The Delhi Subordinate Services Selection Board (DSSSB) regularly provides various employment opportunities including recruitment of junior environmental engineers. As part of the selection process, DSSSB conducts a comprehensive exam, and it is important to understand the course and exam pattern for success. Before appearing for the examination, it is necessary to familiarize yourself with the structure and subjects involved in the test. This article offers a detailed breakdown of Junior Environmental Engineer Syllabus, as well as a downloadable PDF to help the candidates effectively prepare and improve the possibility of success.
DSSSB Junior Environmental Engineer Course and Exam Pattern
The DSSSB exam is a highly competitive test, and a well -structured preparation strategy is required for success. One of the most important components of this strategy is understanding the course and exam pattern, as they provide valuable insight to focus on the structure and subjects of the exam.
DSSSB Junior Environment Engineer Syllabus- Overview
DSSSB is a famous and respected recruitment board responsible for selecting highly qualified and skilled candidates for various government posts. The board plays an important role in ensuring that only the most capable individuals are chosen for the roles that contribute to the efficient functioning of government departments and services.
| DSSSB Junior Environment Engineer Syllabus- Overview | |
| Organization | Delhi Subordinate Services Selection Board |
| post name | Junior environment engineer |
| Syllabus | Available here |
| Exam pattern | Available here |
| official website | dssssb.delhi.gov.in |
DSSSB Junior Environmental Engineer Exam Pattern
The DSSSB exam for Junior Environmental Engineer is expected to join several sections, although the official examination pattern has not yet been announced by the organization. Since the exam pattern is important for the preparation of the candidates, it is important to stay updated. Candidates are encouraged to bookmark this page, as we will update it with the latest information as soon as the organization releases the official examination pattern.
DSSSSB Junior Environment Engineer Detailed Course
For the convenience of candidates, we have provided a detailed course for DSSSSB Junior Environmental Engineer Examination below. Please check the table below for the broad breakdown of subjects to be included in the examination. This will help you plan your preparation more effectively.
| DSSB Junior Environment Engineer Course | |
| Subjects | Subject |
| Water resources engineering | Global Water Resources: Water structure, properties and distribution; water quality; Danger to water resources; Water conservation.
Surface Water Resources: Hydrological cycles and water balance rain, infiltration, evaporation, runoff; Flow hydrograph; Unit hydrograph; Stage-discharge relationship; The capacity of the reservoir; Reservoir and channel routing; Surface run-off model; Surface water management; Rain water harvesting and storage. Groundwater Resources: Geological structures as aquifers; Wadose and saturated areas; Limited and unconfirmed Aquifers and their parameters permeability, transmit and storage coefficients; Darcy’s law and application; Standing states well hydrolics. Porchity Irrigation: Types of irrigation systems and methods; Crop water requirements -Duty, Delta, Evapo -Transpiration; Gravity dams and spillways; Row |
| Abynery fluid mechanics and hydroxes | Concepts of mechanics; Properties of fluid; Pressure measurement; Hydrostatic forces on surfaces; Diamond analysis and modeling; Bounce and plotation; Lamina and turbulent flow; Flow through pipe; Pipe network; Border layer theory; Force on submerged bodies; Flow measurement in channels and pipes; Flow kinematics; Continuity, speed and energy equation; Channel hydrolics specific energy, significant flow, hydraulic jump, rapid and gradually varied flow; Line and unlike channels design, etc. |
| geotechnical Engineering | Soil exploration plan and methods, soil properties, classification, various tests and interrelations; Parameability and seepage, compress, consolidation and shear resistance, stress distribution in earth pressure theory and soil; Properties and uses of geo-scratches. |
| Engineering mechanics | Units of measurement, system of forces, free body diagram, balance equation; Internal force in structures; Friction and its application; Centre of mass |
| Solid mechanics | Shrottle force in determining the platform and shear force statistically; Simple stress and stress relationship; Simple bending principles, flakes and shear stress, shear center; Equal torsion, change of stress; The column buckling, joint and direct bending stress. |
| structural analysis | Statistically determined and indefinite structure by force/energy methods; Method of superposition; Analysis of truss, arches, beams, cables and frames; Methods of displacement: slope deflection and methods of moment distribution; Impact lines; Strictness and flexibility of structural analysis |
| concrete structure | Working limit stress and state design concepts. Design of beams, slabs, columns; Length of bonding and development; Prestressed concrete beam. |
| steel structure | Working limit stress and state design concepts. Stress and compression members, beams and beam columns, design of column base; Connection -Simples and eccentric, beam -column connection, plate girders and truss; The concept of plastic analysis – beams and frames. |
| Environmental chemistry | Theory of water chemistry: water quality parameters and their measurements; acid base balance; buffer solution; Carbonate system; Solubility of gases in water; Complications, rainfall and redox reactions; Inorganic and organic contributors in water and their speculation |
| Atmospheric chemistry | Structure of the environment; Response of trace materials in the atmosphere; Urban atmosphere-mog and particles pollution; Chemistry of ozone formation; Chemistry of Equality |
| solid waste management | Integrated solid waste management; Waste hierarchy; Rules and regulations for solid waste management in India.
Municipal Solid Waste Management: Sources, generations, features, collections and transportation, waste processing and disposal (including reuse options, biological methods, energy recovery procedures and landfilling) |
| Air and noise pollution, | Structure of the environment; Natural and anthropological sources of pollution; Atmospheric sources, sinks, transport; indoor air pollution; Impact on health and environment; Air pollution: gases and particulate matter; Air quality standards; Primary and secondary pollutants; Criteria pollutants, environment and source standards, air quality index, visibility. Particulat pollutants, gaseous pollutants |
DSSSB Junior Environmental Engineer Course Download Link
Candidates interested in the position of Junior Environment Engineer will have to download the course PDF to get a clear understanding of subjects involved in the examination. However, only Downloading PDF is not enough. It is necessary for candidates to go well through the syllabus and use it to plan a well -structured study. To stay focused and organized, candidates can also print the course and place it in front of their study table, ensuring that they can stay on the track during their preparation journey.
DSSB Junior Environmental Engineer Syllabus: Click here to download
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