This comprehensive course provides essential knowledge inthe fundamental scientific and engineering principles underpinning various technical disciplines. Core concepts from Civil, Mechanical, and Electrical Engineering are covered to ensure a strong foundation for success on the BPSC ITI Vice Principal exam and effective leadership in technical education settings.

Course Objectives

• Develop a solid understanding of key principles in Engineering Mechanics, Strength of Materials, Surveying and Measurements, Engineering Materials & Construction Technology, Engineering Economy & Management Engineering, Fluid Mechanics, Heat Transfer, Energy Conversion Systems, Basic Electrical Engineering, Environmental Engineering
• Apply engineering concepts to solve problems relevant to the exam
• Comprehend the interconnections between various engineering disciplines.

Target Audience

• Aspirants preparing for the BPSC ITI Vice Principal competitive exam.
• Candidates seeking to enhance their knowledge of core engineering principles.

Course Structure

1. Engineering Mechanics
2. Strength of Materials
3. Surveying and Measurements
4. Engineering Materials & Construction Technology
5. Engineering Economy & Management Engineering
6. Fluid Mechanics, Heat Transfer, Energy Conversion Systems
7. Basic Electrical Engineering
8. Environmental Engineering

As Per BPSC Adv.

https://drive.google.com/file/d/1KFgJQ-e-DdB1JcDmLwWkVx18xB-ez-lp/view?usp=sharing

1. Engineering Mechanics: General equilibrium equations, experiments, motion equations, power, energy.

2. Survey and Measurement - Distance and area measurement, direction measurement and angular measurement of slope, leverage and height, general survey instruments, electrical workshop measurements like ammeter, volt meter, charge meter, insulation tester, energy meter and their working principles, Mechanical workshop measuring instruments, linear and angular measurements, straight, plane and circular measurements.

Composition of solids – Generalized pressure and formulation of rules related to it, transformation of pressure, pressure-energy, analysis of beam, column and shaft, unbalanced bending at the centre, principles of decay.

3. Engineering materials and their manufacture Brick lime, cement, pellets, pig iron and steel, non-ferrous metals, timber, paints and miscellaneous engineering materials, testing of engineering materials, consideration of construction of brick floors and walls.

4. Engineering Economics and Management Engineering: Principles of Economy, Project Planning, CPM. And P.E. R.T. Rate analysis of technology, construction, equipment and safety critical construction items.

5. Transport Phenomenon- Transport is defined as linear and regular conduction, boundary level continuity equation, Varnovati's principle, energy equation, steam, dimensional analysis and Gadling of transport conduction, one dimensional study, heat transfer through single and multilayer materials including walls and cylinders. Locomotion, natural and induced convective heat transfer, concept of thermal boundary level, Boltzmann's theory of radiation, Kirchhoff's law, concept of black and brown substances.

6. Energy transformation- thermodynamic process, first and second impulse reactions of thermodynamics, water turbine belton peel, turbine repulsion and centrifugal pump.

7. Elementary Engineering: Electric circuits, circuit rules and principle of superposition, meaning of sound, series and parallel connections, resistance and capacitance, junction transistor, junction diode, equivalent circuit, common emitter electric circuit, magnetic effect of electric current, magnetic circuit, ideal transformer. Transformer as a circuit element, transfer of electromagnetic energy, D.C. Working of Motor and Generator, A.C. Working of motor and generator.

8. Environmental Engineering Water pollution and purification, Sewage Reaction, air pollution and its control, ecological balance.