Criteria -2 2.2 Catering to Student Diversity

Sub Question : 2.2.1

Learning levels of the students :

Student Enter the

Course

Assessment

Check points

1

take up IA test Internal test

performance

2

Orientation &

Bridge course

Mentorship

programme

attends Mentor hour 3

Decides

Advance

Learners

Slow Learners

Orientation Programme :

Internal Assessment :

Mentorship Programme :

Criteria -2 2.2 Catering to Student Diversity

Sub Question : 2.2.1

Programs for Advanced Learners:

Case Study analysis.

In house Seminars and student Presentations.

Participation in Conferences/Seminars/Workshops and Paper presentations.

Book review session

In house Projects and Surveys.

Creative thinking and Bulletin writing.

National Programme on Technology Enhanced Learning (NPTEL)

Participation in professional membership bodies such as ICT,CSI, AIMA, CIIorganized events

Case Studies

Student Presentations

o One of the best academic practices of the institution is ASSEMBLYwhich will be conducted every

Monday from 8.30 – 9.30all UG & PG students. During this hour, the identified advanced learners

from different streams present a topic related to current affairs or on significant day.

o In addition to it, Faculty members will assign a topic to the advance learner to present a talk

related to subject and beyond the subject curriculum.

Research paper presentation &publications :

Book Review Session Objectives: To develop reading culture among faculty and students To enrich critical bent of mind among students To encourage writing skills among faculty members and students To improve presentation skills To enhance communicative skills

In-house projects and surveys : In-house project is one of the Academic Enrichment program adopted by UG departments. Group of students are assigned to do a project based on real time applications. These projects are not confined to their curriculum but they are beyond the scope of prescribed syllabus. To name few :

o DELTA o Hydroponics o Water level sensor o E-Waste Robot o Writing Machine Controller o INTERCONNECTING CISCO NETWORKING DEVICES:ACCELERATED(CCNA) o Angle sensor using simple pendulum technique o Server Powered Theft Detector o Hand Gesture Controlled Robot using Ardudino o Smart bin

Title: DELTA(Digital Electronics Learning and Teaching Approaches)

Goal: To create a progressively more engaging laboratory experience with problem solving emphasis and troubleshooting skills, to provide opportunities for students to develop teamwork skills and encourage curiosity towards science and technology.

The Context:The purpose of this study is to assess the students' perceptions and usage of learning objects in Digital Systems. Overall, learning objects are good alternative learning strategy, which enables students to take more control over their own learning.

The Practice: (1) Digital IC Trainer Kit (2) Hardware Implementation of the Digital System –The Computer (3) SAT(Self Assessment Test) program

Evidence of Success: The practices has involved active learning for students in doing and thinking for development and deployment of low cost physical tool kits or components in designing projects. Various instruments and components are very small and delicate which can be learnt through identifying the components and examine them, how to handle physically with care. The students gain confidences and skill developing positive attitude in them. The students get to know the components or instruments study – their footprints, size, shape and weight.

Problems Encountered:

(1) There are chances of damage rate of up to 20% as the components are very delicate to handle but reduces as students get more experience and understand that damage of component is loss of money enabling them to work with utmost care.

(2) Failures of circuit teach the students a lot of technical design principles and learn a lot of troubleshooting techniques to overcome the failure.

Club 404_Debuggers Model Name Writing Machine Controller Team Members Deekshith Kumar S VI SEM BCA Faculty Mentor Asst. Prof. Divyashree D

Objective / Aim of the Model

We have the technologies like automatic speech writing machine, TTS, speech to text output, printers, scanners, etc. But the basic problem is it only writes only those fonts which the computer already has. That is Roman, Calibri, Arial, Impact, Georgia, etc.

Description Writing machine controller is automatic controller use for the detecting the actual position of specific text and drawing any design on paper. Writing machine Controller is working like a CNC machine. This Machine is working on 3 axis (X, Y, Z ). This three axis motion is given by stepper motor and servo motor. We want a machine which can control, the full matter by describing actual control of the specific given word. By using the concepts like CNC machines, wooden CNCs which make the design on wood by giving accurate feed to the driller. Similarly, we can use this Technology to make a machine for writing purpose also.

Material Used

TOOLS TO BE USED:- Drill machine Screw Driver

1. Computer / Laptop 2. Glue gun

MATERIAL TO BE USED:- 1. 2 PCs Ne-ma 17 Stepper motor 2. Aurdino Uno R 3 3. Expansion Board A 4988 Driver 4. Mg 90 S Metal Gear Servo 5. 12 v to 36 v DC Cell or battery 6. Pencil 7. Screw

Methods Adopted

STEP: 1 WOODEN FRAME MAKING Take piece of wooden ply and make frame for X and Y axis gantry. As per above picture cut and drilled wooden ply and stick together with the help of glue gun STEP : 2 MAKING X- AXIS GANTRY Insert the stepper motor in the hole of wooden frame. As per above picture insert screw and pencil inside the hole. This screw is provide the sliding movement to pen so we can draw anything with the help of this machine. STEP : 3 STICK X AND Y GANTRY TOGETHER We need to make two same gantry X and Y. Now Stick X gantry to Y gantry as per above picture. After that your machine is ready to work in XY horizontal surface. Now we require to make z axis for pen movement. This was done by servo motor. STEP : 4 CONNECT SERVO MOTOR Take glue gun and apply on X axis gantry as per picture. Stick servo motor on X axis gantry as per Picture (Shaft of servo motor should be outside). STEP : 5 TAKE ALL CIRCUIT

Place 12 Volt DC Battery on Back side of XY axis Gantry. Place Combination of all circuit (2 PCs Stepper Motor Driver with heat sink ,

Expansion Board A4988 Driver , Arduino Uno R3) On Back side of this 12 volt battery

Connect 12 volt dc battery as positive(+) and negative(-) connector. Attach X and Y axes Stepper motor on Expansion Board A4988 Driver as per circuit

diagram. Connect servo motor

Download ben box software on your computer and connect this with USB connector. Open Software Connect USB Plug On Update Firmware select COM (3.4 OR 5), and browse firmware

from downloaded software. Select all Value of software: #FIRST PAGE Serial Port : COM(3,4 or 5) Pen Up : 35 Pen Down : 22 Speed : 800(you can increase) Time : 200 Step: 1 Curve mode : Outline Select bullet : Curve Select bullet : Servo #SECOND PAGE Step : x=2 y=3 Dir : x=5 y=6 Min : x=-1 y=-1 Max : x=-1 y=-1 Ppm : x=320 y=320 laser : 0=12 1=12 Servo : 0=11 0=12 Feed Ra. : 1500

Application Area Handwriting recognition (HWR), also known as Handwritten Text Recognition (HTR), is the ability of a computer to receive and interpret intelligible handwritten input from sources such as paper documents, photographs, touch-screens and other devices. The image of the written text may be sensed "off line" from a piece of paper by optical scanning (optical character recognition) or intelligent word recognition. Alternatively, the movements of the pen tip may be sensed "on line", for example by a pen-based computer screen surface, a generally easier task as there are more clues available. A handwriting recognition system handles formatting, performs correct segmentation into characters, and finds the most plausible words.

Club TEAM 404 DEGUBBERS

Model Name INTERCONNECTING CISCO NETWORKING DEVICES:ACCELERATED(CCNA)

Team Members MANISH KUMAR N Faculty Mentor DIVYA MAMDAM

Objective / Aim of the Model To enrich individuals with the skills and knowledge of installing,

configuring and operating LAN, WAN and dial access services for networks that have fewer than 100 nodes; using IP, IGRP, Serial, Frame Relay, VLANs, RIP, IP RIP, Access Lists and Ethernet network protocols

Description (100-200 Words) Interconnecting Cisco Networking Devices: Accelerated (CCNAX) that teaches learners how to install, operate, configure, and verify a basic IPv4 and IPv6 network, including configuring a LAN switch, configuring an IP router, connecting to a WAN, and identifying basic security threats. Also covers topics in more depth and teaches learners how to perform basic troubleshooting steps in enterprise branch office networks.

Material Used 1.CPU 2.TP LINK ROUTER 3.CISCO CATALYST 2950 SERIES SWITCH 4.CISCO ASA 5510 FIREWALL SERIES 5.CISCO ROUTER 2620 SERIES

Methods Adopted The three major switching methods – Fragment Free, Cut-Through, and Store-and-Forward. Firewall are used by companies to protect their data & devices to keep destructive elements out of network, viz. Packet Filters, State full Inspection and Proxy Server Firewalls.

Application Area It provide the application intelligence, unified network services, integrated security, non-stop communications, virtualization, and operational manageability needed for today's most valuable converged network services, including networked

Outcome PUTTY is connected to Cisco IOS and now you can configure, monitor or manage a Cisco Router or Switch using putty

Feed back The experiment was awesome and I had a very good experience of hand on lab of cisco router and firewall.

Club 404_Debuggers

Model Name Angle sensor using simple pendulum technique Team Members Ankith Sharma 2ndSem BCA Faculty Mentor Asst. Prof. Divyashree D Objective / Aim of the Model

To sense the bike angles when rider lean their motor bike at curves.

Description To sense the bike angles when rider lean their motor bike at curves.

Nowadays vehicles are considered the trendiest things. Especially bikes, but

while riding on corners, bikers tend to lean their motor bike to maintain a

counter balance for the canter of mass. But at some curves they also want to

know the angle at which they are riding. The concept of angle sensor comes

into picture.

The angle sensor is a simple pendulum inspired design that is particularly

arranged according to the positive and negative nodes of a led bulb.

All the negative terminals of the led bulb are attached to a common wire that

is further attached to the negative node of the battery.

The positives are arranged in such a way that each of them resides in the exact

position of the angle marked (the current design has been planned for an

angle difference of 10°.

The positive terminal from the battery is attached to the pendulum that is

fixed at the center so as to allow the free movement of the pendulum. While

the pendulum reaches a particularly assigned angle that has been already fixed

with the positive node of the bulb fixed at that angle, when the bike leans,

current angle is sensed by glowing LED blubs.

Material Used

TOOLSTOBEUSED:

1.Cutter,glue

2.Protractor,scale

3.Scissors,tapes

4.Solderingequipments

MATERIALSUSED:

1.Hardcardboard

2.L.E.Dbulbs(20)

3.Copperwires

4.9vbatteries

5.2mmdiameternutandbolt

6.Blackcardboardsheet

Methods Adopted

STEP1: HARD CARD BOARD BASE PREPARATION Thecardboardiscutintoasquarepieceof 15cmlength. Theplacementsfortheanglesaremarkedand holesaredrilledforthewiringandalsoforthe bulbplacements. STEP2:PREPARINGTHEPENDULUM Arectangularpieceofthehardcardboardiscoveredwithawireandlaterwithan insulatedtapetopreventanyotherpartofthe wiretobeexposedotherendof thewirethatissupposedtobecontactingthe wiresmountedonthemainframe. STEP 3: PLACING ALL THE LEDs IN POSITION Alltheledbulbsareplacedinasemicircular formatandthenegativesaresolderedtoa commoncopperwirethatisfurtherconnected tothenegativeofthebattery. STEP4:MOUNTINGTHEPENDULUMONTHE BASE Thependulumisattachedtothemainframe andthe2mmnutandboltareplacedinsucha waythatthependulumisattachedtotheframe withafreedomtomovefreely.Andalsothe pendulum'spositionisconfirmedtobeintactto beengagedwiththerespectivewirenodes. STEP5:CONNECTIVITY Alltheconnectionsaremadeandsoldered intact,theyarefurtherconnectedtothebattery

Application Area Motor Bikes, Bicycles

Club THREAD_301

Model Name Server Powered Theft Detector Team Members RAHUL-N-KINI Faculty Mentor Sheela D V

Objective / Aim of the Model To ensure that there shall be Advancement in Technology and also the unique

punishment to the Burglar. Description This SMALL SCALE PROJECT will be useful for the general public, where it

will be the greater use for Celebrities, Politicians and College premises sometimes. Sometimes it’s fair to pay Rs.30 extra in the Electricity bill than crying for the

valuable things stolen by someone. In this project the SMS will be sent to the registered owner, and if the Govt. sanction this project then we may link it to the Police and send their location with the assistance of GOOGLE.

Material Used ARDUINO MEGA CIRCUIT BOARD ARDUINO MEGA CASE (For better Protection of the Board) IR SENSORJUMPER CABLES BUZZERSLEDs BREADBOARDSLCD DISPLAY (To be USER INTERFACEABLE) GSM MODEM (For communicating with the OWNER) BASE PLATESIM CARDCABINET FAN 12mm (For System Cooling)

Methods Adopted First there shall be the construction of the entire Setup, which will take around an hour and in this setup the connections are monitored carefully so that there shall be no hardware defect and to avoid System Crash. Then comes the main part i.e CODING where the construction took around 2 weeks. The coding Shall be uploaded to the Arduino Mega Board and the power should be given to both Arduino Mega Board and GSM Modem. Then we just have to wait for the Burglar to enjoy the punishment.

Application Area This project is a small scale one but can be applied anywhere. This project doesn’t

categorize that only this particular person should use them, instead it supports each and everyone starting from Normal Citizens of this World to the 5 star Celebrities around the World. It can be applied in Houses, Offices, Shopping Centers, Data Centers and many more places where people feel comfortable to place the setup.

Outcome This will help reducing the crimes and also it’s a very good trap for the cops as

well as owners to catch the Burglar easily. Feed back This Model will be improved a lot. If the Govt. sanction this project there will be

regular security updates so that it will be built “ANTI-HACKABLE” to some

extent so that the Burglar won’t be hacking the Boards and get the Access.

Club Threads 301

Model Name Hand Gesture Controlled Robot using Arduino Team Members Akash.S,Rahul.C, Nityananda.V Faculty Mentor Sheela D V Objective / Aim of the Model

Hand Gesture Controlled Robot for Home Automation

Description Hand Gesture Controlled Robot using Arduino. ... This Hand Gesture Controlled Robot is based on ArduinoNano, MPU6050, RF Transmitter-Receiver Pair and L293D Motor Driver. Even though the title says it as a Hand Gestured Controlled Robot, technically this robot is controlled by the tilt of the hand.

Material Used Components for Receiver Section L293D Motor Driver ICHT-12D Decoder IC 434 MHz RF Receiver33KΩ Resistor 330Ω ResistorLED 4 Geared Motors with WheelsRobot Chassis Components for Transmitter Section ArduinoNano434MHz RF Transmitter HT-12E Encoder ICMPU6050 Accelerometer/Gyroscope Sensor 750KΩ Resistor

Methods Adopted Presenting here is a home automation system using a simple Android robot which you can use to control by hand gestures.

Application Area Wireless controlled robots are very useful in many applications like remote surveillance, military etc.

Hand gesture controlled robot can be used by physically challenged in wheelchairs.

Hand gesture controlled industrial grade robotic arms can be developed. Outcome The project added special features is by which robot can overcome so many problems

in industry. If it is further developed then it can be used for military application.A Gesture Controlled robot with Arduino Uno microcontroller has been designed in this work, which can be controlled by human hand gestures. This requires to wear a small transmitting device on our hand included an accelerometer, which transmits particular commands to the robot to move according to the users hand gesture and one receiver at the robot.

Feed back The model can still be enhanced in automatic way sensing the sensors and moving by itself.

Club THREAD_301 Model Name Smart bin Team Members NIKHIL KUMAR.S Faculty Mentor Sheela D V Objective / Aim of the Model To make digital smart India using this concept (smart bin) and to

avoid garbage on the streets Description To avoid diseases and mosquito we need this bin because which

closes automatically.

Material Used SERVO ULTER SONIC SENSER ARDUINO JUMBER WIRES 9VOLT BATTERY HARD CARDBOARD PLASTIC DUST BIN

Methods Adopted First we need to set up the model and through Arduino software we need to sketch the coding and compile into the Arduino hardware

Application Area This modal can implement in the metropolitan area and even in cities to avoid garbage.

Outcome This brings a great effect in the cities in the way of great cleanness Feed back This modal can be improved still in smart and automatic way as

GPS , automatic fill level , compressor, solar energy, lock system

Creativewriting and Bulletin boards writing

Stock market watch bulletin board is one of the best practice in the department of Commerce and Management where students are made aware about the day-to-day stock market news.

In order to instill creativity and critical thinking among the students, the Department of Humanities, Sciences, Commerce and Management often conducts essay competition, model making, team building, skit, poetry, Best Manager etc.. at College and National level. Department newsletter is also an evident for creative writing among students.

NPTEL : National Programme on Technology Enhance Learning

o Local Chapter : 2910 (Registered 2019-20)

Jul-Dec 2019 : 65 registered 24 passed

Jan-Apr 2020 : 121 registered 115 passed

Jul-Dec 2020 : 15 registered 12 passed

Jan-Apr 2021 : 42 registered

CSI : Computer Society of India

o Institutional Membership : 2019-20, 2020-21

o Membership id : M10672

o Student Local chapter : 2020-21

Designer Thinkingd fsdfrew rewrewrrew

Financial Literacy Program for B.Com students

Criteria -2 2.2 Catering to Student Diversity

Sub Question : 2.2.1

Programs for Slow Learners:

Special classes & Tutorials

Assignments

Revision and BU paper test

Peer to Peer learning

Study materials(solution bank, important notes) are distributed and scheme of

evaluation is explained

Remedial classes

Process to bring improvement in slow learners

Special classes &

Tutorials

Regularly counselled

by Class Mentor

Additional Test

given

Assignment Question Bank

revised

Remedial Peer to Peer learning

Faculty monitoring

for regular students

Regular &

Backlog

students

Concerned subject teacher schedule and announces the special classes and or tutorial classes based on the class time and individual time table. These classes are recorded in the work dairy and attendance register.

Based on the complexity of the subject, the department faculty prepares additional questions as assignment for the slow learners to improve the performance of the student in university examination. This act as self-assessment and build a confidence among students in scoring good marks in the university examination.

As a part of drilling exercise, the subject teacher conducts unit wise revision and test for the poor performer. University paper preparation testalso helps the slow learner to improvise their score.

Peer to peer learning is one of the practice adopted by the institution. Students learn a great deal by explaining their ideas to others. Working collaboratively with other and receiving feedback from them helps the students to evaluate their learning.

Solution Bank are uploaded in Google class for easy access : https://classroom.google.com/u/0/w/MTU5MjM0NDgzMzQy/tc/MjQ4OTkwMTk3ODkw

Bangalore University Question Paper can also be downloaded from institutional websites :

https://www.simsbangalore.com/bachelor-of-business-administration-question-papers

Remedial classes: Along with the current batch students, the students with backlogs are supported with remedial classes. Generally these classes are scheduled at the end of semester.

Sl.No B.Com B.B.A B.C.A

1 I Semester B.Com - Financial Accounting &

MTBD - 04-10-2019 to 25-11-2019

I Semester BBA - Financial Accounting 7 Fundamentals of accounting - 10-10-

2019 to 27-11-2019

12-11-2019, 14-11-2019, 20-11-2019 C Programming by Rekha.C

2 III Semester - Corporate Accounting & QABD -II - 04-10-2019 to 25-11-2019

III Semester BBA- Corporate Accounting - 12-10-2019 to 20-11-2019

14-11-2019 & 19-11-2019 Digital Electronics by Vijaylakshmi

3 V Semester - Income Tax - I & Advanced accounting - 04-10-2019 to 25-11-2019

V Semester BBA - Income Tax - 12-10-2019 to 20-11-2019

21-11-2019,23-11-2019,25-11-2019,28-11-2019 Discrete Mathematics by

Sheela D V 19-11-2019, 21-11-2019,23-11-2019

Operating System by Madhumitha

19-11-2019, 21-11-2019 C++ Programming Divyashree D

First attempt +

Re-appear

Cleared backlog