SHAKTISHALI Youth - Brigade ( Yuva

BIT Sindri is founded in 1949.

BIT Sindri is a premier technical institution offering undergraduate and postgraduate courses in various branches of engineering approved by All India Council of Technical Education, New Delhi.

It is wholly owned by the Department of Science & Technology, Govt. of Jharkhand, Ranchi .

It is affiliated to Vinoba Bhave University, Hazaribag.

BIT Sindri was formerly known as Bihar Institute of Technology, Sindri which was renamed as

Birsa Institute of Technology, Sindri after the creation of Jharkhand state in November 2000.

VISION

To impart Quality education in engineering and technology and prooduce highly trained human resources of world class .

To promote research and development in the emerging and thrust areas and attainment of academic excellence.

MISSION

To achieve academic excellence of International standard

GOAL

To become dynamic, quality concious, forward looking

and

Responsive to global economic & technological development

By imparting quality technical education.

 Nature and Extent of involvement of faculty and students in academic affairs / improvements.

Faculty members teach and advise students to be disciplined and to work hard.

Students’ feedback enables faculty members to cover the course and to teach-well.

 MECHANISM / NORMS & PROCEDURE FOR DEMOCRATIC / GOOD GOVERNANCE.

There is weekly meeting of Director with faculty and staff.

Governing council (G .C) meets 3-4 times a year.

STUDENT FEEDBACK ON INSTITUTIONAL GOVERNANCE / FACULTY PERFORMANCE.

Feed back on teaching and ability of faculty is collected from the students and also by observation in the class room.

 GRIEVANCE REDRESSAL MECHANISM FOR FACULTY, STAFF AND STUDENTS

All the grievances are redressed by personal discussion.

STRENGTH

 Our strength is in mouldings our students to fuse into the work culture of the institution they embrace as a result of interviews by Industries and otherwise.
 Thus pre - placement training in Training and Placement Cell, development of Communication skill , Group Discussion occupy prominent places.
 Standard guidelines are prepared for teachers and students to follow them religiously and without fail.
 Lesson Plan and Lesson Notes by the teachers Experimental procedure by the Laboratory Staff and their exhibition for all the concerned is given its due place.
 Teaching with overhead project (OHP) LCD, Moving Black Boards and Dustless Chalk find their use by the staff.

BEST PRACTICES

 Pictorial system to take care of students to mould the students continuously away from their conventions and conservatism.

 Orientation Programme of the newly appointed teachers by the seniors and resource persons from anywhere in India.

 Introduction of Smart Identity Cards for teachers and students.

 Dress code and code of conduct, hostel rules like cleanness disciplines ethics and moralities incase of students and staff.

 Feed back from the students about the teachers in the Performa made by this institute.

 Library attendance of teachers and with duration to monitor their involvement in studies away from gossip and lethargy.

 Dept. In-Charges meeting by the Director.

 Monitoring all Departments every week besides checking the classes and moving around the entire institution every day.

 Immediate actions for any problem of students or staff.

 Parents and new entrants interacting with the college staff.

 Seminars by the members returning from the summer, winter schools and other training Programmes.

V. PROGRAMMES

 Name of the Programmes Approved by AICTE ( B.Tech Programmes )

Computer Science and Engineering - 60 Seats
Electronics and Communication Engineering - 60 Seats
Mechanical Engineering - 60 Seats
Electrical & Electronics Engineering - 60 Seats

 Name of the programmes accredited by AICTE
Not yet accredited

 For each Programme the following details are to be given

Name CSE ECE EEE Mech. Engg

Number of seats 60 60 60 60

Duration 4 yrs. 4 yrs. 4 yrs. 4 yrs.

Cut off marks / rank for admission: + 2 Science pass (minimum 50 percent Marks) / JEE (O) / AIEEE / JET

Fee Rs. 51,000/=

Placement Facilities

A Training and Placement cell is in operation to provide facilities for placement.

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M.Tech Course ( Heat Power Engg.)

Also known as Power Plant or Boiler Operators and Operating, Steam and Stationary Engineers, the Power Engineer is a technically skilled professional who is responsible for the safe operation and maintenance of equipment such as pumps, gas compressors, generators, motors, boilers, steam turbines,air conditioning systems, heat exchangers and refrigeration equipment. Power Engineers find employment in power generation plants, industrial facilities, and residential and commercial buildings, where they operate and maintain the equipment that provides heat, light, climate control and power.

What is Mechanical Engineering?

Mechanical Engineering is the application of the principles of physics in the analysis, design, manufacturing, and maintenance of mechanical systems. It is one of the broadest engineering disciplines and has one of the longest histories.

It requires a solid understanding of core concepts including mechanics, kinematics, thermodynamics and energy. Mechanical engineers use these core principles to design and analyze motor vehicles, aircraft, heating and cooling systems, watercraft, manufacturing plants, industrial equipment and machinery, robotics, medical devices, alternative energy solutions and more.

Subdisciplines

Mechanical Engineering may be divided into a number of subdisciplines, which can include the following:

Mechanics is the study of forces and their effect upon matter.

Kinematics is the study of the motion of bodies or groups of bodies.

Structural analysis is the branch of mechanical engineering (and also civil engineering) devoted to examining why and how objects fail.

Thermodynamics is the study of energy, its use and transformation through a system. Typically, engineering thermodynamics is concerned with changing energy from one form to another.

Mechatronics is a combination of electrical and mechanical engineering to create hybrid systems. An example of such a system would be an optical disc drive.

Mechanical systems open and close the drive, spin the disc and move the laser, while a laser reads the data on the disc.

Robotics is the application of mechatronics in the creation of robots.

Drafting is the means by which mechanical engineers create instructions for manufacturing parts. A technical drawing can be a computer model or hand-drawn schematic showing all the dimensions necessary to manufacture a part, as well as assembly notes, a list of required materials, and other pertinent information.

Frontiers

Many fields of mechanical engineering are at the frontier of modern research, producing new technology that will better our lives. Some of these fields follow.

Clean Energy

Clean Energy focuses on fuel cells, rechargeable batteries, electrochemical supercapacitors, solar energy with an emphasis on the development of new materials and advanced nuclear fuel cycles; efficient manufacturing processes; system integration and control; analysis, testing and design of components at both the microscale and system levels; and analysis of off-design and transient behavior.

Composites

Composite materials are a combination of materials which provide different physical characteristics than either material independently. Composite material research within mechanical engineering typically focuses on designing stronger or more rigid materials while attempting to reduce weight, susceptibility to corrosion and other undesirable factors. Carbon fiber reinforced composites, for instance, have been used in such diverse applications as spacecrafts and fishing rods.

Advanced Manufacturing

Because of its importance to international competitiveness and the continued development of the economy, advanced manufacturing and materials processing is a focus of a significant national research effort. Manufacturing and materials processing include dimensions and disciplines that encompass all of the important areas of Mechanical Engineering.

Mechanical Systems Intelligence (MSI)

MSI is focused on the scientific development of intelligent machines in order to create a new wave of technology building on the success of the last wave associated with computers. The research seeks to merge robotics with other complex systems (e.g. aircraft, automotives, manufacturing and construction equipment, biomedical devices, etc.) to reduce human drudgery, and enhance the relationship between man and machine.

Nano and Micro-scale Engineering (NMSE)

Nano and Micro-scale Engineering refers to a field of applied science whose theme is the control of matter on an atomic and molecular scale. Generally nanotechnology deals with structures 100 nanometers or smaller, and involves developing materials or devices within that size.

This Guide is intended to help / assist you get started with step by step your Research ( Heat Power Engg.)
Contact the Library at any time if you need more assistance. Please note that to use online books and articles from off-campus, you will need to create a Library Account.

Research Areas (Thrusts)
Advanced Manufacturing
Nano - Micro Scale Engineering
Mechanical Systems Intelligence
Clean Energy
Areas of Study
Acoustics
Biomechanical Engineering
Dynamic Systems and Control
Manufacturing and Design
Materials Engineering
Nuclear and Radiation Engineering
Operations Research and Industrial Engineering
Thermal / Fluids Systems
Approaches to Conservation
Energy Basics & Fundamentals
Energy Uses in America
Fuels & Technologies
Energy & the Environment
Energy & the Economy
Energy Geography & International Affairs
Energy at the Movies (Energy & Culture)
Electrochemical energy systems: fuel cells and batteries
Futuristic and renewable energy technologies and fuels
Hybrid and other advanced vehicle technologies
Peak Oil: Is it real? Should we care?
People Hot Topics
Global Climate Change
World Energy Leader
Thirst for Power: The Nexus of Energy & Water
Publications
Activities
M.Tech Courses
Resources
Research
Research Area
Research Grant
Faculty / Staff / Administration
Technical Courses
B.Tech / M.Tech / Ph.d.
About Technical Students
Alumni
www.nsdl.org

List of Electives:
(List to be announced at the beginning of second semester each year)

1. ME - 5111 : Theory of Elasticity
2. ME - 5112 : Theory of Vibrations
3. ME - 5113 : Systems Dynamics and Control
4. ME - 5114 : Computer Aided Design
5. ME - 5115 : Mechanics of Fracture and Fatigue
6. ME - 5116 : Theory of Mechanisms
7. ME - 5117 : Experimental Mechanics and Non Destructive Testing
8. ME - 5118 : Engineering Design
9. ME - 5119 : Design of Pressure Vessels and Piping
10. ME -5137 : Quality Engineering

Practical:
Machine Design Project
Machine Design Seminar
Preparatory Work for Dissertation

List of Electives:
(List to be announced at the beginning of second semester each year)

1. ME - 5211 : Tribology
2. ME - 5212 : Rotor Dynamics
3. ME - 5213 : Mechatronics
4. ME - 5214 : Finite element Analysis
5. ME - 5215 : Non-Linear Vibrations
6. ME - 5216 : Vibrations and shock Analysis
7. ME - 5217 : Theory of Plasticity
8. ME - 5218 : Advanced Composite Materials
9. ME - 5219 : Theory of Plates and Shells
10. ME - 5220 : Robotics and Automation

List of Electives : (Any Four)
(List to be announced at the beginning of second semester each year)

1. ME - 5121 : Advanced Thermodynamics
2. ME - 5122 : Advanced Heat and Mass Transfer
3. ME - 5123 : Advanced Fluid Mechanics
4. ME - 5124 : Power Plant
5. ME - 5125 : Combustion Generated Pollution
6. ME - 5126 : Design of Pumps and Pressure Vessels
7. ME - 5114 : Computer Aided Design
8. ME - 5137 : Quality Engineering

List of Electives :
(List to be announced at the beginning of second semester each year)

1. ME - 5221 : Internal Combustion Engine
2. ME - 5222 : Gas Dynamics
3. ME - 5223 : Propulsion System
4. ME - 5224 : Nuclear Energy
5. ME - 5225 : Combustion
6. ME - 5226 : Solar Energy
7. ME - 5227 : Environmental Engineering
8. ME - 5228 : Design of Thermal Systems
9. ME - 5214 : Finite Element Analysis

List of Electives :
(List to be announced at the beginning of second semester each year)

1. ME - 5131 : Production Planning and Control
2. ME - 5132 : Theory of Metal Machining
3. ME - 5133 : Mechanics of Metal Forming
4. ME - 5134 : Casting and Welding
5. ME - 5135 : Tool Design
6. ME - 5136 : Industrial metrology and Inspection
7. ME - 5137 : Quality Engineering
8. ME - 5141 : Introduction to Industrial Management
9. ME - 5112 : Theory of Vibration
10. ME - 5117 : Experimental Mechanics and Non Destructive Testing

List of Electives :
(List to be announced at the beginning of second semester each year)

1. ME - 5231 : Machine Tool Engineering
2. ME - 5232 : Unconventional Manufacturing Process
3. ME - 5233 : Machine Tool Dynamics
4. ME - 5234 : Hydraulics and Pneumatics for Production
5. ME - 5235 : Metal Working Technologies
6. ME - 5236 : Computer Aided Engineering and Manufacturing
7. ME - 5241 : Total Quality Management
8. ME - 5214 : Finite Element Analysis
9. ME - 5218 : Advanced Composite Materials
10 . ME - 5220 : Robotics and Automation

List of Electives : (Any four)
(List to be announced at the beginning of second semester each year)

1. ME-5141 : Introduction to Industrial Management
2. ME-5142 : Computing for Industrial Management
3. ME-5143 : Materials and Supply Chain Management
4. ME-5144 : Computer Aided Decision Systems
5. ME-5145 : Financial Engineering
6. ME-5131 : Production Planning and Control
7. ME-5136 : Industrial Metrology and Inspection
8. ME-5137 : Quality Engineering
M. Tech., Semester - II

List of Electives: (Any three)
(List to be announced at the beginning of second semester each year)

1. ME-5241 : Total Quality Management
2. ME-5242 : Modeling and Simulation Techniques
3. ME-5243 : Forecasting and Time Series Analysis
4. ME-5244 : Design of Production System
5. ME-5245 : Marketing Management
6. ME-5213 : Mechatronics
7. ME-5220 : Robotics and Automation
8. ME-5227 : Environmental Engineering
9. ME-5232 : Unconventional Manufacturing Processes
10. ME-5236 : Computer Aided Design and Manufacturing

Subject Code
Subject
Contact Hours per Week
Credits
Dissertation
Dissertation Open Discussion
Dissertation Evaluation
Grand Total of M.Tech. Course
About the Institute
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Articles
E books
Internet Resources
Selected Print Resources
Guides & Help sheets

ARTICLES

Key Databases

Main Menu.

Select all or only a few of the following databases:
Academic Search Complete
Business Source Complete
Computers and Applied Sciences Complete
Environment Complete
In spec
Vocational Studies Complete

Civil Engineering Abstracts

Compendex (Engineering Village)

Proquest

Main menu. Select all or only a few of the following databases

Business
Reference

You can view a complete list of databases either alphabetically or by subject.

Finding the journal article

Look to see whether the article is available online within the database or index itself…should be obvious…look for a PDF or html button. If not, then…
Enter the name of the journal into the Title search option within our Library Catalogue.
This will tell you whether the journal is available some other place…either online elsewhere or as a print subscription
We will bring in a copy of an article for you if none of the other methods works. This usually takes 2-3 days and is a free service. Fill out a request form.

Key eJournals

Full-text versions of a number of journals are available online.

A few recommended titles:

Air conditioning, heating & refrigeration news
ASHRAE journal
Control engineering
Heating, piping air conditioning engineering HPAC
Heating, plumbing, air conditioning
Journal of energy engineering
Plant
Power engineer
Power engineering
Pulp and paper Canada

E books & other online resources

AccessScience - general encyclopedia type articles
Books 24x7 IT Pro - computing books (note that you must register using your my.bcit.ca email address)
British Columbia Codes - British Columbia Building Code and the British Columbia Fire Code. Available on-campus only. Mozilla works best
Canadian Businesses - provides lists of companies by type and location. Good for job hunting perhaps. Ask for assistance.
Canadian EnviroOsh Legislation - health & safety regulations and guidelines
CRC EngNetBase - engineering and technology books
CSA online - Canadian Standards Association standards Available on-campus only
Knovel - books on electrical as well as power engineering and more
LexisNexis Quicklaw - provides access to Canada court decisions, case law, and legislation.
NFPA National Fire Protection Association codes and standards Available on-campus only
QP Legaleze - BC laws and regulations

Note that some Ebook titles will also show up in your Library Catalogue search results.

INTERNET RESOURCES

Recommended Web Sites

BCIT Power Engineering - Program information
BoilerRoom.com - Manufacturers, representatives, engineers and operators of steam boilers
GoSteam.com - Power generation, steam, boiler and HVAC professionals
BC Hydro - Includes information, policies, reports and bulletins for BC Hydro, the supplier of electricity to British Columbians
Google Patent Search - United States patents from 1790 to the present
Canadian Intellectual Property Office - Canadian Patents back to 1920
Ixquick - a Metasearch engine that is a good complement to Google

SELECTED PRINT RESOURCES

Books and Videos
Search the Library Catalogue to find Books and DVDs or Videos related to your topic.
Keyword Searches are generally the most effective way to find Materials in the Library.

A few titles of note:
2007 ASME boiler & pressure vessel code
Piping handbook
Pump handbook
Mechanical engineers' handbook
ASME international steam tables for industrial use
Pressure vessels: the ASME code simplified
Power plant control and instrumentation: the control of boilers and HRSG systems
Thermodynamics: an engineering approach
Power engineering: correspondence course

Subject searches can also be helpful. Use these subject headings to get started:
Boilers
Feed water purification
Power (mechanics)
Pressure vessels
Steam
Steam boilers
Steam engineering
Steam power plants
Thermodynamics

Books are shelved by subject area. Books with similar subjects will have similar call numbers.
Some useful call numbers are…

TA 165 Industrial instrumentation
TA 357 Fluid mechanics
TC 5 - 180 Water power, hydraulics
TH 7005-7699 heating, ventilation, air conditioning
TJ 150 - 165 Energy, power and power systems
TJ 212 - 225 Control engineering
TJ 255 - 778 Heat engine, steam engineering, turbines, thermodynamics
TK 1001–1841 Production of Electrical Energy in Power plants
TK 2000 - 2891 Generators, motors, transformers
TK 3001 - 4399 Electric power and lighting
TK 7800 - 7895 Electronics
TN 600 – 699 Metallurgy
TS 280 – 283 Pressure vessels

Key Print Journals:
You will find these print journals on the Main Floor of the BIT Campus Library. They are arranged alphabetically by Title.
Car & driver
Journal of pressure vessel technology 1974 – 2008
In tech
Popular mechanics
Popular science
Road & track

GUIDES & HELPSHEETS
APA Style Guide
Evaluating Web Sites
Google Power Searching
Plagiarism
Computer labs on campus

http://en.wikipedia.org/wiki/Power_engineering

Please report errors and omissions to eralokkumar@sify.com

Find rooms with specific software and when they are available for your use.

For additional help contact the Liaison Librarian for Power Engineering in BIT Sindri.

http://bitsindri.ac.in/

http://www.me.utexas.edu/

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Faculty Annual Report (FAR) :

Faculty can login and create/edit the Faculty Annual Report on-line.

Information is saved in a database, so it can be viewed, copied, and printed in a variety of formats.

http://en.wikipedia.org/wiki/Category:Mechanical_engineering

http://www.me.utexas.edu/facultydb/

http://commons.wikimedia.org/wiki/Category:Mechanical_engineering

MECHANICAL

Air handler
Air preheater
Airshaft
American Machinists' Handbook
American Society of Mechanical Engineers
Atmosphere (unit)
Automaton clock
Axial compressor

B
Ball detent
Beale number
Bell crank
Bi-metallic strip
Bimetal
Block and bleed manifold
Bolted joint
Brake shoe
Brinelling
Bullwheel
Burnishing (metalworking)

C
Cam
Centrifugal fan
Chilled water
Chiller
Coefficient of performance
Collapse action
Compliant mechanism
Computerized Maintenance Management System
Constant air volume
Contact mechanics
Cooling tower
Cotter pin
Coupling
Crank (mechanism)
Critical speed
Cylindrical Energy Module

D
D'Alembert-Euler condition
DHCCI
DVVL
Damper (flow)
Daxcon
Demister (Vapor)
Detent
Diagonal or mixed-flow compressor
Diaphragm compressor
Chris DiSalvatore
Disc coupling
Docking sleeve
Drive by wire
Dropping point
Dynamometer

E
EN 13445
Electronic engineering
Embedment
Energy principles in structural mechanics
Engineering design process E cont.
Engineering fit
Envelope (mechanical engineering)
Euler–Bernoulli beam equation

F
FAC-System
Fan coil unit
Feedwater heater
Fillet (mechanics)
Flange
Fluidyne
Flywheel
Fracture mechanics
Fretting Wear
Friction loss
Fuel gauge
Fusible plug

G
Gudgeon pin

H
Heat Regenerative Cyclone Engine
Mechanical Engineering Heritage (Japan)
Hirth joint
Hunting (engineering)
Hydraulic manifold
Hydraulics

I
Idler
Idler-wheel
Indexing (motion)
Industrial Refrigeration Consortium
Injector
Inspirator
Institution of Mechanical Engineers
Interference fit

J
JIC fitting
Jaw coupling
K
Keyseating
Kinematic determinacy
L
List of historic mechanical engineering landmarks
Laser shaft alignment
Lever
Light Aid Detachment
List of gear nomenclature
List of mechanical engineering topics

M
Machinery's Handbook
Maintenance, repair and operations
Marks' Standard Handbook for Mechanical Engineers
Mass transfer
Mechanical advantage
Mechanical efficiency
Mechanical engineering technology
Mechanical singularity
Mechon
Mirror mount
Modal analysis
Motion ratio
Multi-jackbolt tensioner

N
NPSH
Non-synchronous transmission
Nutate

O
Orifice plate
Oscillating reciprocation
Overspeed (engine)

P
Parallel motion P cont.
Photoelasticity
Physical compression
Pinch analysis
Piping
Piston motion equations
Power engineering
Precision engineering
Proactive maintenance
Process integration
Pulverizer

R
R&D Dynamics Corporation
Rayleigh-Ritz method
Reciprocating compressor
Reciprocating motion
Reciprocation (motion)
Recuperator
Reel
Relief valve
Residual stress
Reynolds transport theorem
Rotary feeder
Rotary screw compressor
Rotor
Rotordynamics
Rubber bushing

S
SAWE
Scrollerwheel
Shear pin
Shear strength
Sieving coefficient
Sight glass
Simple machine
Slip joint
South Pointing Chariot
Standard conditions for temperature and pressure
Static discharger
Statical determinacy
Steam rupture
Stick-slip phenomenon
Stirling engine
Strain hardening exponent
Streamlines, streaklines, and pathlines
Structural load
Swashplate
Systematic Hierarchical Approach for Resilient Process Screening (SHARPS)

T
Tail lift
Thermal efficiency
Thermal engineering
Thermal science
Thermomechanical generator
Timken OK Load
Tooth Interior Fatigue Fracture
Torque density
Transmigration operation
Treadle
Trunnion
Tuned mass damper
Turboexpander
Turbomachinery

U
Units conversion by factor-label

V
Variable air volume
Vibration isolation V cont.
Vibration-isolation
Victaulic

W
Water Pinch
Water chiller
Wells turbine
West number
Woodruff key

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http://bitsindri.ac.in

Home Institute Administration Admission Courses of Study Scholarship Useful Links

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Academic Calendar for the session 2008- 09

1st Semester

1. Teaching: 25.08.08 to 01.10.08
2. Mid Semester Examination: 10.11.08 to 15.11.08
3. Teaching: 17.11.08 to 19.12.08
4. Form Filling: 23.12.08 to 27.12.08
5. Viva Voce: 05.01.09 to 10.01.09
6. Semester Examination: 15.01.09 to 25.01.09
7. Semester Break: 26.01.09 to 31.01.09

===============================================================================

IInd Semester

1. Teaching: 25.08.08 to 01.10.082. Mid Semester Examination: 10.11.08 to 15.11.083. Teaching: 17.11.08 to 19.12.084. Form Filling: 23.12.08 to 27.12.085. Viva Voce: 05.01.09 to 10.01.096. Semester Examination: 15.01.09 to 25.01.097. Semester Break: 26.01.09 to 31.01.09

================================================================

3rd & 5th Semester

1. Teaching: 11.08.08 to 01.10.08
2. Mid Semester Examination: 10.11.08 to 15.11.08
3. Teaching: 17.11.08 to 19.12.08
4. Form Filling: 23.12.08 to 27.12.08
5. Viva Voce: 05.01.09 to 10.01.09
6. Semester Examination: 15.01.09 to 25.01.09
7. Semester Break: 26.01.09 to 31.01.09

============================================================================

4th Year

1. Teaching: 14.07.08 to 01.10.08
2. 1st Terminal Examination: 10.11.09 to 18.11.08
3. Teaching: 19.11.08 to 2nd week of March 2009
4. 2nd Terminal Examination: 3rd week of March 2009
5. Form Filling & Viva Voce: Up to 2nd week of April 2009
6.University Exam: 3rd week of April 2009
------------------------------------------------------------------------------------------------

List of Holidays and Vacations in the Year 2009

01. Makar Sankranti: 14 January, Monday
02. Muharram 19 January, Saturday
03. Netaji Subhash Jayanti: 23 January, Wednesday
04. Republic Day: 26 January, Saturday
05. Guru Ravidas Jayanti: 21 February, Thursday
06. Maha Shivratri: 06 March, Thursday
07. Holi / Birthday of Paigambar Mohammad / Good Friday: 20 March, Thursday To 25 March, Tuesday
08. Sarhul: 08 April, Tuesday
09. Ram Navami / Ambedkar Jayanti: 14 April, Monday
10. Mahavir Jayanti: 18 April, Friday
11. Veer Kunwar Singh Jayanti: 23 April, Wednesday
12. Labour Day: 01 May, Thursday

13. Summer Vacation, including Buddha Purnima, Hul Diwas: 19 May, Monday To 12 July, Saturday

14. Independence Day: 15 August, Friday
15. Karma Puja: 11 September, Thursday

16. Puja Vacation, including Gandhi Jayanti, Durga Puja, Chhath: 02 October, Thursday To 08 November, Saturday

17. Guru Nanak Jayanti: 13 November, Thursday
18. Bakarid: 08 December, Monday To 09 December, Tuesday
19. Winter Vacation, including Christmas: 22 December, Monday To 31 December, Wednesday

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