BMS College of Engineering First year Students Introduction to ...
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BMS College of Engineering Bull temple Road, Bengaluru Report on One week workshop for First year Students on Introduction to LabVIEW and Multisim 27 th May 2015 to 1 st June 2015 (10:00 am to 1:00 pm) Organized by Department of Telecommunication Engineering In association with IEEE-BMSCE Student Branch As part of the Industry-Institute Activity Venue: Department of Telecommunication Engineering
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Transcript of BMS College of Engineering First year Students Introduction to ...
BMS College of Engineering Bull temple Road, Bengaluru
Report on
One week workshop for
First year Students
on
Introduction to LabVIEW and Multisim
27th May 2015 to 1st June 2015 (10:00 am to 1:00 pm)
Organized by
Department of Telecommunication Engineering
In association with
IEEE-BMSCE Student Branch
As part of the
Industry-Institute Activity
Venue: Department of Telecommunication Engineering
Workshop Brochure
About the workshop
The workshop is planned during the semester break for First year students, with
an intention to introduce a modern engineering tool, ‘LabVIEW and Multisim’. The
workshop shall introduce the participants to the tools and enable them to continue use
this tool further during their engineering program. There was no registration fee for the
participants. The workshop was planned in association with National Instruments, as
part of the Industry-Institute-Interaction, and in association with the BMSCE-IEEE
student Branch.
National Instruments supported the event through:
i) Arranging for student version of LabVIEW software for their individual
systems
ii) Permission to take the LabVIEW examination (CLAD) FREE within the
next THREE months
iii) One Expert lecture from National Instruments
In addition to the above support, TWO students were given the opportunity to
have Hands-on training on LabVIEW Core-1 and Core-2, at their campus from 2nd to 5th
June.
The resource persons for the workshop are:
i) Sri S Danabal, Academic Manager, National Instruments
ii) Dr B Kanmani, Professor and Head, TCE, BMSCE
iii) Shreenivas B, Asst. Professor, TCE, BMSCE
iv) Prasanna Kumar M K, Asst. Professor, TCE, BMSCE
The Principal, Dr K Mallikharjuna Babu, addressed the students, and briefed them about the innovations being brought out in the curriculum design through the introduction of the self-study component in few integrated courses. Through the introduction of the self-study component in the curriculum, the actual contact hours in the classroom/laboratory is reduced giving students ample time to explore their passion related to the courses they register for. This develops the ability to engage in ‘self-study’ or ‘independent-study’, based on the guidelines prescribed by the course instructor. This component may lead to demonstration of a small project, presentation of a seminar, submission of a technical report etc. The THREE years the student engages in ‘self-study’, shall then lead him to be a ‘Life-Long-Learner’, one of the essential attributes for a successful professional career.
Sri S Danabal, Academic Manager, National Instruments, Bangalore, addressed the
students. He commenced his talk with the need to develop: Knowledge, Skill and
Attitude through Engineering Education. He mentioned that efficient use of LabVIEW
can lead to the following:
i) Improvement in Grades
ii) Implement good design projects
iii) Pursue higher studies
iv) Improve skills for better placements
v) Overall better engineering graduate
vi) Develop entrepreneurship skills
vii) Tackle assignments
viii)Teach peer group
ix) Share information
x) Help faculty in research
xi) Look at industry problems
He then introduced them to the technological advances in the domain of Cyber Physical
Systems, the Internet of Things, Smart Cities, the reducing gap between technology and
the human being. These technological advances revolve around:
i) Moore’s Law
ii) Metcalfe’s Law
iii) Battery life
iv) wireless communication
v) sensors
He concluded his presentation with the list of Industries and Academic Institutions using
LabVIEW.
The details of topics covered every day is as under:
Day-I: Introduction to LabVIEW
The Block Diagram and The Front Panel
Examples on Ohm’s Law, Centigrade to Fahrenheit
Use of case-structure for implementing a Calculator
Digital Circuit examples like half-adder, full-adder
For loop and the While loop
Day-II: Basic function generator-Oscilloscope
Addition, multiplication of two waveforms leading to sampling, modulation
Fourier representation of square-wave, saw-tooth etc
Numerical integration, Numerical differentiation
Obtaining the Factorial, sum to N numbers, Fibonacci series etc
Creation of Sub-VI
Use of Math-Script to implement an equation and observe the result
Day-III: Introduction to Multisim circuit simulation tool Implementation of RL, RC, LC, RLC circuits Implementation of Basic Gates, Universal Gate,
Implementation of Phase shift Oscillator, Colpit’s Oscillator, Hartley Oscillator
Day-IV: Generation of the Normal Distribution, the Exponential Distribution Cluster bundle and un-bundle The select switch, the string constant To obtain the statistical averages for the given array
Later the students were asked to demonstrate ONE self-designed experiment using the Multisim and ONE self-designed experiment using LabVIEW
Day-V: Commenced with students demonstrating their projects. Some experiments demonstrated are:
Voltage regulator Seven-segment display Path of a projectile The workshop concluded with Dr B Kanmani, acknowledging the support of IEEE BMSCE Student Branch and the Industry-Institute-Interaction Cell, BMSCE. The workshop concluded with ALL participants receiving the participation certificate.
Workshop Participants
List of Participants
SL.No Name USN Branch Email-ID 1 Rohit Goudar 1BM14CS079 CS [email protected]
2 Dattaguru Bhat 1BM14CS036 CS [email protected]
3 Harshini.V.C 1BM14TE015 TE [email protected]
4 Ramya Shree .D 1BM14TE040 TE [email protected]
5 Suma.K 1BM14TE054 TE [email protected]
6 Lavanya K N 1BM14TE022 TE [email protected]
7 T. Asha 1BM14TE060 TE [email protected]
8 Ranjitha.C.Vijapur 1BM14TE041 TE [email protected]
9 Nischitha.B.R 1BM14TE028 TE [email protected]
10 Meghana.A 1BM14ML012 ML [email protected]
11 Nimisha Mehta 1BM14EE041 EE [email protected]
12 Akshatha Gopinath 1BM13EE006 EE [email protected]
13 Rahul Kumar 1BM14CS076 CS [email protected]
14 Krishna Dixit IBM14CS126 CS [email protected]
15 Akshay K.M 1BM14TE005 TE [email protected]
16 R.Harshavardhan 1BM14TE033 TE [email protected]
17 Raghu.P 1BM14TE036 TE [email protected]
18 C.B.Manikanta 1BM14TE010 TE [email protected]
19 Anshuman Mohanty 1BM14TE009 TE [email protected]
20 Rahul Hebbar. A 1BM14TE037 TE [email protected]
21 Tejashwini.G 1BM14TE062 TE [email protected]
22 Ankitha B.K 1BM14TE007 TE [email protected]
23 Mohammed Saqib 1BM14TE023 TE [email protected]
24 Chandana.E 1BM14TE011 TE [email protected]
25 Shruthi. Janardhan 1BM14TE051 TE [email protected]
26 prajwal.G 1BM14TE030 TE [email protected]
27 puneet.A.C 1BM14EI011 EI [email protected]
28 Rishab M 1BM14EC087 EC [email protected]
29 Harshita Radesh 1BM14TE017 TE [email protected]
30 Pranav Chakradhar 1BM14EC073 EC [email protected]
31 Vignesh.B.Udupa 1BM14ME192 ME [email protected]
32 Vignesh.V 1BM14ME193 ME [email protected]
33 Karthik.Gunalan 1BM14EI006 EI [email protected]
34 Nikhil Srikar K A 1BM14TE026 TE [email protected]
35 Ankush Kumar Singh 1BM14TE008 TE [email protected]
36 Roshan 1BM14TE044 TE [email protected]
Address by the Principal, Dr Mallikharjuna Babu
Address by S Danabal, Academic Manager, National Instruments
Hands-on sessions in progress
Sample Certificate
Support from National Instruments
Event information to ALL Heads of Departments
Attendance Sheet
Permission from Principal
