Learners will be introduced to generic architecture, addressing modes and interrupts of microprocessors and micro-controllers. This course will also help learners understand assembly language programming for microprocessors and micro-controllers, principles of interfacing I/O & memory, programmable peripheral interfaces and modular development boards.
This course on ‘Microprocessors and Applications’ is a foundational course for obtaining the knowledge and skills in the area of embedded Systems. The course has been designed with a clear vision and roadmap for the undergraduate program with fundamentals of digital electronics, applied in designing microprocessors and micro-controllers, leading to application-specific embedded boards and real time operating systems.
The course provides the learners an ability to visualize the applied principles of digital systems and to correlate the role of micro-processors in every domain of life. The concepts of the course are weaved with perfect demonstrations through digital platform along with use cases, which provide complete learner engagement. During the course, the instructional model is designed to ensure that the learner has opportunities to explore modular tasks using simulation platforms and to gain practical experience by executing an in-course project.
On completion of the course, the learner will be able to
- Manipulate the relation of digital circuits in building the structure of microprocessors and micro-controllers
- Understand the various functionalities of microprocessors and micro-controllers
- Compare the performance of microprocessors with that of micro-controllers
- Select the appropriate microprocessors and micro-controllers for different applications
- Characterize the different interfacing mechanisms of microprocessors and micro-controllers
- Develop simple assembly language programs
- Articulate the role of microprocessors and micro-controllers in modular embedded systems
- 8-bit RISC microprocessor
- 8-bit CISC microcontroller
- Different communication interfaces
- ARM processors
- AVR microcontrollers
- Case study using AVR microcontroller-based development boards
- Power transmission and distribution
- Industrial power system analysis
- Practitioner's approach to power system protection and switchgear
- Power system operation and control
- Renewable energy and power evacuation
- Smart grid technologies
- Electrical power distribution engineering and automation
- Integrated engineering of MV substation
- Microprocessors and applications – a practical approach
- Embedded system design
- FPGA design for industrial applications (VLSI)
- Digital image processing
- Micro electro mechanical systems
- Control system engineering
- SCADA and substation automation
- Electric vehicles and control
- Wireless sensor networks and 5G technology
- Pervasive computing for industry 4.0
- Advanced electrical system design for buildings
- Extra low voltage system design for buildings
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Structural Engineering, Earthquake Resistant Design
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Steel and Concrete structures, Pre-Engineered Buildings, Design Management
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Concrete Technology, Light Weight Concrete & NDT, High Strength and Performance Concrete, 3D Printing, Green Concrete Production
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Concrete & Steel Buildings, Equipment Foundations, Pre-stressed & Pre-cast Structures,Silos & Bins, Chimneys, Water & Sewage Treatment Plant Structures
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Structural Engineering Design, Tall Buildings
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Steel and Composite Buildings, Offshore Structures, Advanced Analysis of Steel Frames
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Geotechnical Engineering
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Energy Analysis for Buildings, Thermal Comfort, Building Audit & Architectural Acoustics
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Solid Waste Management, Contaminant Transport, Water Treatment, Microbial Fuel Cells
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Structural Engineering, Steel Structures,
Offshore Structures, Pre-Engineered Buildings
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Environmental Engineering, Water & Waste Water Treatment, PHE Design
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Design (High-Rise, Bridge Pylons, Automatic Climbing Formwork systems), Product Development, Modern Formwork Techniques
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Formwork Engineering and Execution, Design, Planning, Digitalisation, Formwork for Residential Buildings, High-Rise/Tall Structures, Factories, etc.
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Design and Execution of Formwork Systems, Planning, Methodologies, Advanced Formwork Systems