Syllabus for Sikkim Public Service Commission Asst Engineers and Junior Engineer

Sikkim Public Service Commission Asst Engineers and Junior Engineer Syllabus

The Sikkim Public Service Commission (SPSC) conducts examinations for the recruitment of Assistant Engineers and Junior Engineers in various departments. The syllabus for these positions generally covers a range of subjects relevant to the specific engineering disciplines. Below is a comprehensive syllabus for both Assistant Engineers and Junior Engineers for Sikkim PSC exams.

Sikkim PSC Assistant Engineers and Junior Engineers Syllabus

1. General Knowledge and Current Affairs

Current Events:

• National and international news and events.
• Important days and events.
• Awards and honors.
• Recent developments in various fields.

General Knowledge:

• Indian history: Ancient, medieval, and modern periods.
• Geography: Physical and political geography of India and the world.
• Indian polity and constitution.
• Economy: Basic economic concepts and recent economic developments.
• Environment and ecology.

2. Engineering Mathematics

Algebra:

• Complex numbers.
• Polynomials.
• Linear equations and inequalities.
• Matrices and determinants.

Calculus:

• Limits, continuity, and differentiability.
• Differentiation and its applications.
• Integration and its applications.
• Differential equations.

Linear Algebra:

• Vectors and vector spaces.
• Eigenvalues and eigenvectors.
• Linear transformations.

Probability and Statistics:

• Probability distributions.
• Statistical measures and data analysis.
• Hypothesis testing.

Numerical Methods:

• Numerical solutions of algebraic and transcendental equations.
• Interpolation and extrapolation.
• Numerical integration and differentiation.

3. Technical Subjects

For Assistant Engineers and Junior Engineers in Various Disciplines:

Civil Engineering

Structural Engineering:

• Mechanics of materials.
• Structural analysis.
• Design of reinforced concrete and steel structures.
• Concrete technology.

Geotechnical Engineering:

• Soil mechanics.
• Foundation engineering.
• Slope stability.

Environmental Engineering:

• Water and wastewater treatment.
• Air and noise pollution control.
• Environmental impact assessment.

Transportation Engineering:

• Highway engineering.
• Traffic engineering.
• Pavement design.

Hydraulic Engineering:

• Fluid mechanics.
• Hydraulic machines.
• Water resources engineering.

Mechanical Engineering

Thermodynamics:

• Laws of thermodynamics.
• Heat transfer.
• Refrigeration and air conditioning.

Fluid Mechanics:

• Fluid properties.
• Fluid statics and dynamics.
• Flow in pipes and open channels.

Mechanics of Materials:

• Stress and strain analysis.
• Deformation of solids.
• Beam theory and deflection.

Machine Design:

• Design of machine elements.
• Power transmission.
• Bearings and lubrication.

Manufacturing Processes:

• Casting, forming, and machining processes.
• Welding and joining.
• Production planning and control.

Electrical Engineering

Electrical Circuits:

• Circuit analysis.
• AC and DC circuits.
• Network theorems.

Electromagnetic Fields:

• Maxwell’s equations.
• Transmission lines and waveguides.
• Electromagnetic compatibility.

Power Systems:

• Generation, transmission, and distribution of electrical power.
• Power system stability.
• Protection and switchgear.

Electrical Machines:

• Transformers.
• AC and DC machines.
• Motor control.

Control Systems:

• Feedback control systems.
• Control system components.
• Stability and response analysis.

Computer Science and Engineering

Data Structures and Algorithms:

• Arrays, linked lists, stacks, and queues.
• Sorting and searching algorithms.
• Graph algorithms.

Computer Networks:

• Network topologies and protocols.
• OSI and TCP/IP models.
• Network security.

Database Management Systems:

• Database design and normalization.
• SQL and relational databases.
• Transaction management.

Operating Systems:

• Process management.
• Memory management.
• File systems and I/O systems.

Software Engineering:

• Software development life cycle.
• Software design and testing.
• Project management.

4. General English and Aptitude

English Language:

• Grammar and usage.
• Vocabulary and comprehension.
• Sentence structure and writing skills.

Aptitude:

• Logical reasoning.
• Numerical ability.
• Analytical reasoning.

5. Professional Knowledge (Discipline-Specific)

• Questions related to the specific discipline for which the candidate is applying (Civil, Mechanical, Electrical, Computer Science, etc.). This section includes both theoretical and practical aspects relevant to the job role.

Preparation Tips:

Understand the Exam Pattern:

• Familiarize yourself with the structure and types of questions in the exam.

Study Materials:

• Use standard textbooks and reference materials for each subject.

Practice Previous Papers:

• Solve previous years’ question papers and take mock tests to assess your preparation.

Stay Updated:

• Keep abreast of current developments in your field of engineering.