Gate civil engineering
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The document outlines the syllabus and exam pattern for the GATE Civil Engineering exam. It states that the exam will be computer-based, have 65 multiple choice and numerical questions worth 100 marks total, with negative marking. Numerical questions will make up 75-80% of the exam and will focus on topics like fluid mechanics, hydrology, and irrigation. Suggestions are given to practice with a virtual calculator, study 2-3 subjects daily, and take breaks every 2 hours.
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Hi This is upendra kumar malla.Completed B.Tech mechanical and working in a private sector. I want to share my knowledge to students through this channel.
List of 500+ videos in 43 playlist are available in this channel. Please find playlist links below
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https://www.youtube.com/watch?v=e9D_gP2zA6Q&list=PLACnzDzyaitZtsVQSAFFisTbU-f9SeDy7
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https://www.youtube.com/watch?v=O_fBHv3xYxY&list=PLACnzDzyaitYh4KYyObO81epynVM1LT2U
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https://www.youtube.com/watch?v=0LWB1_yB_jQ&list=PLACnzDzyaitYfQ3VXwnEHYp2IK5RZhPRf
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https://www.youtube.com/watch?v=G1aIiggAhHs&list=PLACnzDzyaitanyyZtxLW9ezB571iUPzdE
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https://www.youtube.com/watch?v=gpf362lD9qA&list=PLACnzDzyaitZtxYpLGZ6naFBvFDZNVLtI
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https://www.youtube.com/watch?v=T8t3jjJXmew&list=PLACnzDzyaitYHJG0DAETjh-Sw5caq2sUG
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https://www.youtube.com/watch?v=nGq9s3Ut5pU&list=PLACnzDzyaitZJP43obf6R0u6fVr4gjNwL
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https://www.youtube.com/watch?v=iiYMRjgmvZI&list=PLACnzDzyaitax4C-Ra3kWmgGUF6zbBCGO
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https://www.youtube.com/watch?v=a_HmTBokZ6E&list=PLACnzDzyaitYgXi7cI9DgYEjh7kNOlU41
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https://www.youtube.com/watch?v=grNtK_En99g&list=PLACnzDzyaitZpRI1a9Lse6HtUhBLRWwN3
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https://www.youtube.com/watch?v=blxwsA8PeNY&list=PLACnzDzyaitYI1i5V5PeRpEWRKVoYid6A
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department of mechanical & water resources
The document provides details on the B.Sc program in Mechanical & Water Resources Engineering at a Technical Education Institute, including:
- The 1st semester course list with details of 6 compulsory courses including Mathematics I, Mechanics I, and Mechanical Drawing and Design.
- Sample course descriptions for Mathematics I and Mechanics I that outline course objectives, content, textbooks, and assessment.
- The program structure involves 8 semesters of courses and laboratories, with the 8th semester dedicated to a dissertation and practical training.
How to prepare Gate exam
Hi This is upendra kumar malla.Completed B.Tech mechanical and working in a private sector. I want to share my knowledge to students through this channel.
List of 500+ videos in 43 playlist are available in this channel. Please find playlist links below
1.Refrigeration and Air conditioning
https://www.youtube.com/watch?v=e9D_gP2zA6Q&list=PLACnzDzyaitZtsVQSAFFisTbU-f9SeDy7
2.Thermodynamcis
https://www.youtube.com/watch?v=U1ZkfIhCMA0&list=PLACnzDzyaitaqetoegynXviZTU4PgABQK
3.Pumps
https://www.youtube.com/watch?v=iWc5d-3Z51U&list=PLACnzDzyaitY-4LLYRWztHJhC3AgJEsfM
4.Fluid Mechanics and Hydraulic machines
https://www.youtube.com/watch?v=dS89DyezJiY&list=PLACnzDzyaitZGIic1K_y8OMu-WLvTfmiu
5.Strenght of materials
https://www.youtube.com/watch?v=lxRnTpsRkgE&list=PLACnzDzyaitaL0OQgPn3w0ZM6bIFzPSsA
6.Automobile Engineering
https://www.youtube.com/watch?v=hy2OspOI-q4&list=PLACnzDzyaitaNwmXpQ064SjgPxsMQBNVy
7.Design of machine members
https://www.youtube.com/watch?v=eUcNFAFMKy8&list=PLACnzDzyaitYPx1JrAxpHDfSpUNv0IIWg
8.Kinematics of machinery
https://www.youtube.com/watch?v=O_fBHv3xYxY&list=PLACnzDzyaitYh4KYyObO81epynVM1LT2U
9.Piping basics
https://www.youtube.com/watch?v=6Wlvo6VAhRQ&list=PLACnzDzyaitY0zcrLo_JSK_eOQzPbTSgQ
10.Engineering Drawing/Graphics/Machine Drawing/Production Drawing
https://www.youtube.com/watch?v=6z7gdCzI8II&list=PLACnzDzyaitavpLZl2vdpo46xf6jjDQxu
11.Engineering Materials
https://www.youtube.com/watch?v=0LWB1_yB_jQ&list=PLACnzDzyaitYfQ3VXwnEHYp2IK5RZhPRf
12.Safety basics and Training
https://www.youtube.com/watch?v=G1aIiggAhHs&list=PLACnzDzyaitanyyZtxLW9ezB571iUPzdE
13.NDT/Non destructive testing methods
https://www.youtube.com/watch?v=FSndHigT934&list=PLACnzDzyaitZrxeeDr_bFC0NmE6h_g_Lt
14.Operariona and research
https://www.youtube.com/watch?v=yeXZZn4TDAo&list=PLACnzDzyaitapnbl9bv7T7MYleouUZeuj
15.Heat Transfer
https://www.youtube.com/watch?v=e6yyzHzkgZY&list=PLACnzDzyaitaJy3wGCMCCcSf0vRhLNb1S
16.Dynamics of machines
https://www.youtube.com/watch?v=gpf362lD9qA&list=PLACnzDzyaitZtxYpLGZ6naFBvFDZNVLtI
17.Computer Aided Manufacturing
https://www.youtube.com/watch?v=T8t3jjJXmew&list=PLACnzDzyaitYHJG0DAETjh-Sw5caq2sUG
18.Production Technology
https://www.youtube.com/watch?v=nGq9s3Ut5pU&list=PLACnzDzyaitZJP43obf6R0u6fVr4gjNwL
19.Steam generators or Boilers
https://www.youtube.com/watch?v=iiYMRjgmvZI&list=PLACnzDzyaitax4C-Ra3kWmgGUF6zbBCGO
20.I.C.Engines/Thermal Engineering
https://www.youtube.com/watch?v=a_HmTBokZ6E&list=PLACnzDzyaitYgXi7cI9DgYEjh7kNOlU41
21.Bearings
https://www.youtube.com/watch?v=grNtK_En99g&list=PLACnzDzyaitZpRI1a9Lse6HtUhBLRWwN3
22.welding basics
https://www.youtube.com/watch?v=blxwsA8PeNY&list=PLACnzDzyaitYI1i5V5PeRpEWRKVoYid6A
23.Cams and followers/Kinematics of machines
https://www.youtube.com/watch?v=tHqjNni0Q6k&list=PLACnzDzyaitalf0laA3ufjGge_7BitIs5
Electrical Technology 1st Year.DOC
1. The document outlines the scheme of studies for an electrical technology program over three years. It lists the courses taken each year along with their credit hours and contact hours.
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Energy Engineering
This document outlines the program educational objectives, outcomes, courses, and mapping for the M.E. Energy Engineering program at Anna University, Chennai. The program aims to prepare students for careers in energy engineering through a rigorous postgraduate curriculum focused on mathematical, scientific, and engineering fundamentals applied to energy problems. The objectives are to train students to excel in research or industry, provide a solid foundation in fundamentals, comprehend and solve real-life energy problems, develop professional skills, and pursue lifelong learning. The outcomes cover knowledge and skills in areas such as mathematics, problem solving, experimentation, design, tools/software, ethics, communication, and societal impacts. Courses are categorized and various semesters outline theory and
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The document outlines the regulations, program educational objectives, program outcomes, and curriculum for a Bachelor of Engineering in Mechanical Engineering program at Anna University, Chennai.
The key points are:
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2. There are 12 program outcomes related to engineering knowledge, problem solving, design, investigations, tool usage, society, sustainability, ethics, teamwork, communication, project management, and lifelong learning.
3. The curriculum spans 8 semesters and includes courses in mathematics, science, engineering fundamentals, mechanical engineering specializations, electives, and labs.
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Surbhi Krishna Singh - Professional Gallery
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Course Description File - Electrical machines Finalized (1).pdf
This document provides information for the Electrical Machines course including course objectives, learning outcomes, program learning outcomes, course contents and schedule, assessment criteria, and list of experiments. The course objectives are to introduce fundamentals of electrical machines and detailed operating principles of DC and AC machines and transformers. Key topics include transformers, DC generators and motors, induction and synchronous machines, and special purpose motors. Students will be assessed based on theory exams, assignments, lab experiments and reports. The lab experiments cover electrical safety, electrical machine basics, and experiments on resistive, capacitive, inductive loads and measuring parameters of induction and single phase motors.
B.E.Mech SEM 06 R2021.pdf for anna university
This document contains the course details for Semester V and Semester VI of a mechanical engineering program. In Semester V, students take courses in machine design, metrology, professional electives, and a summer internship. They also take a metrology and dynamics lab. In Semester VI, courses include heat and mass transfer, more professional electives, an open elective, and labs in CAD/CAM and heat transfer. The document lists learning outcomes for each course and lab.
Ec
This document outlines the teaching and examination scheme for 3rd and 4th semester courses in the B.E. Electronics and Communication Engineering program.
It lists 8 subjects for the 3rd semester including Engineering Mathematics-III, Analog Electronic Circuits, Logic Design, Network Analysis, Electronic Instrumentation, Field Theory, and their corresponding labs. It provides information on teaching hours, examination duration and marks distribution.
Similarly, it lists 8 subjects for the 4th semester including Engineering Mathematics-IV, Microcontrollers, Control Systems, Signals and Systems, Fundamentals of HDL, Linear ICs and Applications and their labs, along with the associated course details.
cb
This document outlines the curriculum for a Master of Energy Engineering program. It includes details of 78 credits across 8 semesters. The courses cover topics in energy engineering fundamentals, thermodynamics, fluid mechanics, heat transfer, renewable energy systems, energy economics and environmental engineering. Elective courses allow students to specialize in various energy technologies. Laboratory courses complement the theoretical learning. The final two semesters involve a project work where students work on energy-related projects to solve engineering problems. The program aims to develop skills in analysis, design, multi-disciplinary teamwork and communication related to energy systems.
New fe-syllabus-2
The document outlines the revised first and second semester engineering course for the University of Mumbai from the 2012-2013 academic year onwards. It provides the course structure, syllabus, credit details, examination scheme, and term work details for various subjects in the first year of engineering, including Applied Mathematics, Physics, Chemistry, Engineering Mechanics, Electrical Engineering, Environmental Studies, and Workshop Practice. The subjects are common for all branches of engineering in the first year. The document specifies the number of lecture, practical, and tutorial hours for each subject, as well as the internal and external assessment details and distribution of marks. Recommended books and instructions for term work are also provided.
basic_civil_&_mechanical.pdf
This document provides details of a course on basics of civil and mechanical engineering. The course aims to provide an overview of civil engineering disciplines and introduce basic principles of mechanical engineering. It will help students understand the role of civil engineers in infrastructure development and society. Some key topics covered include types of buildings and materials, surveying principles, building construction techniques, thermodynamic cycles, internal combustion engines, refrigeration, manufacturing processes, and more. Assessment includes continuous tests, assignments, and an end semester exam with questions based on the course outcomes.
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This document provides information about the MECH 423 - Casting, Welding, Heat Treating and NDT course offered in the Fall 2011 term at Concordia University. The course covers casting processes, welding and brazing techniques, heat treatments, and non-destructive testing. It is aimed at mechanical engineering students to understand how components are shaped and joined, and the effects on material properties. The course involves lectures, labs, assignments, presentations and exams. The instructor is Dr. S. Narayanswamy and it meets on Tuesdays from 5:45-8:15pm in room EV-11.119.
Dae chemical (sugar)
This document provides the scheme of studies for a 3-year DAE Chemical Technology program with specialization in sugar.
The first year covers general courses like Islamiat, English, math, physics, computer applications, and basic chemical engineering. It also includes courses specific to sugar technology.
The second year continues with more advanced math and chemistry courses, as well as courses on industrial chemical processes, quantitative analysis, safety procedures, physical chemistry, and chemical engineering.
The third year focuses on more specialized courses like instrumental analysis, by-products and waste management, quality control in the sugar industry, process instrumentation and control, advanced sugar technology, and industrial stoichiometry.
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- 3. EXAM PATTERN • COMPUTER BASED ONLINE – TEST • MULTIPLE QUESTIONS AND NUMERICAL QUESTIONS • TOTAL 65 QUESTIONS ( 1 & 2 MARKS) – 3 HOUR TIME • 33.33% NEGATIVE MARKS
- 4. UNDERSTAND THE EXAM PATTERN • 75-80 % OF MARKS ARE FOR NUMERICAL TYPE QUESTION. • 20-25 % OF MARKS ARE FOR THEORETICAL QUESTION • NUMERICAL QUESTIONS = 1) TEST BOOK 2) PREVIOUS YEAR PAPER (GATE , IES ) • IN GATE NOT ALL QUESTIONS ARE MULTIPLE CHOICE SOME ARE THE FILL IN THE BLANKS TYPE QUESTION. • CUT OFF 2017 – 28.70 (GENERAL)
- 5. DIFFERENT SUBJECT WISE MARKS SR NO. SUBJECT 2015 2016 2017 1. GEOTECHNICAL ENGG. 15 14 13 2. ENVIRONMENTAL ENGG. 8 10 11 3. TRANSPORTATION ENGG. 8 7 8 4. SOM 5 4 7 5. HYDROLOGY 4 3 4 6. STRUCTURAL ANALYSIS & PLASTIC THEORY 6 7 5 7. RCC & PSC 6 4 4 8. FM & HM 9 7 7 9. SURVEYING 6 5 5 10. IRRIGATION 2 1 2 11. STEEL 2 2 2 12. ENGINEERING MECHANICS - 2 2 13. CONSTRUCTION MATERIAL AND MANAGEMENT - 3 2 NOTE : 1) FIRST OF ALL COMPLETE FIRST 5 SUBJECTS 3) STUDY OPEN FLOW CHANNEL IN FM 2) STUDY PLSTIC THEORY 4) STUDY WATER REQUIREMENTS FOR CROPS IN IRRIGATION
- 9. FM , HYDROLOGY , IRRIGATION
- 11. suggestions 1. Use only given value of ‘g’ 2. Try to have good practice with virtual calculator. 3. 2 or 3 subjects daily , if possible 4. Take break after every 2 hour
- 12. 1. Read theoretical concepts of a topic thoroughly , understand them and memorize and try to solve example and then move towards next topic. 2. Revise that concepts every 2 weeks once 3. Prepare brief notes containing theoretical concepts and equation. 4. Take online test to improve the time management and practice.