Department of Engineering: (Part-1)
B Tech Civil Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the holistic development of the students.
• To organize industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R & D Organizations/ Other Higher Learning Centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 54
• Core Subjects:
- Engineering Mathematics, Fluid Mechanics, Structural Analysis, Surveying, Building Science and Technology and Engineering Geology.
Year: 3
• Number of Credits: 49
• Core Subjects:
- Geo-technical Engineering, Structural Design, Water Resources Engineering and Transportation Engineering.
Year: 4
• Number of Credits: 47
• Core Subjects:
- Estimating, Costing and valuation, Construction Planning, Organization and Equipment’s, Elements of Earthquake Resistant Design of Structures, Industrial Training and Project work.
Program Electives:
• Advanced Reinforced Concrete Design
• Advanced Structural Analysis
• Hydrological Analysis
• Valuation
• Engineering
• Urban Transportation Systems
• Open Channel Flow and Sediment Transport
• Solid Waste Management
• Air Pollution and Control
• Ground Improvement Techniques
• Building Code and Requirements
• Coastal Engineering
• Introduction to Finite Element Analysis
• Design of Foundation and Earth Retaining Structures
• Ground water Engineering
• Design of Hydraulic Structures
• Introduction to Solid Mechanics
• Bridge Engineering
• Environmental Impact and Assessment
Open Electives:
• Strength of Materials
• Advanced Mechanics OD Solids
• Environmental Management
• Contract Management
• Advanced Fluid Dynamics
• Introduction to Finite Element
• Method of Analysis
• Introduction to Remote Sensing and GIS
Labs:
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving Using Computers Lab
• Engineering Chemistry Lab
• Material Testing Lab
• Fluid Mechanics Lab
• Geology Lab
• Building Design and Drawling
• Surveying Practice
• Structural Drawing
• Computer Lab
• Soil Mechanics Lab
• Environmental Engineering Lab
Career Opportunities:
Civil Engineers are involved in monitoring and guiding as well as devising and designing the building of roads, girders, bridges, airports, tunnels, dams, water and sewage systems and other structures. Civil engineering is one of the oldest disciplines OD engineering and contains a variety of specialties like structural, water related, environmental, architectural, transportation and Geo-technical engineering. Administrative or supervisory jobs are held by many civil engineers while others work in devising, composing, constructing, researching and teaching jobs.
B Tech Electronics and Communication Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the all-round development of students.
• To organize the industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R&D Organizations/ Other Higher Learning centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 51
• Core Subjects:
- Engineering Mathematics, Analog Electronic Circuits, Network Analysis, Logic Design, Computer Organization & Architecture, Signals and Systems, IC Systems, Microprocessors & Micro controllers, Digital System Design & HDL and Electromagnetic Waves.
Year: 3
• Number of Credits: 51
• Core Subjects:
- Analog and Digital Communication, Digital Signal Processing, VLSI Design, Antennas, Communication Networks, Microwave Components & Devices, Linear and Digital Control Systems and Embedded System Design.
Year: 4
• Number of Credits: 48
• Core Subjects:
- Communication Systems, Power Electronics, Wireless Communication, Information Theory and Coding, Industrial Training and Project work.
Program Electives:
• Advanced Microprocessors and Micro controllers
• VLSI/ULSI Process Technology
• Digital Measurement Techniques
• Electronic System Design
• Advanced Broadcasting and Display Techniques
• Cipher Systems
• ASIC Design
• Bio MEMS and Micro sensors
• Optical Fiber Communication
• Digital Speech Processing
• Advanced Digital Signal Processing
• Mobile Communication
• Queuing Theory
• Time- Frequency and Wavelet Transforms
• Advanced Embedded System Design
• Analog and Mixed Signal Design
• Soft Computing Techniques
• DSP Algorithms and Architectures
• Low Power VLSI Design
• System on Chip Design
• Data Communication Networking
• Spread Spectrum Communications
• Digital Image Processing
• Error Control Coding
• Microwave Integrated Circuits
• Material Science for Micro and Nano Electronics
Open Electives:
• Introduction to Communication Systems Transducers and Instrumentation Consumer Electronics
• Introduction to Microprocessors (not for circuit branches)
• MEMS Technology
• Micro controllers and Applications
• Electronic Product Design and Packaging
• Neural Network and Fuzzy Logic
Labs:
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving Using Computers Lab
• Engineering Chemistry Lab
• Digital Electronics Lab
• Signals & Circuits Simulation Lab
• Microprocessor Lab
• Electronic Circuit Design Lab
• VLSI Lab
• Digital Signal Processing Lab
• Embedded System Design Lab
• Communication Lab
• Power Electronics Lab
Career Opportunities:
Electronics and Communication Engineering is one of the largest and fastest growing industries. It covers a wide range of applications we use daily and which make our life easier and enjoyable such as Television, Radio, Computers, Mobile phones, Telecommunication etc. Electronics has a major role in improving productivity in industry like oil, energy, agriculture and so many other important sectors of economy. An electronics engineer will work in team with other specialists to design, fabricate, produce, test and supervise the manufacture of complex products and systems (i.e.) electronic equipment and components for a number of industries including hospitals, computer industry, electronic data processing systems for communication and in defense etc. Candidates having a creative and inventive mind and also are good at physics and mathematics generally find electronics engineering a challenging and lucrative career.
B Tech Computer Science and Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the holistic development of the students.
• To organize industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R&D Organizations/ Other Higher learning centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 49
• Core Subjects:
- Engineering Mathematics, Computer Organization and Design, Switching Theory and Logic Design, Data Structures using C, Object Oriented Programming using C++, Formal Languages and Automate Theory, Relational Database Management Systems, Microprocessors and Event Driven Programming using Java.
Year: 3
• Number of Credits: 53
• Core Subjects:
- Design and Implementation of Programming Languages, Design and Analysis of Algorithms, Software Engineering, Computer Graphics, Operating System and Linux, Computer Communication and Networks, Language Processors, Network Protocols and Parallel Architecture and Programming.
Year: 4
• Number of Credits: 48
• Core Subjects: Distributed Computing Systems, Advanced Internet Technology, Object Oriented Analysis and Design using UML, Industrial Training and Project work.
Program Electives:
• Advanced Database Systems
• Cryptography and Network Security
• Building Enterprise Application
• Unix System Programming
• Software Testing and Analysis
• Artificial Intelligence
• C# Programming and NET Concepts
• Developing Enterprise Application using JEE Technologies
• Storage Device Technology
• Neural Networks and Fuzzy Systems
• Data Warehousing and Data Mining
• Multimedia Applications
• Business Intelligence and Applications
• Embedded Systems
• Design of UNIX Operating System
• Software Architecture
• Bio-informatics
Open Electives:
• Principles of Programming Languages
• Programming in C++
• Programming in Java
• Linux Basics and Programming
• Web 2.0 and Rich Internet Applications
• Information Retrieval
• Database Management Systems
• Principles of Software Engineering
Labs
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving Using Computer Lab
• Engineering Chemistry Lab
• Switching Theory and Logic Design Lab using VHDL
• Data Structures Using C Lab.
• Object Oriented Programming using C++ Lab
• Microprocessors Lab
• Java Programming Lab
• Relational Database Management Systems Lab
• Design and Analysis of Algorithms
• Computer Graphics Lab
• Language Processors Lab
• Computer Networks Lab
• Advanced Internet Technology
• Object Oriented Analysis and Design Lab
Career Opportunities:
Computer scientists and Computer engineers change the world by designing, building and deploying innovative solutions to real-world problems. They design and built hardware and software systems, develop effective ways to solve problems (such as extracting knowledge from massive amounts of data, deploying robots in the real world, or devising new approaches to security and privacy), and invent new and better ways to use computers to address challenges such as decoding the human genome, making transportation more efficient, revolutionizing health care, empowering people in the developing world, transforming education, and building video games. Computer Science and Engineering students come from a wide variety of backgrounds, and typically enjoy math, science and English. An increasing number of universities and employers see successful completion of a computer science course as a sign of academic well-roundedness.
B Tech Mechanical Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the all-round development of students.
To organize the industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R&D Organizations/ Other Higher Learning Centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 54
• Core Subjects:
- Engineering Mathematics, Basic Engineering Thermodynamics, Kinematics of Machinery, Manufacturing Process, Strength of Materials, Materials Science and Metallurgy, Mechanical Drawling, Applied Thermodynamics, Dynamics of Machinery, Mechanical Design and Fluid Mechanics.
Year: 3
• Number of Credits: 51
• Core Subjects:
- Computer Aided Design, Mechanical Design, Turbo Machines, Advanced Manufacturing, Metro-logy and Instrumentation, Heat Transfer, Automobile Engineering, Elements of Mechatronics and Machine Tool Technology.
Year: 4
• Number of Credits: 45
• Core Subjects:
- Production and Operation Management, Mechanical Vibration, Computer Integrated Manufacturing, Industrial Training and Project work.
Program Electives:
• Friction and Wear
• Internal Combustion Engines Theory and Air Pollution
• Power Plant Engineering
• Automatic Control Engineering
• Finite Element Methods
• Heat Treatment and Engineering Alloys
• Computational Fluid Dynamics
• Pneumatics and Hydraulics
• Mathematical Modeling of Mechanical Systems
• Renewable Energy Systems
• Jet Propulsion and Rocket Technology
• Nano Technology
Open Electives:
• Corrosion Engineering
• Networks and Project Management
• Engineering Design Optimization
• Composite Materials
• Operations Research
• Refrigeration and Air Conditioning
Labs:
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving using Computers Lab
• Engineering Chemistry Lab
• Strength of Materials Lab
• Workshop Practice
• Computer Aided Mechanical Drawling
• Mechanical Lab
• Metro-logy and Machine Tool Lab
• Fluid Mechanics Lab
• CAD Lab
• Heat Transfer and Vibration Lab
Career Opportunities:
Mechanical engineering provides a base of knowledge and training that can be applied in many areas. Mechanical Engineers are most wanted by all the industry types for designing, developing, testing, implementing and maintaining new technologies that increase the productivity of machineries, tools and equipment’s used in all types of Industries. They can also serve in automotive technology, electromechanical field, refrigeration and air conditioning, fluid mechanics, power stations, railways, aeronautical divisions, research organizations, chemical field, construction and many more. They can opt for private organizations, public sector companies or government enterprise to enhance their skills and grow in this career. They can attain a Master Degree in any of the relevant subjects they want to specialize in. There are many courses offered at the Post Graduation level.
NEXT TOPIC: (Part-2)
1. B Tech Mechatronics Engineering
2. B Tech Automobile Engineering
3. M Tech Manufacturing Engineering and Technology
4. M Tech Digital Electronics and Advanced Communication
B Tech Civil Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the holistic development of the students.
• To organize industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R & D Organizations/ Other Higher Learning Centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 54
• Core Subjects:
- Engineering Mathematics, Fluid Mechanics, Structural Analysis, Surveying, Building Science and Technology and Engineering Geology.
Year: 3
• Number of Credits: 49
• Core Subjects:
- Geo-technical Engineering, Structural Design, Water Resources Engineering and Transportation Engineering.
Year: 4
• Number of Credits: 47
• Core Subjects:
- Estimating, Costing and valuation, Construction Planning, Organization and Equipment’s, Elements of Earthquake Resistant Design of Structures, Industrial Training and Project work.
Program Electives:
• Advanced Reinforced Concrete Design
• Advanced Structural Analysis
• Hydrological Analysis
• Valuation
• Engineering
• Urban Transportation Systems
• Open Channel Flow and Sediment Transport
• Solid Waste Management
• Air Pollution and Control
• Ground Improvement Techniques
• Building Code and Requirements
• Coastal Engineering
• Introduction to Finite Element Analysis
• Design of Foundation and Earth Retaining Structures
• Ground water Engineering
• Design of Hydraulic Structures
• Introduction to Solid Mechanics
• Bridge Engineering
• Environmental Impact and Assessment
Open Electives:
• Strength of Materials
• Advanced Mechanics OD Solids
• Environmental Management
• Contract Management
• Advanced Fluid Dynamics
• Introduction to Finite Element
• Method of Analysis
• Introduction to Remote Sensing and GIS
Labs:
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving Using Computers Lab
• Engineering Chemistry Lab
• Material Testing Lab
• Fluid Mechanics Lab
• Geology Lab
• Building Design and Drawling
• Surveying Practice
• Structural Drawing
• Computer Lab
• Soil Mechanics Lab
• Environmental Engineering Lab
Career Opportunities:
Civil Engineers are involved in monitoring and guiding as well as devising and designing the building of roads, girders, bridges, airports, tunnels, dams, water and sewage systems and other structures. Civil engineering is one of the oldest disciplines OD engineering and contains a variety of specialties like structural, water related, environmental, architectural, transportation and Geo-technical engineering. Administrative or supervisory jobs are held by many civil engineers while others work in devising, composing, constructing, researching and teaching jobs.
B Tech Electronics and Communication Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the all-round development of students.
• To organize the industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R&D Organizations/ Other Higher Learning centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 51
• Core Subjects:
- Engineering Mathematics, Analog Electronic Circuits, Network Analysis, Logic Design, Computer Organization & Architecture, Signals and Systems, IC Systems, Microprocessors & Micro controllers, Digital System Design & HDL and Electromagnetic Waves.
Year: 3
• Number of Credits: 51
• Core Subjects:
- Analog and Digital Communication, Digital Signal Processing, VLSI Design, Antennas, Communication Networks, Microwave Components & Devices, Linear and Digital Control Systems and Embedded System Design.
Year: 4
• Number of Credits: 48
• Core Subjects:
- Communication Systems, Power Electronics, Wireless Communication, Information Theory and Coding, Industrial Training and Project work.
Program Electives:
• Advanced Microprocessors and Micro controllers
• VLSI/ULSI Process Technology
• Digital Measurement Techniques
• Electronic System Design
• Advanced Broadcasting and Display Techniques
• Cipher Systems
• ASIC Design
• Bio MEMS and Micro sensors
• Optical Fiber Communication
• Digital Speech Processing
• Advanced Digital Signal Processing
• Mobile Communication
• Queuing Theory
• Time- Frequency and Wavelet Transforms
• Advanced Embedded System Design
• Analog and Mixed Signal Design
• Soft Computing Techniques
• DSP Algorithms and Architectures
• Low Power VLSI Design
• System on Chip Design
• Data Communication Networking
• Spread Spectrum Communications
• Digital Image Processing
• Error Control Coding
• Microwave Integrated Circuits
• Material Science for Micro and Nano Electronics
Open Electives:
• Introduction to Communication Systems Transducers and Instrumentation Consumer Electronics
• Introduction to Microprocessors (not for circuit branches)
• MEMS Technology
• Micro controllers and Applications
• Electronic Product Design and Packaging
• Neural Network and Fuzzy Logic
Labs:
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving Using Computers Lab
• Engineering Chemistry Lab
• Digital Electronics Lab
• Signals & Circuits Simulation Lab
• Microprocessor Lab
• Electronic Circuit Design Lab
• VLSI Lab
• Digital Signal Processing Lab
• Embedded System Design Lab
• Communication Lab
• Power Electronics Lab
Career Opportunities:
Electronics and Communication Engineering is one of the largest and fastest growing industries. It covers a wide range of applications we use daily and which make our life easier and enjoyable such as Television, Radio, Computers, Mobile phones, Telecommunication etc. Electronics has a major role in improving productivity in industry like oil, energy, agriculture and so many other important sectors of economy. An electronics engineer will work in team with other specialists to design, fabricate, produce, test and supervise the manufacture of complex products and systems (i.e.) electronic equipment and components for a number of industries including hospitals, computer industry, electronic data processing systems for communication and in defense etc. Candidates having a creative and inventive mind and also are good at physics and mathematics generally find electronics engineering a challenging and lucrative career.
B Tech Computer Science and Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the holistic development of the students.
• To organize industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R&D Organizations/ Other Higher learning centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 49
• Core Subjects:
- Engineering Mathematics, Computer Organization and Design, Switching Theory and Logic Design, Data Structures using C, Object Oriented Programming using C++, Formal Languages and Automate Theory, Relational Database Management Systems, Microprocessors and Event Driven Programming using Java.
Year: 3
• Number of Credits: 53
• Core Subjects:
- Design and Implementation of Programming Languages, Design and Analysis of Algorithms, Software Engineering, Computer Graphics, Operating System and Linux, Computer Communication and Networks, Language Processors, Network Protocols and Parallel Architecture and Programming.
Year: 4
• Number of Credits: 48
• Core Subjects: Distributed Computing Systems, Advanced Internet Technology, Object Oriented Analysis and Design using UML, Industrial Training and Project work.
Program Electives:
• Advanced Database Systems
• Cryptography and Network Security
• Building Enterprise Application
• Unix System Programming
• Software Testing and Analysis
• Artificial Intelligence
• C# Programming and NET Concepts
• Developing Enterprise Application using JEE Technologies
• Storage Device Technology
• Neural Networks and Fuzzy Systems
• Data Warehousing and Data Mining
• Multimedia Applications
• Business Intelligence and Applications
• Embedded Systems
• Design of UNIX Operating System
• Software Architecture
• Bio-informatics
Open Electives:
• Principles of Programming Languages
• Programming in C++
• Programming in Java
• Linux Basics and Programming
• Web 2.0 and Rich Internet Applications
• Information Retrieval
• Database Management Systems
• Principles of Software Engineering
Labs
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving Using Computer Lab
• Engineering Chemistry Lab
• Switching Theory and Logic Design Lab using VHDL
• Data Structures Using C Lab.
• Object Oriented Programming using C++ Lab
• Microprocessors Lab
• Java Programming Lab
• Relational Database Management Systems Lab
• Design and Analysis of Algorithms
• Computer Graphics Lab
• Language Processors Lab
• Computer Networks Lab
• Advanced Internet Technology
• Object Oriented Analysis and Design Lab
Career Opportunities:
Computer scientists and Computer engineers change the world by designing, building and deploying innovative solutions to real-world problems. They design and built hardware and software systems, develop effective ways to solve problems (such as extracting knowledge from massive amounts of data, deploying robots in the real world, or devising new approaches to security and privacy), and invent new and better ways to use computers to address challenges such as decoding the human genome, making transportation more efficient, revolutionizing health care, empowering people in the developing world, transforming education, and building video games. Computer Science and Engineering students come from a wide variety of backgrounds, and typically enjoy math, science and English. An increasing number of universities and employers see successful completion of a computer science course as a sign of academic well-roundedness.
B Tech Mechanical Engineering:
Duration: 4 Years
Number of Credits: 200
Objectives:
• To establish a center of excellence in the engineering areas of International demand.
• To provide industry oriented quality education and training.
• To facilitate the all-round development of students.
To organize the industrial visits to understand the latest technological developments that are taking place beyond the curriculum.
• To establish linkages and partnerships with industry/ R&D Organizations/ Other Higher Learning Centers for mutual benefits.
• To provide continuing education opportunities, staff development programs thereby creating a dynamic learning environment.
Program Structure:
Year: 1
• Number of Credits: 50
• Core Subjects:
- Engineering Mathematics, Mechanics of Solids, Mechanical Engineering Sciences, Engineering Physics, Engineering Chemistry, Basic Electrical Technology, Basic Electronics and Engineering Graphics.
Year: 2
• Number of Credits: 54
• Core Subjects:
- Engineering Mathematics, Basic Engineering Thermodynamics, Kinematics of Machinery, Manufacturing Process, Strength of Materials, Materials Science and Metallurgy, Mechanical Drawling, Applied Thermodynamics, Dynamics of Machinery, Mechanical Design and Fluid Mechanics.
Year: 3
• Number of Credits: 51
• Core Subjects:
- Computer Aided Design, Mechanical Design, Turbo Machines, Advanced Manufacturing, Metro-logy and Instrumentation, Heat Transfer, Automobile Engineering, Elements of Mechatronics and Machine Tool Technology.
Year: 4
• Number of Credits: 45
• Core Subjects:
- Production and Operation Management, Mechanical Vibration, Computer Integrated Manufacturing, Industrial Training and Project work.
Program Electives:
• Friction and Wear
• Internal Combustion Engines Theory and Air Pollution
• Power Plant Engineering
• Automatic Control Engineering
• Finite Element Methods
• Heat Treatment and Engineering Alloys
• Computational Fluid Dynamics
• Pneumatics and Hydraulics
• Mathematical Modeling of Mechanical Systems
• Renewable Energy Systems
• Jet Propulsion and Rocket Technology
• Nano Technology
Open Electives:
• Corrosion Engineering
• Networks and Project Management
• Engineering Design Optimization
• Composite Materials
• Operations Research
• Refrigeration and Air Conditioning
Labs:
• Basic Workshop Practice
• Engineering Physics Lab
• Problem Solving using Computers Lab
• Engineering Chemistry Lab
• Strength of Materials Lab
• Workshop Practice
• Computer Aided Mechanical Drawling
• Mechanical Lab
• Metro-logy and Machine Tool Lab
• Fluid Mechanics Lab
• CAD Lab
• Heat Transfer and Vibration Lab
Career Opportunities:
Mechanical engineering provides a base of knowledge and training that can be applied in many areas. Mechanical Engineers are most wanted by all the industry types for designing, developing, testing, implementing and maintaining new technologies that increase the productivity of machineries, tools and equipment’s used in all types of Industries. They can also serve in automotive technology, electromechanical field, refrigeration and air conditioning, fluid mechanics, power stations, railways, aeronautical divisions, research organizations, chemical field, construction and many more. They can opt for private organizations, public sector companies or government enterprise to enhance their skills and grow in this career. They can attain a Master Degree in any of the relevant subjects they want to specialize in. There are many courses offered at the Post Graduation level.
NEXT TOPIC: (Part-2)
1. B Tech Mechatronics Engineering
2. B Tech Automobile Engineering
3. M Tech Manufacturing Engineering and Technology
4. M Tech Digital Electronics and Advanced Communication
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