BITS Hyderabad BITSAT 2014 Cutoff Score

BITSAT 2014 Cutoff Marks – BITSAT 2014 Cutoff Score has been Published by Birla Institute of Technology and Science. All Students who are aspiring for Admission to B.Tech Engineering Programs in BITS three Campus Namely BITS Pilani Campus, BITS Goa Campus and BITS Hyderabad Campus, Applied for BITSAT 2015 Entrance Test and Searching forBITSAT 2014 Cutoff Marks are hereby informed that the BITSAT 2015 Authorities has Published BITSAT 2014 CutoffMarks.

The BITSAT Cut off Marks / Scores for admissions to I Semester 2014-15 to different programmes are given below. This is given here for information on the request of many candidates. Every Year the BITSAT 2014 Cutoff Marks Varies and It Depends on the Number of Students appearing for BITSAT Entrance Test. Students who are aspiring for Admission in BITS Hyderabad Campus and Interested to check BITS Hyderabad 2014 Cutoff Score can check BITSAT 2014 Cutoff Score of BITS Hyderabad.

BITSAT 2014 Cutoff Score :

BITS Hyderabad 2014 Cutoff Marks / Score :

Students who are interested to check BITSAT 2014 Cutoff Score of BITS Hyderabad Campus can check BITS Hyderabad 2014 CutoffMarks Institute wise and BITS Hyderabad 2014 Cutoff Score Branch wise.

BITSAT 2014 Cutoff Marks in BITS Hyderabad Campus
S.No	Degree programme at Hyderabad Campus	BITSAT 2014Cutoff Score
1	B.E.(Hons.): Chemical	294
2	B.E.(Hons.): Civil	300
3	B.E.(Hons.): Electrical and Electronics	311
4	B.E.(Hons.): Mechanical	308
5	B.E.(Hons.): Computer Science	329
6	B.E.(Hons.): Electronics & Communication	317
7	B.E.(Hons.): Electronics & Instrumentation	307
8	B.E.(Hons.): Manufacturing	293
9	B.Pharm.(Hons.)	160
10	M.Sc.(Hons.): Biological Sciences	284
11	M.Sc.(Hons.): Chemistry	286
12	M.Sc.(Hons.): Economics	293
13	M.Sc.(Hons.): Mathematics	291
14	M.Sc.(Hons.): Physics	291

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Punjab Engineering College Placements Statistics 2014 – PEC Placements Report 2014

All Students who are aspiring for Admission to B.Tech Engineering Programs offered in Punjab Engineering Collegeformerly called as PEC University and searching for PEC 2014 Placements Statistics and Salary Details are herebyinformed that the PEC University has Published PEC Placements Statistics for the Academic year 2013 – 2014.Students who are searching for PEC 2014 Placements  Statistics and PEC 2014 Placements Salary Details can check PECT 2014 Placements Report.

Several Companies has visited PEC 2014 Campus for offering Placements. Students who are interested to check PEC 2014 Placements Statistic and Salary Details can check PEC 2014 Company Wise Placements Statistics and PEC 2014 Branch Wise Placements Statistics.

PEC 2014 Placements Statistics :

PEC 2014 Placements Key Statistics :

Total Number of Students Eligible for PEC 2014 Placements : 313

Total Number of Students Selected in PEC 2014 Campus Placements is : 261

PEC 2014 Placements Statistics Branch wise :

PEC 2014 Placements Statistics
Branch Name	Code	Students Eligible	Students Placed
Aeronautical Engineering	AE	14	6
Civil Engineering	Civil	52	33
Computer Science Engineering	CSE	27	27
Electrical Engineering	EE	50	44
Electronics & Electrical Communication	EEE	56	54
Information Technology	IT	26	25
Mechanical Engineering	ME	46	38
Materials and Metallurgical Engineering	MME	23	19
Production Engineering	PE	19	15

PEC Campus Placements Statistics 2014 :

PEC 2014 Training and Placement Cell :

Training and Placement Officer
PEC University of Technology, Sector 12, Chandigarh-160012
Phone: +91-0172-2745085, 2753072, 2753073, 
Mobile No. +919779112660
Fax: +91-0172-2745175, 2745085
E-mail: tpo@pec.ac.in
Website : http://pec.ac.in/~pecac/new/placement-information/

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Ceramic Engineering

Ceramics and Ceramic Engineering today plays crucial roles in simplifying our lives by helping us in several ways. Wide ranging uses of ceramic can be witnessed everywhere. In Aerospace Industry, it is used for manufacturing aircraft engines, airframes, space shuttles tiles, etc. Dentistry has also advanced with Ceramic teeth. The switches and lenses you see are also made up of ceramics.

Ceramic Engineering: An Overview

Ceramic Engineering deals with the creation of objects from inorganic and non-metallic materials by using heat, or lowering temperatures through precipitation reactions from high purity chemical solutions. Ceramic materials, being heat resistant finds usefulness in mining, aerospace, refinery, medicine, and a wide range of other industries. Ceramic Engineers are engaged in manufacturing objects that help computers & electronic devices operate, improve health of people in different ways and support the process of global telecommunication.

Core Subjects of Ceramic Engineering

The Ceramic Engineering curriculum in most of the institutes includes courses like Materials Thermodynamics, Raw Materials Analysis, Ceramic Processing, Drawing of Refractory Lining and Joints, Ceramic Fabrication, Ceramic Equipment Design, Sensor Technology, Electrical and Magnetic Ceramics, Pollution & Waste Management in Ceramic Industry, and lots more. The core subjects of Ceramic Engineering are as follows:

• Applied Mathematics
• Solid State Physics & Chemistry
• Chem. Thermo & Kinetics
• Introduction to Ceramics
• Geology
• Physical Testing of Ceramic Raw Materials
• Chemical Analysis of Cer Rawmats & Products
• Engg. Materials Science
• Computer Sc & Operation Research
• Metallurgy.
• Ceramic Raw materials
• Ceramic Coatings
• Process Ceramics
• Cement & Concrete
• Energy Engg. & Furnaces
• Physical Ceramics
• Instrumentation & Process Control

Why Ceramic Engineering?

Being a cutting-edge & low-cost material, the use of ceramic material is on a rise. Starting from producing ceramic teeth, bones, joints to implementation of the same in fibre optic cables used by doctors to see inside the human body or manufacturing ceramic superconductors, lasers and so on, Ceramic Engineering is needed. Applications of Ceramic Engineering are witnessing an expansion because of recent advances in the field of physics and chemistry, including ceramics which include bio-ceramics, such as dental implants and synthetic bones. Hydroxyapatite, the natural mineral component of bone, has been made synthetically from a number of biological and chemical sources and can be formed into ceramic materials.

Let’s have a look at the application areas of Ceramic Engineering below- 

• Construction
• Electronics
• Medicine
• Military
• Optical Materials
• Sports
• Transportation

Roles of Ceramic Engineers

A Ceramic Engineer is a materials specialist, who focuses on the use of ceramics in the production of products ranging from heat-resistant tiles on spacecraft to fiber optic cable. Let’s have a glance at some of the duties of Ceramic Engineers below-

• Ceramic Engineers develop procedures for processing nonmetallic inorganic materials into various ceramic products such as fibre optic products, glassware, coatings for space vehicles, components of nuclear fuel, pollution control devices, etc.
• They are involved in research, product development, and production engineering of ceramic products that are in compliance with the required quality norms.
• These specialized engineers develop advanced heat tiles for space shuttles and supersonic space planes. They also produce ceramic teeth, bones and joints for replacing parts of the human body.
• They contribute towards ultra-fast computer systems using ceramic superconductors, lasers, and glass optical fibers. Ceramic Engineers also help in developing such materials that enclose and support aircraft engines functioning at high temperatures. Not only this, these engineers discover innovative uses of ceramics to strengthen infrastructure by building highways and bridges.

How to pursue Ceramic Engineering?

One has to pass higher secondary board exam from a recognized board in India with Science- Mathematics, Physics and Chemistry to pursue B.Tech in Ceramic Engineering. This is the minimum eligibility criteria.

Top colleges for studying Ceramic Engineering

IIT-BHU Varanasi	Rajasthan Technical University
NIT Rourkela	Ceramic Glass and Ceramic Research Institute, Kolkata
Government College Of Engineering & Ceramic Technology, Kolkata	University of Calcutta
Anna University, Chennai	West Bengal University of Technology
Government College Of Engineering and Technology, Rajasthan	Andhra University

Duration of UG degree in Ceramic Engineering: 4 Years, Full Time

Scope after B.Tech in Ceramic Engineering

Ceramic engineering graduates find numerous job opportunities in varied domains like Mining, Aerospace, Medicine, Refinery, Food & Chemical Industry, Packaging Science, Electronics, Industrial & Transmission Electricity and Guided Light Wave Transmission. Aspirants can have a look at some of the job opportunities in different domains below-

Decorative ware Industry	Engine components manufacturing units
Research firms	Design firms
Ceramic ware manufacturing units	Educational Institutes
Construction services	Inspection services
Production firms	Testing firms
Laboratories	Research firms
Table ware Industry	Sanitary ware Industry
Glass bulbs factory	Cutting tools Industry
Enamels factories	Kitchen ware Industry

Job Profiles

Ceramic Engineers can find jobs in reputed organizations in India and abroad. After completion of their course, they can seek employment opportunities in production industries, hospitals and research institutes in government sector and in various arms of state & central government. Professionals in this career can also opt for teaching jobs in universities and colleges as well. Let’s have a glance at some of the job profiles:

• Ceramic Technologist
• Ceramic Designer
• Administrator
• Production Worker
• Technician
• Construction Manager
• Researcher
• Marketing Executive
• Professor

Top Recruiters

Bhabha Atomic Research Centre

Indian Space Research Organization

Defense Metallurgical Research Laboratory

Institute for Plasma Research

A Ceramic Engineer has a very bright future ahead. He/she has a number of options to choose from, in terms of domains. Ceramic Industry is a vast area and offers numerous opportunities of growth to the aspirants.   

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Textile Chemistry

About course

Textile Chemistry is the applied form of Chemistry. It is an application of basic knowledge of chemistry to understand textile materials. Eventually, the textile chemists artistically modify the materials into various items that can be used by manufacturers for different purposes. A student learns to examine the different groups of fibers that include natural, manufactured, and synthetic fibers. Students also gain good knowledge of various textile fibers. Textile chemists are of two types: one who deals with the manufacturing process and others who understand the technological aspects of fiber. A textile chemist manages the processes of cleaning, dyeing and hence delivering a finished material. These days, textile chemists also learn the art of blending materials. A successful graduate gets to work as a part of the research and development team, technical services process development and lots more.

Core subjects – The core subjects include the following:

• Textile Fiber
• Yarn Formation
• Fabric Formation
• Chemical processing of Textile
• Textile Testing and  instruments
• Applied Mechanics
• Statistics
• Chemical Processing of Textiles Lab
• Computer Application in Textiles
• Design and Structure of Fabric
• Instrumentation & Control
• Information Technology in Textile
• Values and Ethics in Profession

Further education – After completing B. Sc. Or B. Tech in Textile Chemistry, you can go for M. Sc. Or M. Tech followed by research.

Job profiles – The job profiles can be as follows:

• Quality control supervisor
• Process engineer
• Researchers
• Medical textiles engineer
• Operations trainee
• Technologists and sales manager

Top recruiters - Some of the top recruiters are:

• Mysore Silk Factory
• Grasim Industries
• Bombay Dying
• Fabindia
• Arvind Mills Ltd.
• JCT Limited
• Lakshmi Machine Works
• Lakshmi Mills

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Printing and Packaging Technology

About course

Printing and packaging technology is a special branch of engineering which deals with the printing technology and followed by the packaging of the content in order to make it presentable and attractive. The other aim of the packaging industry is to enable the finished and packaged product to be transported and stored in a convenient manner. Packaging engineering is a broad field design conceptualization to product placement. All steps along the manufacturing process, and more, must be taken into account in the design of the package for any given product. Printing on the other hand is the process which reproduces text and images typically with ink on paper or other materials using a printing press. Printing and packaging technology is a combined discipline which enables the students to learn the various techniques of printing and packaging.

Core subjects – The core subjects of Printing and Packaging Technology are as follows:

• Printing Process
• Typography & Typesetting
• Theory of Printing Machine
• Digital Electronics
• Reproduction Technology
• Sheet fed offset technology
• Electrical Systems in Printing Machines
• Manufacturing Process
• Electrical Systems in Printing Machines lab

Further education – After completing B. Tech in Printing and Packaging Technology, you can go for M. Tech.

Job profiles – The job profiles include printing technologists, quality assurance engineers, process engineers, package technologists etc.

Top recruiters – The top recruiters include the biggest printing and print media companies. Some of the top recruiters include the following:

• Tata Donelli Ltd.
• The Times of India
• The Indian Express
• Multi Flex Lami Print
• Positive Packaging
• Printing Machine Manufacturers in India

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Schedule for BS-MS IISER Admission 2015

How to Apply-

Application has to be done online only at our admission portal. The details of the application procedure will be announced on this website in due course.

The application windows will be opened here as follows

• JEE/KVPY - 1st June 2015 to 27th June 2015
• SCB - 1st June 2015 to 4th July 2015

Who can Apply

1. KVPY Stream : Students qualifying in SA (2013-14)/SX (2014-15)/SB (2014-15).
2. JEE Stream : Students securing a place in the rank list of Joint Entrance Examination (Advanced 2015) for admission to Indian Institutes of Technology (IITs).
3. SCB Stream: Students passed class XII in 2014 or appearing in 2015 in science stream with either
   1. Marks above or equal to the cut-off percentage declared by DST (http://www.inspire-dst.gov.in) as eligibility for INSPIRE fellowship 2015. For OBC (Non-Creamy layer)/PD category candidates, there is a 5% relaxation in the DST cut-off. The cut-off for SC/ST candidates and Kashmiri Migrants(KM) is 55% in class XII for all boards
   OR
   2. Advisory note for the eligibility for Scholarship for Higher Education (SHE) under INSPIRE scheme based only on the performance in class XII board examination

Following cut-offs were used for IISER 2014 admission. A revised cut-off, as provided by DST, may be used for IISER - 2015 admission.

Sl.no	Name of the Boards	Cut - off Marks
1	Andhra Pradesh	97.1
2	Assam	75.8
3	Bihar	75.2
4	Chhattisgarh	82.8
5	Goa	85
6	Gujarat	75.6
7	Haryana	86.4
8	Himachal Pradesh	83.3
9	Jammu & Kashmir	88.8
10	Jharkhand	66.4
11	Karnataka	89.7
12	Kerala	95.1
13	Madhya Pradesh	86.4
14	Maharashtra	78.7
15	Manipur	84.6
16	Meghalaya	71.6
17	Mizoram	71.4
18	Nagaland	67.5
19	Orissa	78.5
20	Punjab	86
21	Rajasthan	81.6
22	Tamil Nadu	95.8
23	Tripura	71.8
24	Uttar Pradesh	84.8
25	Uttarakhand	72.6
26	West Bengal	80.4
27	CBSE	94.6
28	ICSE	95.2
29	Viswa - Bharathi	-
30	AMU Board	-

Application Fee

There is a non-refundable application fee of Rs. 1500/- (Rs. 750/- for candidates applying under SC/ST category and Kashmiri Migrants)

Seats Availability

Total of 1000 students in all six IISERs put together.

Schedule for BS-MS IISER Admission 2015

KVPY and JEE(Advanced) Streams

Sl.No	Event	Date (2015)
1.	Opening of application portal	1st June
2.	Last date for application	27th June
3.	Result - Publishing of allocation list	29th June
4.	Last date for payment of admission fees	10th July

SCB Stream

Sl.No	Event	Date (2015)
1.	Opening of application portal	1st June
2.	Last date for application	4th July
3.	IISER SCB aptitude test	12th July
4.	Result/Allocation of SCB stream	15th July
5.	Last date of payment of admission fees	22nd July

Centres for Aptitude Test for State and Central Boards Channel

Bangalore

Baroda

Bhopal

Bhubaneswar

Calicut

Chennai

Delhi

Guwahati

Hyderabad

Kolkata

Mohali

Mumbai

Nagpur

Pune

Thiruvananthapuram

Tirupati

Varanasi

Vijayawada

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Procedure for Correcting Mistakes in JEE Main 2015 Admit Cards –

Students who Successfully Printed JEE Main 2015 Admit Cards – Downloaded JEE Main 2015 Admit Cards are hereby informed to Clearly check the Details Like JEE Main 2015 Applicants Name, Gender, Nationality, JEE Main 2015 Registration Number OR JEE Main 2015 Application form Number, Address of the applicant, JEE Main 2015 Exam Center Address, Reporting time of JEE Main 2015 Examination center, Duration of JEE Main 2015 Exam and Date of the JEE Main 2015 Entrance Test. If the Students Found discrepancy in JEE Main 2015 Admit Card. Students has to Follow the Below Procedure to Rectify the Mistakes in JEE Main 2015 Admit Cards.

How to Correct Discrepancy / Mistakes in JEE Main 2015 Admit Cards:

IF the Students Noticed Mistakes in JEE Main 2015 Admit Cards The Students must Communicate to the JEE (Main) Secretariat immediately for necessary action.

Address For Communication :

JEE (Main) Secretariat
Central Board of Secondary Education 
Plot No. 149, Block – H, 
Sector – 63, Noida – 201309 
Distt- Gautam Budh Nagar (U.P.) 
Telephone No.: 0120-2427342, 0120-2427350
Email: jeemain@nic.in 
Website : http://jeemain.nic.in/

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