CG Vyapam Lab Technician Syllabus 2024 || प्रयोगशाला तकनीशियन सिलेबस 2024 || CG Vyapam Prayogshala Technician syllabus download 2024

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प्रयोगशाला तकनीशियन सिलेबस 2024 / CG Vyapam Prayogshala Lab Technician Syllabus 2024

 

आपको बताना चाहेंगे कि छत्तीसगढ़ व्यापम के माध्यम से साल 2024 की सबसे पहले vacancy जारी की गई है यह vacancy प्रयोगशाला तकनीशियन और प्रयोगशाला सहायक (laboratory technician & laboratory assistant) की है जिसके लिए ऑनलाइन आवेदन भी प्रारंभ कर दिया गया है इसका ऑनलाइन फॉर्म 12/01/2024 से लेकर 11/02/2024 तक भरे जा सकते हैं साथ ही साथ इसका संपूर्ण Syllabus भी जारी किया गया है इसके सिलेबस की जानकारी इस लेख में शामिल कर दी गई है नीचे आप देख सकते हैं।

CG Vyapam Lab Technician Syllabus-

SUBJECTSMARKS
Chemistry30
Forensic science15
Physics25
Biology30
Total marks-100

 

1) Chemistry- (रसायन)

1. Spectroscopy: Introduction, characterization of electromagenetic radiation, regions of the spectrum, representation of spectra width and intensity of spectral transition, rotational spectra of calculated diatomic molecules, energy level of rigid rotator, selection rule, determination of bond length qualitative description of non-rigid rotator isotopic effect.

2. Vibrational spectra:- Fundamental vibrational and their symmetry, vibrating diatomic molecules, energy levels of simple harmonic oscillator. Selection Rale, Pure vibrational Spectrum, determination of force constant, diatomic vibrating operator. Anhormonic Oscillator.

3. Raman Spectra:- Concept of polarizabillity, quantum theory of Raman spectra stokes and anti stokes lines pure rotational and vibrational Raman spectra. Application of spectra stokes and anti stokes lines, pure rotational and vibrational Applications of Raman spectroscopy in forensic science Raman Raman spectra,

4. InfraRed Spectroscopy:- IR absorption Band their position and intensity. Identification of IR spectra.

5. Carbohydrates:- Configuration of monosaccharides, threo and erytho disastercomers Formation of glycosides ethers and esters Determination of ring size of monosaccharides, Cyclic structure of D (+) glucose. Structure of ribose and deoxyribose. An introduction to disaccharides (maltose sucrose and lactose) and polysaccharides (starch and cellulose) without involving structure determination.

6. HARD AND SOFT ACIDS AND BASES (HSAB):- Classification of acids and bases as hard and soft. Perason’s HSAB concept, acid base strength and hardness and softness. Symbiosis.

7. Silicones and Phosphazenes: Silicons and phosphazenes as examples of inorganic polymers, nature of bonding in triphosphazenes.

2) forensic science (फोरेंसिक साइंस)- 

8. Mass spectroscopy:- mass spectrum fragmentation of functional groups.

9. Injuries:- Nature and Types. Anti-mortem and post-mortem burn, Medico-legal aspect of death. Description of different types of deaths. Asphyxia, Violent Asphyxial deaths. Hanging Ligature Strangulation, Throttling, Suffocation Drowsing: Immersion, Death from Starvation. Cold and Heat. Anaphylactic Deaths. Post Mortem examination in burning, firearms, hanging, strangulation, throttling poisoning, Railway cutting, stabbing, explosion sexual cases and natural death, cause of deaths

10. Diatoms and their importance in medico-legal cases. Post Mortem examination in drowning

11. Basics of DNA and Finger printing in in paternity disputes, Forensic DNA Fingerprinting: Structure of DNA. Techniques of
(A) Polymerase Chain Reactan (PCR),
(B) Restriction Fragment Length Polymorphism (RFLP).
(C) Short Tandem Repeats (STR) and
(D) DNA Assay & Variable Number Tandem Repeats (VNTR)

3) Physics (भौतिक)-

12. Optical instruments:- View angle, simple microscope, compound microscope and its magnification power, electron microscope (simple introduction), telescope, resolving power and limits of resolution of microscope and telescope.

13. Wave Opties:- Newton’s particle theory. Hygen’s wave theory, wave-front and types of wave-front, superimposition of waves, interference of waves and their types, coherent sources, Young’s double slit experiment, diffraction of light, difference between diffraction and interference, simple grating, polarization of light, polarized and unpolarized light, vibrational and polarization planes. Brewster’s law.

14. Current electricity: Electric cuprent, difference between electromotive fores (emf and potential difference, Ohm’s law, ohmic and nonohmic resistance, colour codes of carbon resistance, specific resistance, superconductivity, effect of temperature and parallel combination of ture on resistance, series resistance. Kirchoff’s law, principle of Wheatstone bridge. calculation of unknown resistance using meter fridge, internal resistance, potentiometer and its principle, comparison of end of two cells using potentiometer, estimation of internal resistance of cell using potentiometer combination of cells (Parallel, series and  mised)

15. Effect of electric carrent – Orsted’s experiment, Ampere’s law, Maxwell’s law, right hand nile, Bio-savart’s law, magnetic field due to long straight current conductor. intensity at axis and center of circular wire loop. Ampere’s law and its applications, force on current carrying conductor in uniform magnetic field. Lorentz’s force Fleming’s left hand rule, force between two parallel current carrying conductors, definition of ampere, motion of charged particle in magnetic field, construction, theory and working of cyclotron, tangent galvanometer, construction and theory of moving coil galvanometer, principle of s conversion ion of galvanometer into amimeter and voltmeter.

16. Thermal effect of est of electric current, Joule’s law of heat production, electric energy and electric power, practical unit of electric power, fase wires, thermoelectric effect. Seetak effect, Seehuk series, change in emf with temperature, inversion and neutral temperature, Peltier effect, difference between Peltier effect and Joule effect. Thompson effect, thermoelectric beam. Electrolysis. Faraday’s law of voltmeter, primary and secondary cells,
solid state ceffs electrolysis, copper and silver

17. Electromagnetic induction and alternating current magnetic flux. Faraday’s experiment, Lenz’s law, Flemings right hand rule, self induction, coefficient of self inductance, mutual induction, coefficient of mutual inductance, self inductance of plane circular coil, self inductance tance of solenoid, combination of series), mutual inductance of induction coils (Parallel and e of two plane circular coils, mutual inductance between two co asiai long solenoid, eddy currents, losses due to eddy currents and prevention, uses of eddy currents.

18. Direct and alternating current (AC and DC), alternating emf and its root mean square value, average value, impedance and resistance, leading and lagging in AC circuit, various types of AC circuits (R.LC) and its various combinations. Frezer’s figure, calculation of phase difference and impedance. (Q) quality factor and average power dissipation of series resonance circuit, dynama, AC dynamo, DC dynamo. DC motor, capacity of AC circuit. wattles current, opposing emf, motor starter.

19. Solids and semiconductor devices:- Types of solids and their examples, energy level of solids, classification of conductors, insulator sand semiconductors, concept of Ferm energy level, different ent types of semiconductors and their difference, resistance of semiconductors. P-N junction diode, forward and reverse bias, diode as rectifier LED zener diode, solar cell. PNP and NPN transistors: their characteristics and working, use of transistor as amplifier (common emitte configuration), oscillator, logic gates (OR, AND NOT, NOR, NAND), Boolean algebra, elementary idea of IC.

20.  Communication theory: Preliminary idea of analog and d digital communicating sys modulation and its need, types of modulation, index of modulation. FAX and MODEM, system, preliminary idea of internet and cellular phone, line communication, double line wire 20 communication, cables, telephone links, optical communication, optical fiber.

21: Communication theory: Preliminary idea of analog and digital communicating system, modulation and its need, types of modulation, index of modulation. FAX and MODEM preliminary idea of intermet and cellular phone, line communication, double line wire communication, cables, telephone Jinks, optical communication, optical fiber

22 Computers:- Computer: their classification and working, input-output devices, operating systems, computer software and programming languages.

(4) (Biology) बायोलॉजी

23. Plant-water relations: Importance of water to plant lite physical properties of water diffusion and osmosis: absorption, transport of water and transpiration.

24 Plants and environment:- Atomophers (gaseous composition), water (properties of water cycle), light (Global radiation, photosynthetically active radiation), temperaturne, soil (development, sail profiles, physico-chemical properties), and biota Morphological, anatomical and physiological respomes of plants to water (hydrophytes and xerophytes). temperature (thermoperiodicity). Tight (photopelodiun, heliophytes and sciophytes) and salinity

25 (ECOLOGY)

1. Aims and scopes of Ecologs.
2. Major ecosystems of the world-Brief intruduction
3. Population-Characteristics and regulation of densities.
4. Communities and Ecosystems
5. Biogeochemical cycles
6. Air and water pollution.
7. Ecological succession

(ENVIRONMENTAL BIOLOGY)

1. Laws of limiting factors
2. Food chain in a freshwater ecosystem.
3. Energy flow in ecosystem-Trophic levels
4. Conservation of Natural resources
5. Environmental impact Assessment

Aerobiology, definition, droplet nuclei, aerosol assessment of air quality, some important air borne diseases caused by bacteria (Diptheria, Peneumonia. Meningitis), virus (Influenza, Chicken pox, Measels) preventive measures.

26. Soil microbiology Physical and chemical characteristics and micro flora of varies soil types. Aquatic/microbiology: ecosystem, fresh water (ponds, lakes, stream) and marine Water

zonation: upwelling, entrophication. Potability of water-microbial assessment of water quality. Brief account of water borne diseases (Typhoid, Dysentery. Cholera, Hepatitis) and preventive measures.

27. Genetic engineering: Tools and techniques of recombinant DNA technology; cloning: vectors: genomic and DNA library; transposable elements, techniques gene mapping and chromosome walking.

28. Biotechnology: Functional definition, basic aspects of plant tissue culture; cellular totipotency, differentiation and morphogeneasis; biology of Agrobacterium, vectors for gene delivery and marker genes, salient achievements in crop biotechnology. General introduction and scope of environmental biotechnology. Environmental pollution and its type.

Control of pollution through biotechnology. Food technology introduction canning packing and food preservation. Bioreactors and its type. Fermentation (Lactic acid. alcohol)

Antigen-antibody interaction. Principles and types.

Immunohaematology General concept. Blood group system. Rh factor, medical Application of blood groups. Immunology General Concept, history and Devcopment. Immune system and imununity. Organization of Immune system. Antigen-Antibody and its type.

 

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