |
CO1 | To learn the software radio and its importance |
| CO2 | To understand the techniques to improve data conversion performance | ||
| CO3 | To understand the difference between ideal and practical converters | ||
| CO4 | To acquire the knowledge of digital hardware architectures and its development methods |
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| CO5 | To understand the object-oriented representation for radios and the analysis of various case studies |
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| 73231 | PROGRAMMABLE SOC LAB (Lab – III) |
CO1 | Learn PSoC Programmer |
| CO2 | Program first touch kit of PSoC | ||
| CO3 | Program and Interface Analog and Digital I/Os | ||
| CO4 | Understand the FPGA programming using Lab View software | ||
| CO5 | Understand Xilinx design environment | ||
| 73232 | ADVANCED MICROCONTROLLERS LAB (Lab – IV) |
CO1 | Program Raspberry Pi 2 based embedded system |
| CO2 | Perform Different Programs using Raspberry Pi 2 | ||
| CO3 | Understand embedded C programming techniques | ||
| CO4 | Develop small applications by utilizing the beagle bone processor core | ||
| CO5 | Implement Different Microcontroller Interfaces in UAVs | ||
Regulation R18 : II Year I Semester
| Course Outcomes of M Tech Embedded Systems – R18 Regulations | ||||
| M Tech II Year I Semester | ||||
| 73301 | MICROCONTROLLERS FOR EMBEDDED SYSTEMS |
CO1 | Identify and understand the basics of different microcontrollers | |
| CO2 | Identify and understand the basics of different microcontrollers | |||
| CO3 | Identify and understand the function of different blocks of PIC microcontroller | |||
| CO4 | Develop programs for PIC microcontroller using Assembly language | |||
| CO5 | Interface 7 segment LEDs, LCD, and Keyboard with PIC microcontroller | |||
| 73302 | SOFT COMPUTING TECHNIQUES |
CO1 | Implement genetic algorithm like tabu search and Ant-colony search techniques | |
| CO2 | Have basic idea about Artificial Neural Networks | |||
| CO3 | Learn about Fuzzy Logic System in Artificial Neural Networks | |||
| CO4 | Implementation of Genetic Algorithm | |||
| CO5 | Students have basic idea about GA application to power system, MATLAB neural networks toolbox | |||
| 73303 | SENSORS AND ACTUATORS |
CO1 | Gain knowledge to interface various sensors and actuators in embedded applications | |
| CO2 | Learn about sensor Principles, Classification, Parameters, Characteristics, Environmental Parameters (EP), and Characterization | |||
| CO3 | Know about different sensors like Thermal sensors, Magnetic sensors | |||
| CO4 | Know about Smart Sensors, Introduction, Primary Sensors, Excitation, Amplification, Filters, Converters, Compensation | |||
| CO5 | Information Coding/Processing, Data Communication, Standards for Smart Sensor Interface and the Automation | |||
| 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 |
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| 78302 | INDUSTRIAL SAFETY |
CO1 | After completion of course students will be able to analysis various industrial hazards |
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| 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 |
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| 78303 | OPERATIONS RESEARCH |
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 India | |||
| 73304 | 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 | |||
| 73305 | 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 : II Yr II semester
| Course Outcomes of M Tech Embedded Systems – R18 Regulations | |||
| M Tech I Year I Semester | |||
| M Tech II Yr II semester | |||
| 73401 | 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 | Use modern EDA tools and research knowledge for developing cost effective systems | ||