Staff Selection Commission (SSC) conducts the Junior Engineer (JE) exams at the national level every year. The eligible candidates can download the application form from the SSC website. They can also apply online on the same website. The aspirant must have at least a diploma of degree in Mechanical, Civil, or Electrical engineering. There is an open competitive exam conducted online at the national level. A number of subjects and topics are covered in the syllabus. Thousands apply for this exam and thus it is very important to prepare well for it.
Mechanical engineering is an extremely important part of the JE exam. It covers a major portion of the entire syllabus. This is the reason why the mechanical engineering syllabus encompasses innumerable subjects and topics. It is fair to say that preparing for this field of engineering for JE exam is not exactly easy. However, if you have the right guidance you will know how to walk the path. One of the major concerns during preparation is organization of the topics.
In order to provide right learning to the students, it is critical to prepare the right quality of curriculum as per the syllabus. The curriculum must be prepared and the teachings must be delivered by the experts in the field of mechanical engineering field. Our faculty members have several years of experience in this field. They have worked with various reputed educational institutes and organizations.
The candidates who join our coaching classes for SSC JE mechanical exam are more confident about their success than the others.
SSC JE Mechanical Syllabus
Thermal Engineering
1st Law of Thermodynamics
2nd Law of Thermodynamics
Air standard Cycles for IC engines
Engineering Mechanics and Strength of Materials
Rankine cycle of steam
Fluid Mechanics & Machinery
Fluid Statics : Pressure at a point
Measurement of Fluid Pressure
Measurement of Flow rate Basic Principles
Dynamics of ideal fluids
Hydraulic Turbines
Centrifugal Pumps
Production Engineering
Fluid Kinematics
Classification of Steels
Properties & Classification of Fluid
Theory of Machines and Machine Design