Rachana College
Rachna College of Engineering and Technology was introduced on 15th January, 2003 by Lt. Gen. (R) Khalid Maqbool Governor of Punjab with the first batch of 105 students for B.Sc. Rachna College of Engineering and Technology is situated in Gujranwala, Punjab, Pakistan. Its Campus covers seventy-four acres of land. In south, the campus is surrounded by a canal and lush agricultural land on the remaining three sides. Rachna College of Engineering and Technology is situated on the left bank of Nokhar Branch Canal approx seven kilometers off (East) G.T. Road, between Gakhar and Wazirabad.
Programs offered by Rachna College of Engineering & Technology:
M.Sc. Electrical Engineering
B.Sc. Electrical Engineering
B.Sc. Mechanical Engineering
B.Sc. Industrial and Manufacturing Engineering
B.Sc. Civil Engineering
B.Sc. Chemical Engineering
B.Sc. Metallurgical and Materials Engineering
B.Sc. Petroleum & Gas Engineering
B.Sc. Mining Engineering
B. Architecture
B.Sc. City & Regional Planning
B.Sc. Computer Science
B.Sc. Computer Engineering
B.Sc. Mechatronics and Control Engineering
B.Sc. Building & Architectural Engineering
B.Sc. Environmental Engineering
B.Sc. Transportation Engineering
B.Sc. Geological Engineering
B.Sc. Polymer Engineering
B. Product & Industrial Design
Departments of Rachna College of Engineering & Technology:
Department Of Electrical Engineering
Department of Mechanical Engineering
Department of Industrial and Manufacturing Engineering
Department of Computer Science and Engineering
Department of Natural Science and Humanities
Address:
Rachna College of Engineering & Technology
Jora Siyan (Ghakkhar)
Teh, Wizerabad Distt. Gujranwala
CWC Indore
CWC stands for Central Warehousing Corporation. The Central Warehousing Agency was founded in 1957 to provide logistics support to the agricultural sector. It is one of the biggest public warehouse operators in India providing logistics services to customers. Central Warehousing Corporation launched its units all over India. Its one unit is situated in Indore, address as follows:
Address:
Central Warehousing Corporation
Unit No 3, Bangarda Road, Laxmi Bai Mandir, Bangarda Road
Indore, Madhya Pradesh 452006, India
IGNOU represents Indira Gandhi National Open University. The university was set up in 1985. Now, it is the biggest university in the world which providing education to approx 3,500,000 students. IGNOU (Indira Gandhi National Open University) was introduced to provide education through distance mode and open education, furnish chances of higher education especially to the disadvantaged part of the society, to encourage, coordinate and set standards for distance and open education in India and strengthen the human resources of India by education.
Many websites offer IGNOU MBA Assignment with Solution. Students, who want information about IGNOU MBA Assignment, can log on sources websites. Normally
MBA assignment is a task given to students by their teachers to be finished mostly outside of class, and derives its name from the fact that most scholars do the majority of such work at home. Normally assignments may comprise a quantity or period of reading to be executed, writing or typing to be completed, problems to be solved.
Address:
Indira Gandhi National Open University (IGNOU)
Maidan Garhi, New Delhi-110068
New Delhi
Biju Pattanaik Film School
The Biju Pattanaik Film and Television Institute of Orissa (BPFTIO) was launched in 1992 under the Ministry of Information & Broadcasting, Government of India based on the recommendation of the Film Enquiry Committee. The institute provides diploma courses in Cinematography, Sound & TV, Engineering and Film & Video Editing.
Courses offered by Biju Pattanaik Film and Television Institute of Orissa (BPFTIO)
Diploma in Cinematography
Diploma in Sound & T.V Engineering
Diploma in Film & Video Editing
Candidates should have cleared 10+2 from any recognized board.
Address:
Biju Pattanaik Film and Television Institute of Orissa (BPFTIO)
BOSE Campus, Medical Road,
Cuttack-753007
Bank of India organizes a written test for the recruitment of Officer level posts like Probationary Officer and General Banking Officers.
Syllabus and Paper Pattern:
1. Objective Tests
Test Duration: 120 Minutes (2 Hours)
Questions: 200
Total Marks: 300
1. Test of Reasoning Ability (100 Questions, 150 marks)
2. Test of Quantitative Aptitude (50 Questions, 75 Marks)
3. Test of General Awareness on current developments (50 Questions, 75 Marks)
2. Descriptive Test
Test Duration: 60 Minutes (1 Hour)
Questions: 5 (with internal options)
Total Marks: 100
The written test will consist of an Objective and descriptive test.
1 Reasoning Ability
Number Series
Alphabet Series
Test of Direction Sense
Coding-Decoding
Number Ranking
Arithmetical Reasoning
Problem on Age Calculation
Blood Relations
Analogy
Decision Making etc.
NON-VERBAL
Non Verbal Series
Mirror Images
Cubes and Dice
Grouping Identical Figures
Embedded Figures etc
2. Quantitative Aptitude:
This section will test the quantitative and mathematical skills of the candidates. Questions will be based on the following categories.
Number System
HCF, LCM
Simplification
Decimal Fractions
Ratio and Proportions
Unitary Method
Percentage
Time and Distance
Time and Work
Profit and Loss
Average
Simple and Compound Interest
Mensuration (2D and 3D)
Algebra
Data Interpretation
3. English:
This section will test the language abilities and understanding of English grammar of candidates. Questions will be based on the following categories.
Verb
Adverb
Subject Verb Agreement
Error Correction
Tenses
Sentence Rearrangement
Fill in the Blanks with Modals, Articles etc
Comprehension
Answering questions based on Unseen Passages
Vocabulary
Synonyms
Antonyms
Syllabus for Regulation 2011 of Anna University Electrical and Electronics Engineering
Anna University part of The Department has been an institute in the field of Electrical and Electronics Engineering,
B.E. Electrical and Electronics Engineering Syllabus:
Semester I
1. MA131 Mathematics – I
2. PH125 Physics – I
3. CM125 Chemistry – I
4. GE131 Engineering Mechanics
5. L1 Language Elective – I
PRACTICAL
1. PH126 Physics Laboratory
2. CM126 Chemistry Laboratory
3. GE132 Computer Practice – I
4. GE133 Workshop Practice
Semester II
THEORY
1. MA132 Mathematics – II
2. PH133 Physics – II
3. CE151 Solid Mechanics
4. EE131 Electric Circuit Analysis
5. CM132 Chemistry – II
6. L2 Language Elective – II
PRACTICAL
1. GE134 Engineering Graphics
2. GE135 Computer Practice – II
3. EE141 Electric Circuit Laboratory
Semester III
THEORY
1. MA231 Mathematics – III
2. PH231 Material Science
3. EC253 Electron Devices
4. CE261 Fluid Mechanics
5. ME251 Thermodynamics
6. EE232 Electrical Machines – I
7. EE231 Electromagnetic Theory
PRACTICAL
8. EE241 Electrical Machines Laboratory-I
Semester IV
THEORY
1. EC254 Electronic Circuits
2. EC256 Communication Engineering
3. EE234 Electrical Machines –II
4. EE235 Control Systems
5. EE236 Network Analysis And Synthesis
6. EE237 Object Oriented Programming
PRACTICAL
EC258 Electronics Laboratory
EE242 Electrical Machines Laboratory-II
SEMESTER – V
THEORY
1. EE331 Measurements & Instrumentation
2. EE332 Power Electronics
3. EE333 Digital Systems
4. EE334 Integrated Circuits
5. EE335 Transmission & Distribution
6. EE336 Design Of Electrical Apparatus
PRACTICAL
7 EE341 Control Systems Laboratory
8. EE342 Power Electronics Laboratory
SEMESTER – VI
THEORY
1. MG331 Principles Of Management
2. EE337 Digital Signal Processing
3. EE338 Protection & Switchgear
4. EE339 Power System Analysis
5. EE340 Microprocessor & Applications
6. EE350 Computer Architecture
PRACTICAL
7. EE343 Measurement & Instrumentation Laboratory
8. EE344 IC & Microprocessor Laboratory
SEMESTER – VII
THEORY
1. MG431 Engineering Economics And Financial Accounting
2. EE431 Power System Control
3. EE432 Solid State Drives
4. EE433 High Voltage Engineering
5. CE071 Principles Of Environmental Science and Engineering
6. GE035 Professional Ethics
PRACTICAL
7. EE439 Comprehension
8. EE 435 Power System Simulation Lab. Semester – VIII
THEORY
1. GE406 Total Quality Management
2. E1*** Elective – I
3. E2*** Elective – II
PRACTICAL
4. EE444 Project Work
MDS University Ajmer Syllabus 2011
Maharshi Dayanand Saraswati University was started on 1/8/ 1987 in Ajmer, Rajasthan, India as University of Ajmer. In 1990, history, political science, zoology, botany and mathematics departments were introduced. Courses in environmental technology, microbiology and laboratory technology and instrumentation were started in 1991. After taking a new campus in 1993, the university introduced courses of food and nutrition, applied chemistry, management studies and computer applications.
Syllabus of Maharshi Dayanand Saraswati University is available on its official website.
IV MCA Important Questions KSOU University
Karnataka State Open University is a distance learning university which was started in 1996. The Karnataka University has many affiliated colleges. The University provides 3 year MCA (master of computer application) course.
Course offered:
MCA
Important Questions of MCA: Section 1 Software
Unit-1 Characteristics, Components Applications.
Unit-2 Software Process Models: Waterfall.
Unit-3 Spiral, Prototyping, Fourth Generation Techniques.
Unit-4 Concepts of Project Management, Role Of Metrics And Measurement. Section 2 S/WProject Planning
Unit-5 Objectives, Decomposition Techniques: S/W Sizing, Problem Based Estimation.
Unit-6 Process Based Estimation, Cost Estimation Models: COCOMO Model, The S/W Equation. Section 3 System Analysis
Unit-7 Principles Of Structured Analysis, Requirement Analysis.
Unit-8 DFD, Entity Relationship Diagra, Data Dictionary Section 4 S/WDesign
Unit-9 Objectives, Principles, Concepts.
Unit-10 Design Mythologies: Data Design, Architecture Design.
Unit-11 Procedural Design, Object – Oriented Concepts. Section 5 Testing Fundamentals
Unit-12 Objectives, Principles, Testability.
Unit-13 Test Cases:White Box & black box Testing.
Unit-14 Testing Strategies: Verification & Validation.
Unit-15 Unit Test, Integration Testing, Validation Testing, System Testing
and esign of Algorithm Section 1 System
Unit-1 Definition, Characteristics, elements and types of system.
Unit-2 System Development Life Cycle, Role of system analyst
Unit-3 Initial investigation, Feasibility study-Technical
Unit-4 Economic and behavioral feasibility, Cost and Benefit analysis Section 2 System Analysis
Unit-5 Problem Definition, Information requirements.
Unit-6 Information gathering tools, Tools of structured Analysis – Data Flow Diagrams.
Unit-7 Data Dictionary, Decision Tree, Decision tables and structured English. Section 3 System Design
Unit-8 Structured Design, Input design, and Output design.
Unit-9 FormDesign. File Organization: Sequential Indexed Sequential
Unit-10 Chaining and Inverted list organization. Section 4 System Testing
Unit-11 Test Plan AND test data.
Unit-12 Tpe s of system test Section 5 System Implementation
Unit-13 Implementation Plan, activity network for conversion.
Unit-14 Combating resistance to change
Unit-15 Hardware/Software Selection: Procedure for selection, Major phases in selection, Make v/s buys decision, Criteria for software selection. MCA 43 Advanced Java Programming Section 1 Java Awt
Unit-1 Jva AWT package Containers (Component, Container, Panel, Window, Frame, Canvas)
Unit-2 Basic User Interface components (Labels, Buttons, Check Boxes, Radio Buttons, Choice, Text Fields, Text Areas, Scrollbars).
Unit-3 Layouts (Flow Layout, Grid Layout, Border Layout, Card Layout Section 2 Event Handling and Java I/O Handling
Unit-4 Event delegation Approach
Unit-5 Action Listener, Adjustment Listener.
Unit-6 Mouse Listener and Mouse Motion Listener
Unit-7 Window Listener, Key Listener I/O File Handling (Input Styream & Output Streams.
Unit-8 File Input Stream & File Output Stream, Data I/P and O/P Streams, Buffered I/P and O/P Streams, File Class, Reader and Writer Streams, Random Access File. Section 3 Multithreading and Socket Programming
Unit-9 Overview of Multithreading, The Thread controlmethods.
Unit-10 Thread life cycle, newly created threads.
Unit-11 Main thread, creating a Thread (Implementing Runnable Interface.
Unit-12 Extending the Thread Class), Thread Synchronization
Unit-13 Writing Applets with Threads, Introduction, TCP/IP Protocol, UDP Protocol, Ports, Using TCP/IP Sockets, Using UDP Sockets Section 4 Java Database Connectivity (JDBC)
Unit-14 JDBC/ODBC Bridge, Driver Manager Class. Unit-15Java.SQL Package (Connection Interface
Unit-16 Statement Interface, Prepared Statement Interface.
Unit-17 ResultSet Interface, ResultSetMetaData Interface), SQL Exception class Section 5 Remote Method Invocation
Unit-18 Tier Architecture, Distributed object technologies.
Unit-19 Locating & loading Remote classes, Locating remote objects & providing references to them.
Unit-20 Enabling remote method class, RMI Architercture (Application Layer, Proxy Layer, Remote Reference
Layer, Transport Layer).
Unit-21 Naming, Remote Interface, Unicast Remote Object, Socket Vs RMI programming MCA 44 System Programming Section 1 Introduction to Software Processors
Unit-1 Elements of assembly language programming.
Unit-2 Assembly scheme; single pass and two pass assembler.
Unit-3 General design procedure of a two pass assembler. Section 2 Macros and Microprocessor
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Unit-4 Macro definition, macro expansion, Nested macro calls
Unit-5 Features of macro facility, design of a macro preprocessor. Section 3 Interpreters and Loaders
Unit-6 Use of interpreter, pure and impure interpreter.
Unit-7 Loaders: Compile and go loader, Absolute loader, Relocating loader, and direct linking loader. Section 4 Compilers
Unit-8 Aspects of compilation, lexical analysis, syntax analysis, memory allocation.
Unit-9 compilation of expressions; intermediate code for expressions
Unit-10 compilation of control structures, Code optimization – local and global optimization.
Unit-11 Linkers – translated linked and load time addresses, relocation and linking concepts.
Unit-12 Design of a linker, self relocating programs. Section 5 Basic Concept So F an Operating System and Its Functions
Unit-13 Memory management: contiguous, non-contiguous memory allocation.
Unit-14 Paged allocation, Demand paged allocation, segmented paged allocation.
Unit-15 Processor management: Scheduler, traffic controller, race condition.
IIT Kanpur admission in PG (M. Tech) 2011 Admissions
Indian Institute of Technology Kanpur has invited applications for admission to various departments for M.Tech. It is well Known technology institute in India and student prefer most to get admission in IIT Kanpur than any other IIT college.
Application forms can be collected free of cost from the Assistant Registrar (Academic), IIT Kanpur, Kanpur – 208 016 personally or by sending the request for the same along with a self addressed and stamped (Rs. 30) cloth – lined envelope of 23 * 17 cm with a clear identification for the programme applied for.
After passing GATE exam, candidates will be called for interview. A few candidates with exceptionally high GATE score in CS/IT are offered direct admission.
Important Dates:
Last date for postal requests for application forms: April 09, 2011.
Address:
Indian Institute of Technology Kanpur
Kanpur 208016
NIMS National Resource Typing Definitions
The National Incident Management System Integration Center Resource Typing Definitions provide emergency responders with the information and terminology.
A) “Tier One” Criteria for the NIMS National Resource Typing Definitions:
The Resource must:
1. Already exist as a defined, or readily organized, deployable interstate response resource or first responder assistance,
2. Be exchanged and deployed with usage governed through interstate mutual aid agreements or compacts;
3. Be of sufficient capability to warrant being allocated and/or physically deployed nationally, if requested;
4. Must have performance capability levels that can be identifiable as to “Category,” “Kind” and “Type;”
B) Their “Tier Two” resource typing definitions for consideration to be added to the “Tier One” NIMS national resource typing definitions
1. E-mail the NIMS Integration Center,
2. Have an accompanying a narrative that sufficiently explains the justification regarding an addition or a modification should be made to the “Tier One” resources;
3. Include, where appropriate, the category, kind, and types as well as any credentialing requirements related to personnel or teams;
4. An electronic document that addresses points one through seven under Part A (i.e. using the format found in Appendix B of the National Incident Management System,
