BE - Mechanical Engineering
Mechanical Engineering Department of Brindavan College of Engineering started functioning from the year 2010 with a sanctioned intake of 60 students per annum. The focus of the department is to offer quality education in the specialized fields of Design, Manufacturing, Thermal and Materials engineering. The might of the Department, apart from its Students, is its Qualified and Experienced Faculty/Staff. Faculties are actively engaged in Teaching and mentoring students apart from perusing their research activities in the emerging fields of engineering. The department has a resourceful team of faculty that mostly consists of PG holders. Faculty members regularly attend technical workshops and seminars organized by various technical institutes, and many of them have presented papers at national level seminars.
Duration
Four academic years -Eight semesters.
Course Content
The subject of study is as per the Visvesvaraya Technological University norms. For more information visit:
www.vtu.ac.in
Academic Activities:
Lectures, Seminars, Workshops, Guest Lectures, Skill Development activities and Industrial visit.
Laboratory facilities:
- Computer Aided Engineering Drawing Lab
- Basic Workshop Practice Lab
- Computer Aided Machine Drawing Lab
- Foundry and Forging Lab
- Metallography and Material Testing Lab
- Machine Shop
- Metrology and Measurement Lab
- Fluid Machinery Lab
- Energy Conversion Lab
- Heat and Mass Transfer Lab
- Computer Aided Modelling and Analysis Lab
- CIM and Automation Lab
- Project Lab
Prospectus of the Course:
Mechanical Engineering finds application in all fields of technology. It is one of the primitive branches of Engineering which have remained always in demand and continue to be in the future. This is why Mechanical trade is called as an Evergreen trade (branch). Mechanical engineers have always been needed as an essential staff personnel in various industries of both public and private sector. Their work criteria changes according to the type and domain of the company they are working with. As the Industrial sector has drastically risen in pace, the need for more mechanical engineers has increased exponentially. Every manufacturing and production industry needs mechanical engineers to carry out jobs efficiently and flawlessly for their companies.
As the Working criteria of a mechanical Engineer changes according to the type and domain of the company they are working with and field of specialisation we can broadly say that a mechanical Engineer works how to Design and control a system that goes into the process of manufacturing the machinery and product. He tests new systems for feasibility and efficiency and carries out Quality management and improvement process
Mechanical engineers work in the automotive, aerospace, chemical, computer, communication, paper, and power generation industries.
Mechanical engineers will be found in virtually any manufacturing industry. Increasingly, mechanical engineers are needed in the environmental and bio-medical fields. Indeed virtually every product or service in modern life has probably been touched in some way by a mechanical engineer.
Career Scope and Placement Prospects:
It has a tremendous scope in automobile engineering, cement industry, steel, power sector, Hydraulics, Manufacturing plants, Drilling and mining Industry, Petroleum, Aeronautical, Biotechnology and many more. With its wide scope of application, mechanical engineers remain always in demand, no matter which part of the world. You can also find job very easily in the following public sector industries such as Indian Railways, Indian Air force (Technical), Indian Army, Thermal power corporations etc…
Course Content
| I (MECHANICAL ENGG CBCS SCHEME) |
| Subject Code |
Subject |
| 15EME14 |
ELEMENTS OF MECHANICAL ENGINEERING |
| 15CED14 |
COMPUTER AIDED ENGINEERING DRAWING |
| 15WSL16 |
WORKSHOP PRACTICE |
| II (MECHANICAL ENGG CBCS SCHEME) |
| Subject Code |
Subject |
| 15EME24 |
ELEMENTS OF MECHANICAL ENGINEERING |
| 15CED24 |
COMPUTER AIDED ENGINEERING DRAWING |
| 15WSL26 |
WORKSHOP PRACTICE |
| III SEM (MECHANICAL ENGG CBCS SCHEME) |
| Subject Code |
Subject |
| 15 ME 32 |
MATERIAL SCIENCE |
| 15 ME 33 |
BASIC THERMODYNAMICS |
| 15 ME 34 |
MECHANICS OF MATERIALS |
| 15 ME 35 A |
METAL CASTING AND WELDING |
| 15 ME 35 B |
MACHINE TOOLS AND OPERATIONS |
| 15ME36 A/46A |
COMPUTER AIDED MACHINE DRAWING |
| 15 ME 36 B / 46B |
MECHANICAL MEASUREMENTS AND METROLOGY |
| 15MEL37A/47A |
MATERIALS TESTING LAB |
| 15MEL 37B / 47B |
MECHANICAL MEASUREMENTS AND METROLOGY LAB |
| 15MEL38A/48A |
FOUNDRY AND FORGING LAB |
| 15MEL38 B/48B |
MACHINE SHOP |
| IV SEM (MECHANICAL ENGG CBCS SCHEME) |
| Subject Code |
Subject |
| 15ME42 |
KINEMATICS OF MACHINES |
| 15ME43 |
APPLIED THERMODYNAMICS |
| 15ME44 |
FLUID MECHANICS |
| 15 ME 45 A |
METAL CASTING AND WELDING |
| 15 ME 45 B |
MACHINE TOOLS AND OPERATIONS |
| 15 ME 46B |
MECHANICAL MEASUREMENTS AND METROLOGY |
| 15MEL47A |
MATERIALS TESTING LAB |
| 15MEL47B |
MECHANICAL MEASUREMENTS AND METROLOGY LAB |
| 15MEL38A/48A |
FOUNDRY AND FORGING LAB |
| 15MEL38 B/48B |
MACHINE SHOP |
| SEM (MECHANICAL ENGG)2010 SCHEME |
| Subject Code |
Subject |
| 10 AL-51 |
MANAGEMENT & ENTREPRENEURSHIP |
| 10 ME-52 |
Design of Machine Elements I |
| 10 ME-53 |
ENERGY ENGINEERING |
| 10 ME-54 |
DYNAMICS OF MACHINES |
| 10 ME-55 |
MANUFACTURING PROCESS III |
| 10 ME-56 |
TURBO MACHINES |
| 10 ME-57 |
FLUID MECHANICS MACHINERY LABORATORY. |
| 10 ME-58 |
ENERGY CONVERSION ENGINEERING LABORATORY |
| VI SEM (MECHANICAL ENGG)2010 SCHEME |
| Subject Code |
Subject |
| 06 ME-61 |
Computer Integrated Manufacturing |
| 06 ME-62 |
Design Of Machine Elements Ii |
| 06 ME-63 |
Heat & Mass Transfer |
| 06 ME-64 |
Finite Element Method |
| 06 ME-65 |
Mechatronics & Microprocessor |
| 06 ME-66X |
Elective-I (Group A) |
| 06 ME-67 |
Heat & Mass Transfer Laboratory |
| 06 ME-68 |
Computer Aided Modeling & Analysis Laboratory |
| VII SEM (MECHANICAL ENGG)2010 SCHEME |
| Subject Code |
Subject |
| 10 ME-71 |
Engineering Economy |
| 10 ME-72 |
Mechanical Vibrations |
| 10 ME-73 |
Hydraulics & Pneumatics |
| 10 ME-74 |
Operation Research |
| 10 ME-75X |
Elective II (Group-B) |
| 10 ME-76X |
Elective III(Group-C) |
| 10 ME-77 |
Design Laboratory |
| 10 ME-78 |
CIM & Automation Lab |
| SEM (MECHANICAL ENGG)2010 SCHEME |
| Subject Code |
Subject |
| 10 ME-81 |
Operation Management |
| 10 ME-82 |
Control Engineering |
| 10 ME-83X |
Elective IV (Group-D) |
| 10 ME-84X |
Elective V (Group-E) |
| 10 ME-85L |
Project Work |
| 10ME- 86L |
Seminar |
Duration
| Event |
Odd Semester |
Even Semester |
| Commencement of the term |
August |
February |
| I Internal Test |
September |
March |
| II Internal Test |
October |
April |
| III Internal Test |
November |
May |
| University Examination |
December |
June |
Academic Activities:
Lectures, Seminars, Workshops, Guest Lectures, Skill Development activities, Industrial visit & Placement Training.
Teaching Hours:
Theory 4Hrs/Subject/Week
Examination
University(VTU) examination will be held twice in an academic year in Dec/Jan for odd semester and in the month of June/July for even semesters.
| Theory External |
Internal AssECsment |
Total Marks |
| Duration |
Max. Marks |
Max. Marks |
| 3 Hrs. |
100 |
25 |
125 |
| Laboratory External |
Internal AssECsment |
Total Marks |
| Duration |
Max. Marks |
Max. Marks |
| 3 Hrs. |
50 |
25 |
75 |
Scheme of Evaluation:
As per University(VTU).
