Syllabus Of NVS Lab Attendant
Candidates who are interested in participating in the NVS Lab Attendant Syllabus should take the online NVS Lab Attendant as part of their preparation to ensure that they do not lack behind to get ready for exams.
NVS Lab Attendant Syllabus
Reasoning :1. Arithmetic Number Series/Letter and Symbol Series
2. Spatial Orientation
3. Observation
4. Figures/Verbal Classification
5. Relationship concepts
6. Arithmetical Reasoning
7. Non-verbal series
8. Analogies
9. Discrimination
10. Visual Memory
11. Similarities and Differences
12. Spatial Visualisation
13. Coding and Decoding
14. Statement and Conclusion
15. Logical Deduction
16. Statement and Argument
17. Cause and Effect
18. Making Judgments.
General Awareness :
1. Important Days
2. Indian History
3. Books and Authors
4. Indian National Movement
5. Awards and Honors
6. Budget and Five Year Plans
7. General Polity
8. Current Affairs – National & International
9. Indian Economy
10. Capitals of India
11. International & National Organizations
12. Science – Inventions & Discoveries
13. Science & Technology
14. Sports
15. Abbreviations
16. Countries & Capitals
English :
1. Verb
2. Tenses
3. Voice
4. Subject-Verb Agreement
5. Articles
6. Comprehension
7. Fill in the Blanks
8. Adverbs
9. Error Correction
10. Sentence Rearrangement
11. Unseen Passages
12. Vocabulary
13. Antonyms/Synonyms
14. Grammar
15. Idioms & Phrases, etc.
General Hindi
1. तत्सम एवं तद्भव देशज विदेशी (शब्द भंडार)
2. अनेकार्थी शब्द
3. क्रियाएँ
4. विलोम शब्द
5. पर्यायवाची शब्द
6. वर्तनी
7. हिंदी भाषा के प्रयोग में होने वाली अशुद्धियाँ
8. मुहावरे एवं लोकोक्तियाँ
9. संधि समास
10. रस
11. वाक्याशों के लिये एक शब्द निर्माण
12. लोकोक्तियां एवं मुहावरे
13. अलंका, शब्द-रूप, अर्थबोध
14. हिंदी वर्णमाला विराम चिन्ह
15. शब्द रचना वाक्य रचना अर्थ
16. वाक्यसंशोधन- लिंग, वचन, कारक, काल, वर्तनी, त्रुटि से संबंधित
Subject Specific Knowledge :-
Lab Attendant Syllabus :
1. Introduction to Laboratory Work:
Overview of laboratory safety protocols, including handling of hazardous materials, emergency procedures, and personal protective equipment (PPE) usage.
Understanding the importance of cleanliness, organization, and proper waste disposal in a laboratory setting.
2. Laboratory Safety and Practices:
Safety Regulations: Understanding and following laboratory safety protocols like handling hazardous materials, proper disposal of waste, and using Personal Protective Equipment (PPE).
Emergency Procedures: Knowing how to respond to accidents and emergencies like spills, fires, or chemical exposure.
Aseptic Techniques: Maintaining a sterile environment to prevent contamination in labs like Biology.
Record Keeping: Importance of accurate and detailed record-keeping of experiments, observations, and data.
3. Laboratory Equipment and Instrumentation:
Basic Laboratory Glassware: Familiarity with beakers, flasks, pipettes, test tubes, their functions, and proper handling techniques.
Balances and Scales: Understanding different types of balances, their uses, and calibration procedures.
Microscopes: Basic operation principles and care of microscopes (especially important for Biology labs).
Meters and Sensors: Knowledge of commonly used meters like pH meters, thermometers, and their applications in various labs.
Basic laboratory instruments: Depending on the specific lab, you might need knowledge of instruments like centrifuges, spectrophotometers, etc.
4. Chemical and Biological Material Handling:
Safe Handling of Chemicals: Understanding hazard symbols, classifications, and proper storage of chemicals.
Preparation of Solutions: Knowledge of preparing solutions of different concentrations.
Aseptic techniques for handling biological materials: Following sterile techniques for handling microorganisms and tissues (important in Biology labs).
Proper Waste Disposal: Knowing how to dispose of chemical wastes and biological materials safely.
5. Basic Scientific Concepts:
Physics: Depending on the lab, understanding might be required in areas like mechanics, optics, or basic electricity.
Chemistry: Familiarity with fundamental concepts like atomic structure, chemical reactions, solutions, and basic laboratory calculations.
Biology: Knowledge of cell structure, biological processes, and basic microscopy principles (especially important for Biology labs).
6. Laboratory Quality Assurance:
Introduction to quality control (QC) and quality assurance (QA) principles in a laboratory setting.
Understanding of standard operating procedures (SOPs) and adherence to regulatory requirements.
Participation in proficiency testing and inter-laboratory comparison programs.
7. Laboratory Documentation and Record Keeping:
Importance of accurate record-keeping in a laboratory environment.
Introduction to laboratory notebooks, data sheets, and electronic data recording systems.
Guidelines for documenting experimental procedures, observations, and results.
8. Specialized Techniques (Optional, Depending on Laboratory Focus):
Additional training on specific techniques relevant to the laboratory's field, such as PCR, gel electrophoresis, cell culture, microscopy, or molecular biology techniques.
Hands-on practice and proficiency assessment for specialized techniques.
