Course Code-(BPME)

BE-Mechanical_SIMTS OnlineMechanical engineering is typically offered as a certification programme in undergraduate. Find out about the curricula of these programmes, and learn about career options, job growth and salary info for mechanical engineering graduates.

 

Mechanical engineering has been used in various ancient and medieval societies throughout mankind. The field of mechanical engineering emerged as a particular discipline during the 18th century. The field has seen continuous development incorporating advancements in technology.
 

Mechanical engineering is a branch of engineering that applies the principles of engineering, physics and material design for the design, production and operation of machinery. Mechanical engineers use principles of mechanics, thermodynamics, electricity, materials science and others to design and analyse manufacturing plants, industrial equipment, machinery, aircraft, robots, weapons and others.
 

Work of Mechanical Engineers:

Mechanical engineers create and build mechanical devices. They apply the fundamentals of science and math to create practical, useful solutions that the rest of us can use. The mechanical engineering field is diverse; some of the most common functions related to mechanical engineering are as follows:

 

Product design - A mechanical engineer designs anything that uses mechanical motion to develop products useful to mankind.

 

Research and development - A mechanical engineer also discovers and improves methods to human needs.

 

Manufacturing - Mechanical engineers develop machines that process materials into products.

 

Design machines - The design and build machines and systems of machines that improve the efficiency and yields quality products with minimum costs.

 

System management - They also supervise and oversee the operations of large systems like power plants and more.


Scope of mechanical engineering:

 

There is a huge demand for skilled mechanical engineers in India and abroad. The expertise of a mechanical engineer is required in manufacturing industries like automobiles, aviation, etc. In the recent times and due to the advent in technology, the skills of a mechanical engineer are sought in fields such as Nano-technology, biomedical engineering, energy conservation and more. According reports, the growth in this industry it is said within the next few years, mechanical engineering will be the highest paid career option.

Career options for a mechanical engineer:

 

 Mechanical engineers can work in industries like thermal power plants, gas turbines, oil, refining, agriculture, education, aviation, automobile, armed forces, pharmaceutical and many more.

 

 

Job roles for a mechanical engineer:

 

  •  Automotive engineer
  • Biomedical engineer
  • Consulting
  • Heating, ventilation, and air conditioning (HVAC) engineer
  • Nuclear engineer
  • Robotics engineer
  • Teaching
     

(T&C base on theirs experience)
 

Prerequisite Qualification for 4 years  12th with  PCM  Recog. Board 
Prerequisite Qualification for 3 years (Lateral Entry) After 10th or 12th, 3 / 2 years Diploma in Mechanical

Course Outline for the session of 2016-2020

Semester-I
Subject Title Maximum Marks Pass Marks
Engineering Mechanics-I 100 40
Engineering Drawings-I 100 40
Theory of Machines-I 100 20
Applied Thermodynamics-I 100 40

Exam will be via Assignment

Semester-II

 
Subject Title Maximum Marks Pass Marks
Engineering  Mechanics-II 100 40
Engineering Drawings-II 100 40
Theory of Machines-II 100 40
Applied Thermodynamics-II 100 40

Exam will be via Assignment

Semester-III

Subject Title Maximum Marks Pass Marks
Engineering Mechanics-III 100 40
Engineering Drawings- III 100 40
Strength of Materials-I 100 40
Machine Elements-I 100 40

Exam will be via Assignment

Semester-IV

Subject Title Maximum Marks Pass Marks
Strength of Materials-II 100 40
Machine Elements-II 100 40
Instrumentation-I 100 40
Fluid Mechanics-I 100 40

Exam will be via Assignment

Semester-V

Subject Title Maximum Marks Pass Marks
Instrumentation-II 100 40
Fluid Mechanics-II 100 40
Refrigeration & Air conditioning-I 100 40
Manufacturing-I 100 40

Exam will be via Assignment

Semester-VI

Subject Title Maximum Marks Pass Marks
Refrigeration & Air conditioning-II 100 40
Manufacturing-II 100 40
Environmental Engineering-I 100 40
Mechanical Circuits-I 100 40

Exam will be via Assignment

Semester-VII

Subject Title Maximum Marks Pass Marks
Mechanical Circuits-I 100 40
Power Generation 100 40
Planning Management 100 40
Group Project 100 40

Exam will be via Assignment

Semester-VIII

Subject Title Maximum Marks Pass Marks
Environmental Engineering-II 100 40
Power Generation-II 100 40
Major Project 100 40
Viva 100 40

Exam will be via Assignment

Duration: 4 YEARS

 

Course Mode: SEMESTERS WISE

 

 

FEE STRUCTURE-BME

 

 

Course Fee:   ₹8500

Exam Fee   :  ₹1000

________________________________

Total Fee ₹9500 per semester


Duration: 3 YEARS

 

Course Mode: SEMESTERS WISE

 

 

FEE STRUCTURE-BME-Lateral Entry

 

 

Course Fee:   ₹8500

Exam Fee   :  ₹1000

________________________________

Total Fee ₹9500 per semester


Installment scheme also available (For Enquiry please contact us)

 


Payments must be made via Demand Draft (DD) in favor of Satyam Institute for Management Technology and SciencePayable at Delhi

Pay through ATM/Debit/Visa/Maestro/Credit card via 


 

Note:

SIMTS will never request  for any transfer of fees to a personal account and shall not be held responsible for same.

  • Payments must be made via Demand Draft or to our institute's account and receipts will be provided after payments are confirmed.
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