College Proposal

5/28/2018 College Proposal

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MITBO TS i s a n i n i t i at i ve,

t o p r o m o t e t e ch n i c a l

educat ion in Ind ia th r ou gh

R o b o t i c s a n d o t h e r

technologies. The f i rm is

focused on making the

technica l educat ion moreeff ic ient and ef fect ive by

u s i n g r o b o t i c s a s a

p la t f o rm.

The concept of STEM ( science

te c h n o l o g y , e n g i n e e r i n g a n d

mathemat i cs ) a re no t fu l l y

ap pr ecia ted by stud ents or th e i r

re levance and log ic get los tdur ing the t rad i t i ona l methods

of discourse. The lacuna arises

du e to the in her ent com pl exi ty o f

top ics , outdated or unexc i t ing

m etho ds an d la ck o f cha l l eng in g

en v i r on m en t . MI TBO TS in i ts

innova t ion c ruc ib le iden t i f i ed

th e def ect an d cam e up w i t h ver y

i n t e r e s t i n g a n d a p p e a l i n g

c o n c e p t - RO BO LA B . Th e

RO BO LAB i s a n a cti vi ty - b a sed

c o m p r e h e n s i v e s e t u p w i t h

n u m e r o u s e d u c a t i o n a l k i t s ,

Ma nu al s & v id eo tu t or ia ls t ied to

the cur r i cu l um dr aw ing the

stud ents to a w ho le new wo r ld o f

e x c i t i n g En g i n e e r i n g &

Technology

The Concept


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Daniele Benedettelli,isknow worldwide for hisorigninal LEGO robots, including the LEGORubik Utopy (a Ruibiks Cube Solver ) and JohnNXT 5(based on the robot in short Circuit).Benedettelli is a member of the MINDSTORMS Developer Program (MDP) and aMINDSTORMS Community Partner (MCP), groups that help to test and develop new NXTproducts. He holds a masters degree in Robotics and Automation from the University of Siena,Italy and is the author of Creating Cool MINDSTORMS NXT Robots (Apress). In his spare time,Benedettelli enjoys composing music.

Duncan Ashworth, President and head of engineering at FloorBotics Inc, USA. Mr. Ashworthhas a degree in Electrical Engineering from the University of Texas at Austin. His career began

in 1978 and was primarily in the semiconductor industry with position ranging form Sr. Engineerto Project Manager to VP of Engineering. Responsibilities included integrated circuit designand development, software development, resource planning, and business case development.Mr. Ashworth is the inventor of the ARNA technology

Ashish Duggal, Computer Scientist at Adobe Systems, he worked as developer for variousAdobe products including Adobe IIIustrator, Adobe Indesign, Adobe Bridge, and Adobe Driveetc. He has also field 7 US Patents on behalf of Adobe in diverse areas including Graphics,Video, Usability and Asset Management. He holds a Bachelors of Electrical Engineering degreefrom IIT Delhi.

Julius Amrit, founder and Managing Partner of Purplewinds Consulting LLP . The firm providesconsulting services and execution assistance to star t up in business planning and growth

st ndstrategies in rasing 1 and 2 stage founding. A PGDM from IIM Calcutta, Julius dropped out ofIIT Delhi to set up his own start up in the mid-nineties, He has over 14 years of hands-onexperience in conceptualizing and running business in education, alternate media, financialservices and found raising both as an entrepreneur and as an employee. He has worked in NIITLtd. Standard Chartered Bank. JM Financial, Stanley and Avendus Capital in variouscapacities.

Kavita Singh, the CEO of Future Works holds a Bachelor of Arts degree (Hons ) in Politics,Philosophy and Economics from Oxford University and an MBA degree from ColumbiaBusiness School. Kavita is also a certified Myers Briggs Practitioner. Further, she has beeninvolved in developing and leading training programs since 2000. Kavita has over 13 years ofmarketing strategy consulting , brand management and sales experience.

MITBOTSis pioneering the usage of robotics to enhance science and engineering education in india.

MITBOTS unique practical learning solutions like robotics lab and trainings aims to create a revolutionary

technology culture in india by bringing creativity, fun and practical knowledge in education.

Board of Advisors :


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Trained over 10, 000 studentsOur clients : Over 270 schools & colleges

Trained over 10, 000 studentsOur clients : Over 270 schools colleges


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MITBOTS will establish robotics labs in the space provided by the College asmeeting desired norms. The robotics lab will be a certified, fully functional and

self- sustaining lab certified by MITBOTS.

The robotics club/ or the nominated committee of the College will act as the bridgebetween the School and MITBOTS.

MITBOTS will provide setup, technical orientation for running the lab, technicalguidance for a specified period, extensive resource materials and conduct robotics

activities from time to time.

Proposed labs will provide fully customized and equipped work-benches for thedesign, assembly, coding and analysis of subjects related to robotics and related

Technologies.

Creates interest in the field of science, technology and mathematics. Enhances their logical ability and practical learning. Students can compete in various robotics competition/and clarifies their basics. Encourages students to work in teams. Enables them to understand technology in a practical manner.


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The activities and the content aret i ed a round the ex i s t i ngTechnology, so as to supplement

the classroom teaching with apractical edge.

Promotion of program amongst Students Selection of interested/deserving students

to form part of its Robotics Club

Infrastructure support- Can be set up inexisting Labs with Workbenches, chairs

and requisite PCs. The college may

decide to host it in a separate room.

Projector/ LCD/ TV Faculty supervisor/ lab assistant Facilitate MITBOTS events &

activities

CURRICULUM RELEVANCECURRICULUM RELEVANCE


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SOLARBOT

ENERGY CONVERSION, INVESTIGATING

ENERGY SUPPLY, TRANSFER, ACCUMULATION

A N D C O N S U M P T I O N , B U Y O A N C Y ,

ARCHEMEDES PRINCIPAL, PROPULSION,

MAKING OF SOLAR PANELS.


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TYPE OF SWITCHES DEGREE OF FREEDOM, MOTION IN 3D APPLICATIONS IN MEDICAL ROBOTICS

Wrist motion of 120 degrees, an extensive

elbow range of 300 degrees, base rotation of

270 degrees, base motion of 180 degrees,

vertical reach of 15 inches, horizontal reach of

12.6 inches, and lifting capacity of 100g.Total

command and visual manipulation using the 5s:

five switch wired controller, five motors, and five

joints. Night time play is possible and extended

life on the gearbox to prolong your control and

predictions of the robot's behavior


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BASIC ELECTRONICS

BASIC MECHANICS

MOTOR DRIVER CIRCUITS

IC CONCEPTS

SENSORS

DESIGN ING OF BASIC ROBOTS LIKE

WIRED ROBOT

LINE FOLLOWER

OBSTACLE DETECTOR

BASIC AUTONOMOUS KIT

Learn the languageof robotics


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WIRELESS BOT

WIRELESS COMMUNICATION

ENCODING AND DECODING

RF TRANSMITTER AND RECEIVER

CIRCUIT DESIGNING WITH DIFFERENTIAL

DRIVE MECHANISM/ MODULATIONO UL TION


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PROGRAMMABLEROBOTICS KIT

PROGR MM BLEROBOTICS KIT

This robotics kit help to get an in- depthunderstanding of simple machines; theirmechanisms, structures and sound sensors.

EXPERIMENTING WITH BALANCED AND

UNBALANCED FORCES,EFFECTOF

FORCESON AN OBJECT, POWER, ENERGY

SYMMETRY & PRACTICAL GEOMETRY :

INVESTIGATING POWERED

FORCES AND MOTION

IC AND MICROCONTROLLER

CONCEPTS

IDENTIFYING DEPENDENT AND

INDEPENDENT VARIABLES

GUI PROGRAMMING

IDENTIFYING DEPENDENT NDINDEPENDENT V RI BLES

GUI PROGR MMING

16 PRINCIPLE MODEL ACTIVITIES

FOUR MAIN ACTIVITIES

EIGHT PROBLEM SOLVING ACTIVITIES.

IN TOTAL 28 ROBOTS ARE MADE


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SOLVINGPROBLEMS

THROUGH DESIGN

WORKING WITH OTHERS AND FINDINGSSHARI NG

Basic electronics conceptsBreadboardDiodesTransistorsSwitches

Basic mechanics conceptsGearsCouplingTyresLinkages, Bushes, Bearings

Digital conceptsFlip flopLatchMemories

IC concepts

LCD trainer kit

LED Programming

Motor ProgrammingKeypad Programming

Line followerObstacle followerObstacle Avoider

Separation

Vertically connectedSections

Horizontally connectedSections

1

2

3

4

These are internallyshort circuited




Bread Board :

Generally we use bread board to make circuit, i.e. for testing it thatwhether we have make it right or wrong after testing the circuit wemake the PCB i.e. Printed circuit Board.Here we have a read board

1)It is divided into tow parts. The separation divide it.

2)There are four sections upper and lower is series section horizontally /but noconnection vertically. The two left is shorted vertically but do not haveConnection horizontall


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Connection horizontall

SUITABLE FOR OLDERSTUDENTS

HARDY CHASIS/

ROBUST DESIGN

INVITING

BREAK-N-MAKE

Sensor s, GSM, Bluetoot h

Wir eless , ADC

Snake bot

Motor bike

In total 18 differ ent r obots

Designed on AVR micr o contr oller


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PROGRAMMING SERVOS

ALGORITHM DEVELOPMENT

Locomotion, Center of Gravity

te c hnolo gy

WORKING ALGORITHM

GEOMETRY

BASIC TRIGONOMETRY

HEXAPOD

PAYLOAD

PIC INTERFACING WITH SERVOS

CONTROLLING 12 SERVOS AT A TIME

VARIOUS RESEARCH PROJ ECTS

CAN BE MADE

A PPL ICA TIO N IN D EFEN SE ROBOTI CSPPL IC TI ON IN D EFENSE ROBOTIC S

WALKING ALGORITHM

GEOMETRY BASIC TRIGONOMETRY


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PRGRAMMING & CONTROLLING SERVOS

ALGORITHM DEVELOPMENT

WALKING & LOCOMOTION ALGORITHM

BASIC GEOMETRY & TRIGNOMETRY

PAYLOAD/ CENTER OF GRAVITY

VARIOUSRESEARCH ROBOTSTO BE MADE

DEFENCE ROBOTICS

BIPEDAL

? Laser cut Body from Acrylic/ Poly Carbonate (Lexan)

? USB 16 Servo Controller

? 6V 1500mAh, Ni-MH rechargeable battery

? 4 High torque, double bearing servo motors (indirect drive)

? Software and sample code CD

? USB cable


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Projects Under ROBOTICS LAB

S.NO. NAME PROJECTS/PRACTICALS

1 ROBOTIC ARM WIRED

COMPUTER CONTROLLED

2 6 IN 1 SOLAR WIND MILL

REVOLVING PLANE

PUPPY

AIRBOAT

STATIONARY PLANE

CAR

3 BASIC AUTONOMOUS KIT LINE FOLLOWER

OBSTACLE AVOIDER

OBJECT CHASER

4 WIRELESS WIRELESS ROBOT

5 PROGRAMMABLE ROBOTIC KIT BASIC PROGRAMMING OF ROBOT

AUTONOMOUS SOCCER BOT 2 ,COMPETITIONS

HEMIPTERA

TOUCH BATTLE ROBOT

DUMP TRUCK

CLEANER BOT

LITTLE CAR

CATAPULT

BUG BATTLE BOT

FORCEPS ROBOT


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IR SENSOR INTERFACING

LCD INTERFACING

LINE FOLLOWER ROBOT

WALL-E

ROBO DOG

7 ADVANCE ROBOTICS PLATFORM CDS SENSOR INTERFACING

TOUCH SENSOR INTERFACING

MIC INTERFACING

BUZZER INTERFACING

ADC

BLUE TOOTH

WIRELESS COMMUNICATION

GSM

LLING BOT

CUP GATHER

FORMULA CAR

HOT DOG

WALL-E 2

OFF LOADER

DICE BOT

HELICOPTER SIMULATOR

PTEROSAURS

GOLIATH

DUKE TANK

6 BASIC ROBOTICS PLATFORM LED PROGRAMMING

LINEAR KEY PAD PROGRAMMING

MOTOR INTERFACING


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SNAKE BOT

MOTOR BIKE

BATTLE ROBOT

FORMULA CAR

SHUTTLE CARRIER

FIGHTER BOT

GOLF ROBOT

BULLDOZER TONGS

ROTATING DRUM BATTLE

ROBOARM 2

8 BIPEDAL CIRCULAR MOVEMENT

DANCING

KICKING

WALKING

9 HEXAPOD CIRCULAR MOVEMENT

DANCING

KICKING

WALKING


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www.mitbots.com

[email protected]

TABLE OF CONTENTS

ITEMS PCS MANUAL CD VIDEO CONTENT SOFTWARE

WIRELESS

BASIC ROBOTICS PLATFORM

BASIC AUTONOMOUS KIT

PROGRAMMABLE ROBOTIC KIT

4

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES YES

YES

YES

YES

YES

YES

YES

YES

YES

NO

NO

6 IN 1 SOLAR YES NO NO

ROBOTIC ARM YES YES YES

ADVANCED METALLIC PLATFORM

HEXAPOD

BIPEDAL

YES

4

4

4

4

4

4

4

4

YES

YES

YES

YES

YES

YES

College Proposal

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