PPSC Warehouse Manager Syllabus 2022 PDF Download @ppsc.gov.in: Complete information about the PPSC Warehouse Manager Syllabus PDF has been provided in this article. Punjab Warehouse Manager Syllabus 2022 and Exam Pattern are available in PDF format which can be downloaded for free of cost at the end of the page. Aspirants can know the Punjab Warehouse Manager Exam Pattern 2022 before taking part in the PPSC Warehouse Manager Exam 2022. Moreover, applicants will be familiar with the Question Paper with related sub-topics and their respective marks. We have gathered the information from the official website @ ppsc.gov.in. Applicants can download the PPSC Warehouse Manager Exam Pattern 2022 & PPSC Warehouse Manager syllabus 2022 at the end of the page.
PPSC Warehouse Manager Syllabus 2022 – Details
| Download ppsc.gov.in Warehouse Manager Syllabus 2022 |
|
| Organization | Punjab Public Service Commission |
| Post Name | Warehouse Manager |
| Category | Syllabus |
| Selection Process | Written Competitive Examination |
| Official Site | ppsc.gov.in |
Punjab Warehouse Manager Exam Pattern 2022
| Subject Name | No of Questions | No of Marks |
| Part A | ||
Questions related to Subject
|
100 | 400 |
| Part B | ||
|
20 | 80 |
| Total | 120 Questions | 480 Marks |
| Multiple Choice Objective Type Questions | ||
| Time Duration: 2 Hours | ||
NOTE: There will be a negative marking of 1 Mark for every wrong answer.
Punjab Warehouse Manager Syllabus 2022 PDF Download
Part A: Subject Related Topics
1. Quality Standards of Agri-produce & its Estimation
Post-harvest grain loss assessment methods, packaging, and storage of food products. Effects of moisture, temperature, and industrial processes on the nutritional value of foods. Biochemical and microbiological changes during ripening, storage, and processing of cereals, oilseeds, fruits, vegetables, milk, meat, and their products. BIS and FCI standards for procurement of grains with specifications and refractions using standard analytical and
rapid methods: Foreign matter, moisture content, broken and damaged grains. Biochemical separation methods and study of carbohydrates, lipids, proteins, vitamins, enzymes, co-enzymes, nucleic acid, and essential oils. Types of micro-organisms, algae,
fungi, bacteria, and viruses.
2. Thermal and Environmental Control
Psychrometry: Thermodynamic properties of moist air, construction of psychrometric chart, psychrometric processes and applications. Drying theory: thin layer and deep bed drying, principle, drying models, moisture ratio, type of dryers: tray dryer, hot air dryer, fluidized bed dryer, freeze dryer, solar dryer, drying methods: constant and falling rate periods, Cooling load calculations for biological materials, Instruments for measurement and control of temperature and moisture; Thermal insulation materials for environmental control systems.
3. Storage Insect Pests and their control
Introduction, history, and concepts of storage entomology. Post-harvest losses. Factors responsible for grain losses. Important pests namely insects, mites, rodents, birds, and micro-organisms associated with stored grains and agricultural products. Association of stored grain insects with fungi and mites, their systematic position, identification, distribution, host range, biology, nature, and extent of the damage. Sources of infestation. Type of losses in stored grains and their effect on quality including biochemical changes. Ecology of insect pests of stored commodities. Stored grain deterioration process. Type of storage structures. Ideal storage conditions. Management of rodent and bird pests. Preventive and curative measures for the management of insect pests of stored grains. Characteristics of pesticides, their use, and precautions in their handling with special emphasis on fumigants. Integrated approaches to stored grain pest management.
4. Grain Conveying and Handling System
Flow Study: Flow-through hoppers, openings, and ducts, Physical factors influencing flow characteristics. Mechanics of bulk solids. Types of conveying systems: belt, chain, screw, roller, pneumatic conveyors, and bucket elevators. Food packaging requirements, Packaging materials and packaging design for different food materials. Mechanical properties of packaging material., barrier properties; water vapour transmission rate and their calculations. Mass transfer in packaging systems. Packages with view to transportation and storage of fresh and processed foods.
5. Storage Engineering
Storage requirements; Storage losses, factors/parameters influencing the shelf life of the stored product. Storage practices and structures (traditional and modern) for food grains; design of bulk storage and aeration system; analysis of heat moisture and gas transfer in bulk storage structures; bag storage structures, their design and management; storage of perishables – ventilated, refrigerated, cold and controlled atmosphere storage systems and their design; BIS standards on practices, equipment and design of storage structures and systems for food grains and other commodities. Quality management practices during grain storage. Production, distribution and storage capacity estimate models.
6. Warehousing and Inventory Management
Introduction, Objectives, Meaning of a Warehouse, Need for warehousing management, Evolution of warehousing, Role of a warehouse manager, Functions of Warehouses, Types of Warehouses, Warehouse layout and design; Physical control and security; Activity in warehouse / Safety, security, hygiene in the warehouse, Warehousing Cost, Warehousing Strategies, Warehousing Management Systems, Benefits of warehousing, Role of government in warehousing, Characteristics of an ideal warehouse, Storing products in a warehouse, Warehouse Structure, Warehouse Operations, Equipment Used for a Warehouse. Warehousing — the way forward
7. Engineering properties of Bio-materials
Importance of engineering properties of biological materials in the design of crop processing equipment; physical characteristics-shape, size, volume, sphericity, roundness, roundness ratio, shape factor, density true and apparent, porosity, angle of repose, co-efficient of internal and external frictions; optical properties-color and gloss; Dielectric and electrical properties-dielectric constant, dielectric loss tangent, electrical conductivity; Thermal properties-thermal conductivity, thermal diffusivity, specific heat, the heat of respiration; Aerodynamic properties-terminal velocity, drag-coefficient.
8. Risk Management in Warehouse
Introduction to risk management, Impact, and importance of risk, Difference between risk and uncertainty, Type of risks and risk classification system, Internal and external factors affecting risks, Risk management: Principle and objectives, Risk management standards:
Scope, COSO ERM cube and features, Steps involved in risk management, Strategies, guidelines and protocols involved in risk management, Risk management documentation: Reports and recommendations, Risk response and improvement plans, Risk performance and certificate reports, Risk management responsibilities: Allocation, Internal audit and role of Chief risk officer (CRO), Risk management architecture and structure, Risk analysis and estimation methods, Preventive and precautionary measures, Control measures including insurance at the warehouse, Risk minimization, Risk control techniques, Risk training and communication.
ppsc.gov.in Warehouse Manager Syllabus 2022
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