Course Title	L-T-P	Hours	Credit
Applied Mechanics	4-1-0	5	4
Introduction to Electrical and Electronics Engineering	4-0-0	4	4
Engineering Chemistry	4-0-2	6	5
Calculus And Linear Algebra	4-1-0	5	4
Induction Programme	6-0-0	6	pass/fail
LAB
Manufacturing Practices A	0-0-4	4	2

Course Title	L-T-P	Hours	Credit
Basics of Instrumentation and Mechanical Engineering	3-0-2	5	4
Basics of C Programming	3-0-2	5	4
Calculus and Transforms	4-1-0	5	4
Engineering Physics A	4-0-2	6	5
English For Engineers	2-0-2	4	pass/fail
Engineering Graphics	3-0-2	5	4

Course Title	L-T-P	Hours	Credit
Electronics Devices and Circuits	3-1-0	4	4
Logic Circuit Design	4-0-3	7	5
Network Theory	3-1-0	4	4
Complex Analysis, Partial Differential Equations and Z- Transforms	4-0-0	4	4
Communication Skills for Professionals / Management for Engineers	3-0-0	3	3
Constitution of India / Environmental Science and Sustainable Engineering	2-0-0	2	pass/fail
LAB
Electronics Devices and Circuits Lab	0-0-3	3	2

Course Title	L-T-P	Hours	Credit
Analog Integrated Circuits	4-0-3	7	5
Transducers and Advanced Instrumentation	3-1-0	4	4
Signals and Systems	3-1-0	4	4
Probability Distributions, Random Processes and Fuzzy Sets	4-0-0	4	4
Environmental Science and Sustainable Engineering / Constitution of India	2-0-0	2	pass/fail
LAB
Transducers and Virtual Instrumentation Lab	0-0-3	3	2

Course Title	L-T-P	Hours	Credit
Computer Architecture and Embedded Systems	4-0-3	7	5
Discrete Time Signal Processing	3-1-0	4	4
Control Engineering	3-1-0	4	4
Industrial Instrumentation	4-0-0	4	4
Industrial Economics / Professional and Business Ethics	3-0-0	3	3
Industrial Safety / UHV and Social Work with Community Service	2-0-0	2	pass/fail
LAB
Control and Signal Processing Lab	0-0-3	3	2

Course Title	L-T-P	Hours	Credit
Process Dynamics and Industrial Automation	4-0-3	7	5
VLSI Circuit Design	3-1-0	4	4
Communication Engineering	3-0-0	3	3
Programming for Automation	0-0-3	3	2
Elective 1

Course Title	L-T-P	Hours	Credit
Fundamentals of Machine Learning	3-0-0	3	3
Biomedical Instrumentation	3-0-0	3	3
Optical Instrumentation	3-0-0	3	3
Introduction to Bioinformatics	3-0-0	3	3
Virtual Instrument Design	3-0-0	3	3
Fundamentals of Electro Magnetic Theory	3-0-0	3	3
Multivariable Calculus and Optimization	3-0-0	3	3
Stochastic Processes and Queueing Theory	3-0-0	3	3
Fractals and Applications	3-0-0	3	3
Wavelets and Applications	3-0-0	3	3
Computational Linear Algebra	3-0-0	3	3
LAB
Mini Project	0-0-2	2	1

Course Title	L-T-P	Hours	Credit
Industrial Power Electronics	3-0-3	6	4
Internet of Things	3-0-0	3	3
Rajagiri Elective	2-0-2	4	pass/fail
Elective 2

Course Title	L-T-P	Hours	Credit
Micro and Nano Electro Mechanical System (MEMS and NEMS)	3-0-0	3	3
SCADA and DCS	3-0-0	3	3
Digital Control Systems	3-0-0	3	3
Analytic Instrumentation	3-0-0	3	3
Digital System Design	3-0-0	3	3
Non-Linear Optimization Techniques	3-0-0	3	3
Mathematics for Machine Learning and Data Science	3-0-0	3	3
Mathematical Modelling Techniques	3-0-0	3	3
LAB
Internet of Things Lab	0-0-3	3	2
Seminar	0-0-2	2	1
Project Work Phase 1	0-0-6	6	3
3D Modelling for Automation Lab	0-0-3	3	2
OPEN ELECTIVE

Course Title	L-T-P	Hours	Credit
Open Elective	3-0-0	3	3
Basket10

Course Title	L-T-P	Hours	Credit
Introduction to Functional Materials	3-0-0	3	3
Introduction to Nanoscience	3-0-0	3	3
Soft Skills & Interpersonal Communication	3-0-0	3	3
Entrepreneurship and Economic Policies	3-0-0	3	3
Solar Photovoltaics: Fundamentals to Device Modelling and Fabrication	3-0-0	3	3
Graphene and Low Dimensional Materials	3-0-0	3	3
Astronomy and Astrophysics: Exploring Celestial Dynamics	3-0-0	3	3
Basket3

Course Title	L-T-P	Hours	Credit
Object Oriented Programming using Java	3-0-0	3	3
Introduction to Web Development	3-0-0	3	3
Software Engineering	3-0-0	3	3
Python Programming for Engineers	3-0-0	3	3
Basket4

Course Title	L-T-P	Hours	Credit
Web Designing	3-0-0	3	3
Multimedia Techniques	3-0-0	3	3
Basket5

Course Title	L-T-P	Hours	Credit
Electric Vehicles	3-0-0	3	3
Energy Management and Auditing	3-0-0	3	3
Basket6

Course Title	L-T-P	Hours	Credit
Quality Engineering and Management	3-0-0	3	3
Renewable Energy Engineering	3-0-0	3	3
Basket7

Course Title	L-T-P	Hours	Credit
Public Health Engineering	3-0-0	3	3
Structural Mitigation of Natural Disasters	3-0-0	3	3
Traffic Engineering and Road Safety	3-0-0	3	3
Basket8

Course Title	L-T-P	Hours	Credit
Introduction to Machine Learning	3-0-0	3	3
Fundamentals of Big Data	3-0-0	3	3
Basket9

Course Title	L-T-P	Hours	Credit
Mathematical Methods for Engineering	3-0-0	3	3
Statistical Methods for Engineering	3-0-0	3	3
Computational Calculus and Algebra	3-0-0	3	3

Course Title	L-T-P	Hours	Credit
Activity	0-0-0	0	2
Internship	0-0-0	0	2
Mandatory MOOC	0-0-0	0	pass/fail
Elective 3

Course Title	L-T-P	Hours	Credit
Robotics and Applications	3-0-0	3	3
Vehicle Engineering Instrumentation (Autonomous Navigation System)	3-0-0	3	3
Aerospace and Navigational Instruments	3-0-0	3	3
Digital Design using FPGA	3-0-0	3	3
Data Analytics for Instrumentation	3-0-0	3	3
Elective3 / MOOC	3-0-0	3	3
Elective 4

Course Title	L-T-P	Hours	Credit
Instrumentation and Control for Petrochemical Industries	3-0-0	3	3
Image Processing and Computer Vision	3-0-0	3	3
Smart Agricultural Systems	3-0-0	3	3
VLSI Hardware Design using Verilog	3-0-0	3	3
Modern Computing Techniques for Industrial Automation	3-0-0	3	3
Elective4 / MOOC	3-0-0	3	3
Elective 5

Course Title	L-T-P	Hours	Credit
Instrumentation for Process Industries	3-0-0	3	3
Power Plant Instrumentation	3-0-0	3	3
Industrial Data Networks	3-0-0	3	3
Real Time Operating Systems for Industrial Applications	3-0-0	3	3
Fundamental Machine Learning	3-0-0	3	3
Elective5 / MOOC	3-0-0	3	3
LAB
Project Work Phase 2	0-0-16	16	8

INDUCTION PROGRAMME

Induction programme shall include fundamentals of Mathematics, Programme Core and fundamentals of Computing, Engineering Science, English and Universal Human Values. The induction programme shall be conducted at the beginning of the first semester for 15 days. 
Distribution of hours: fundamentals of Mathematics – 16, Programme Core and fundamentals of Computing – 15 (AE/EC/EE/CE/ME - 10 + 5; AD/CS/CU/IT - 15), Engineering Science – 15, English – 15, Universal Human Values/external talks – 12 hours. 

PROGRAMME CORE COURSES

The core courses comprise Mathematics, Basic Sciences and Engineering courses, and discipline level significant courses which are framed as per the need of both academia and industry.  The core courses include the fundamentals as well as the courses to understand recent developments in the discipline

.  
PRACTICAL COURSES 

Practical courses, mostly based on the theory the students have studied, are meant for skill development and creative thinking. 

PROGRAMME ELECTIVES 

Students can enrich their knowledge in the domain of the programme by taking 5 programme electives. Electives are meant to bridge the gap between academia and industry. The Department may add more electives with the recommendation of the Board of Studies and approval of the Academic Council. These electives are offered in 6, 7 and 8 semesters.  

PRACTICAL ELECTIVE 

Practical elective is meant to widen the domain of knowledge. Students can choose this course as a post requisite of any of the electives offered. 

NON-CREDIT COURSES 

To inculcate human values and social awareness, overcome hurdles in different walks of life and to face the challenges in career development non-credit courses are introduced. The courses offered are English for Engineers, Constitution of India, Environmental Science and Sustainable Engineering, UHV and Social Work with Community Service, Industrial Safety, Rajagiri Electives and Mandatory MOOC. Students are required to pass all the courses to get the degree.  

MINI PROJECT 

It is introduced in the sixth semester with the specific objective of strengthening the understanding of fundamentals through effective application of theoretical concepts. The Mini project helps to boost the student’s skills and widens the horizon of their thinking. The ultimate aim of an engineering student is to resolve a problem by applying theoretical knowledge. Doing more projects increases problem- solving skills. Student Groups with 3 or 4 members should identify a topic of interest in consultation with Faculty/Advisor, review the literature and gather information pertaining to the chosen topic, state the objectives and develop a methodology to achieve the objectives, carry out the design/fabrication or develop codes/programs to achieve the objectives, and demonstrate the novelty of the project through the results and outputs. The progress of the mini project is evaluated based on a minimum of two reviews. The review committee may be constituted by the Head of the Department. A project report is required at the end of the semester. The product has to be demonstrated for its full design specifications. Innovative design concepts, reliability considerations, aesthetics/ergonomic aspects taken care of in the project shall be given due credit. The internal evaluation will be made based on the product, the report and a viva-voce examination, conducted internally by a three-member committee appointed by the Head of the Department comprising the Head of the Department or a senior faculty member, Mini Project Coordinator for that program and project guide. 

SEMINAR 

To encourage and motivate the students to read and collect recent and reliable information about their area of interest confined to the relevant discipline, each student is required to prepare a report based on a central theme, drawn from technical publications including peer reviewed journals, conferences, books, project reports etc. and present the same before a peer audience. Each student seminar shall be of 20 minutes duration. The report and the presentation shall be evaluated by a team comprising Academic Coordinator for the respective program, Seminar Coordinator and Seminar Guide based on style of presentation, technical content, adequacy of references, depth of knowledge and overall quality of the report. 

PROJECT WORK PHASE - I 

The Project topic must be selected either from research literature or it may be proposed by the students in consultation with their guides. The objective of Project Work Phase I is to enable the student to take up investigative study in the broad field of Computer Science and Engineering, either fully theoretical/ practical or involving both theoretical and practical work. It will be assigned by the department to a group of three/four students, under the mentoring of a Project Guide(s). This is expected to be a good initiation for the student(s) in R&D work. The assignment shall normally include: 
Survey and study of published literature on the assigned topic
Preparing an action plan for conducting the investigation Working out a preliminary approach to the problem relating to the assigned topic Block level design documentation  Conducting     preliminary     Analysis/     Modelling/ Simulation/     Experiment/ Design/Feasibility Preparing a written report on the study conducted for presentation to the department
Final project presentation before the concerned departmental committee

PROJECT WORK PHASE -II

The objective of Project Work Phase II & Dissertation is to enable the student to extend further the investigative study taken up in Project Phase I, either fully theoretical/practical or involving both theoretical and practical work, under the mentoring of a Project Guide from the Department alone or jointly with a Supervisor drawn from R&D laboratory/industry. This is expected to provide a good training for the student(s) in R&D work and technical leadership. 
The assignment shall normally include: 
In depth study of the topic assigned in the light of the report prepared in Phase I
Review and finalization of the approach to the problem relating to the assigned topic 
Detailed Analysis/ Modeling/ Simulation/ Design/ Problem Solving/ Experiment as needed
Final development of product/process, testing, results, conclusions, and future directions 
Preparing a paper for conference presentation/ publication in journals, if possible 
Preparing a Dissertation in the standard format for being evaluated by the department 
Final Presentation before the concerned evaluation committee  

MANDATORY INTERNSHIP

The internship is meant to familiarize the student with the needs of the industry.  The Internship Committee shall take the initiative to find suitable industries. Assessment will be based on the Report and viva voce.

ACTIVITY POINTS 

All students have to earn a minimum of 100 activity points from various activity segments listed to qualify for the B.Tech. degree. Two credits are given   for this on a pass/ fail basis and is mandatory for getting the B.Tech. Degree. As no grade is given for these two credits, they are not included in the CGPA calculation. 
 

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