UG Course Programmes

I Year – I Semester
Course Number	Course Title	Credit Hours
FSI 101	Introduction to Forestry	2+0
FTB 101	Dendrology	2+1
AGR 112	Introduction to Agronomy and Horticulture	2+1
SAC112	Fundamentals of Geology & Soil Science	2+1
ENS101	Environmental Studies and Disaster Management	2+1
COM 112	Information & Communication Technology	1+1
MAT 111	Elementary Mathematics	1+1
ENG101	Comprehension and Communication Skills in English	1+1
TAM 101 ENG 103	Ilakiyangalil Velanmaiyum Arivial Tamil Payannakamum / Development Education	0+1
NSS 101	NCC/NSS	0+1*
PED 101	Physical Education	0+1*
PED 102	Yoga for Human Excellence	0+1*
Total		13+8 = 21

I Year – II Semester
Course Number	Course Title	Credit Hours
FSI 102	Forest Survey & Engineering	2+1
FSI 103	Principles of Silviculture	2+1
BIC 103	Plant Biochemistry	1+1
FPU 101	Wood Anatomy	1+1
FPU 102	Wildlife Biology	2+1
FAF 101	Principles of Agroforestry	2+1
AGR 102	Introductory Agro meteorology and Climate Change	1+1
FTB 102	Ethnobotany, medicinal and aromatic plants	2+1
FTB 103	Tree Seed Technology	2+1
NSS 101	NSS- Continued	0+1*
PED 101	Physical Education-Continued	0+1*
FOR 101	Study tour to Southern Tamil Nadu	0+1*
Total		15+9= 24

II Year – III Semester
Course Number	Course Title	Credit Hours
FSI 201	Practices of Silviculture	2+1
FSI 202	Fertility of Forest Soils and Nutrient Management	2+1
FSI 203	Tree Nursery Technology	0+2
FPU 201	Wood Science and Technology	2+1
FPU 202	Ornithology & Herpetology	2+1
FPU 203	Forest Microbiology	2+1
CRP 231	Tree Physiology	2+1
AMP 201	Livestock and Poultry Management	2+1
RSG 203	Remote sensing & GIS	1+1
NSS 101	NSS – Continued	0+1*
PED 101	Physical Education- Continued	0+1*
Total		15+10 = 25

II Year – IV Semester
Course Number	Course Title	Credit Hours
STA 201	Statistical Methods	1+1
FPU 204	Forest Pathology	2+1
FPU 205	Wood Products and Utilization	2+1
FSI 204	Forest Ecology and Biodiversity Conservation	2+1
FSI 205	Forest Protection	2+1
NST 201	Fundamentals and Applications of Nano technology	1+0
FAF 201	Agroforestry systems and Management	2+1
PBG 201	Fundamentals of Genetics	2+1
AEC 202	Economics and Marketing	2+1
FOR 201	Study Tour to Northern Tamil Nadu	0+1*
NSS 101	NSS- Concluding	0+1*
PED 101	Physical Education– Continued	0+1*
Total		16+8 = 24

III Year – V Semester
Course Number	Course Title	Credit Hours
FSI 301	Forest Hydrology and Watershed Management	2+1
FSI 302	Forest Mensuration	2+1
FSI 303	Silviculture of Indian Trees	2+1
FPU 301	Non-Timber Forest Products	2+1
FPU 302	Tree harvesting and Ergonomics	1+1
FPU 303	Forest Entomology	2+1
FTB 301	Forest Genetics and Tree Improvement	2+1
FAF 301	Forest Tribology and Anthropology	2+0
ARM 301	Entrepreneurship Development and Business Management	1+1
PED 101	Physical Education- Continued	0+1*
Total		16+8 = 24

III Year – VI Semester
Course Number	Course Title	Credit Hours
FTB 302	Forest Biotechnology	2+1
FSI 304	Forest Laws, Legislation and Policies	2+0
FSI 305	Forest Management	2+1
FSI 306	Plantation Forestry	2+1
FSI 307	Restoration of Degraded lands	2+1
FAF 302	Forest Extension and Community Forestry	2+1
FAF 303	Recreation And Urban Forestry	2+1
FPU 304	Wildlife Management	2+1
FPU 305	Marketing and Certification of Forest Products	1+1
FOR 301	Study Tour to South India	0+1*
PED 101	Physical Education- Concluding	0+1*
Total		17+8 = 25

IV Year – VII Semester
Course Number	Course Title	Credit Hours
FOR 401	Forestry Work Experience – Student ready programme	0+20
FOR 402	All India Study Tour	0+3*
Total		0+20 = 20

IV Year – VIII Semester
Course Number	Course Title	Credit Hours
FOR 403	Experiential Learning (Student READY) -I	0+6
FOR 404	Experiential Learning (Student READY) -II	0+6
PJT 401	Project Work & Dissertation	0+5
Total		0+17=17

PO1	Knowledge: Apply the knowledge and principles of basic sciences and biological sciences mainly forestry to address problems and find solution to the complex issues of forestry through tools and techniques.
PO2	Problem analysis and devising solutions: Identify the relevant researchable issues based on survey of literature, formulate a proposal and analyze complex forestry problems for arriving substantiated conclusions using integrated approach considering public health and safety, societal, and environmental implications.
PO3	Conduct investigations of complex problems: Ability to formulate project proposal, use research-based knowledge and methods including design of experiments, analysis and interpretation of data, for arriving logical and acceptable solutions for the problems.
PO4	Usage of modern tools and techniques: Develop modern tools and techniques, apply appropriate scientific procedures, and follow prediction and modeling based problem solving approaches to address complex forestry problems understanding the limitations and technical feasibility.
PO5	Biotechnology and society: Apply reasoning for the issues, informed by the contextual knowledge of the problems in hand and assess the risk associated with the societal, health, safety, legal and cultural issues of the problems and the consequent responsibilities relevant to the professional practice of the discipline.
PO6	Environment and sustainability: Understand the impact of the technological solutions developed in contexts of society and the environment, and demonstrate the knowledge need for sustainable development in judicious use of forestry tools and technique.
PO7	Professional Ethics: Apply ethical principles and commit to follow professional ethics and norms and guidelines in the practice of forestry responsibly.
PO8	Work efficiency: Ability to function effectively as an individual and as a member or leader in diverse teams in multidisciplinary settings for carrying out challenging tasks and provides acceptable solutions involving views of members for increased productivity.
PO9	Communication skills: Make effective communication on complex forestry issues and solutions drawn from scientific activities with the scientific community and society at large, and ability to comprehend and make oral and written presentations effectively.
PO10	Life-long learning: Understanding the dynamism of biological sciences, technological changing needs are to be felt, positive attitude are to developed so as to prepare and engage in adapting to such changes through the process of life-long learning.

 

Method of measuring attainment of POs

Programme outcomes are periodically measured through established procedures of conducting examinations and evaluations. Students are encouraged to take up assignments and prepare project proposals and execute projects guided by the mentors. Success of the programme is reflected from the students’ placements at leading national institutes for pursuing higher education through winning competitive and meritorious fellowships and also taking up career in reputed institutions.

PSO1	Impart a high quality education in forestry and discipline students to meet out future challenges in forestry field.
PSO2	Understand the nature and basic concepts  of precision silviculture, multifunctional agroforestry, value addition technique and clonal propagation techniques
PSO3	Analyse the complex problems of forestry and address issues through use of modern  tools and techniques in forestry.
PSO4	Perform experimental procedures as per established laboratory standards in the areas of of tissue culture, molecular markers in biotechnology.
PSO5	Understand the applications of  forestry technology in all  the aspects to  improve  silvicultural methods, Forest management , nursery management  to produce sustainable income to the farmers through increasing productivity .
PSO6	The students will be expected to enhance their academic and personal transferable  skills  related to sustainable and scientific management of forest

Course No.	Course Title	Credit Hours
SER 101	History, Development and Organization of Sericulture Industry	1+0
	Out come
CO1	History of Sericulture
CO2	Basic Terminologies of Sericulture
CO3	Organizational Setup
CO4	Institutes Setup
CO5	Seri Research Institutes at National Level
CO6	Seri Institutes at State Level
CO7	Laws and Policies of Sericulture
CO8	Price stabilization
CO9	International consumption
CO10	Role of R & D institutes of Voluntary, State Government and Universities
SER 102	Cultivation of Host Plants of Silkworms	1+1
	Out come
CO1	Mulberry garden establishment
CO2	Nursery preparation and cultivation
CO3	Nutrient management
CO4	Irrigation and water management
CO5	Weed management
CO6	Cropping systems
CO7	Resource management in mulberry crop production
CO8	Rainfed mulberry cultivation
CO9	Pruning and Harvesting
CO10	Mechanization in moriculture
SER 103	Botany and Cytology of Host Plants of Silkworms	1+1
	Out come
CO1	Classification of plant kingdom
CO2	Taxonomy
CO3	Chromosome number and morphology of varieties of Mulberry
CO4	Chromosome number and morphology of varieties of Castor and Tapioca
CO5	Chromosome number and morphology of varieties of Arjun and Asan
CO6	Chromosome number and morphology of varieties of Arjun and Asan
CO7	Anatomy- root, stem and leaf of mulberry, castor and Terminalia
CO8	Microsporogenesis and development of male gametophyte
CO9	Megasporogenesis and development of female gametophyte
CO10	Pollination and fertilization in host plants
SER 104	Mulberry Production and Management	0+1
	Out come
CO1	Mulberry Nursery: Propagation of Nursery
CO2	Nursery Management – Kissan Nursery.
CO3	Economics of Nursery Management
CO4	Main field: Land preparation – Manure application
CO5	Planting methods – Age of sapling – Time of planting and planting of sapling
CO6	Maintenance of Mulberry garden I year onwards
CO7	Training and pruning of mulberry
CO8	Maintenance of Mulberry garden II year onwards
CO9	Practicing farm machinery implements
CO10	Harvesting and Economics of Mulberry leaf production
SER 105	Morphology and Systematics of Silkworms	1+1
	Out come
CO1	Biodiversity of silkworms in India and World wide
CO2	Systematics of mulberry and non-mulberry silkworms
CO3	External morphology of life stages
CO4	Anatomy and physiology of digestive system
CO5	Circulatory system and respiratory system
CO6	Excretory system and nervous system
CO7	Reproductive system and Muscular system
CO8	Endocrine system, hormones and their role
CO9	Silkworm haemolymph and its role
CO10	Silk Gland and Silk Synthesis
SER 201	Genetics and Breeding of Host Plants of Silkworms	1+1
	Out come
CO1	Taxonomy, origin and distribution– mulberry, Terminalia, castor, som and  soalu
CO2	Mitosis and karyomorphological studies in host plants of silkworms
CO3	Meiosis and its significance Host plants of silkworms
CO4	Germplasm resources of host plants of silkworms and their exploration
CO5	Conservation of germplasm of host plants of silkworm
CO6	Role of germplasm in crop improvement
CO7	Inheritance of economic characters
CO8	Breeding methods
CO9	Back cross method of breeding and its importance
CO10	Application of tissue culture technique in mulberry
SER 202	Silkworm Anatomy and Physiology	1+1
	Out come
CO1	Anatomy and physiology of digestive system
CO2	Circulatory system and respiratory system
CO3	Excretory system and nervous system
CO4	Reproductive system and Muscular system
CO5	Endocrine system, hormones and their role
CO6	Silkworm haemolymph and its role
CO7	Silk Gland and Silk Synthesis
CO8	Biodiversity of silkworms in India and World wide
CO9	Systematics of mulberry and non-mulberry silkworms
CO10	External morphology of life stages
SER 203	Cytology and Genetics of Silkworms	2+1
	Out come
CO1	History of silkworm breeding Japan, China, India
CO2	Silkworm gene bank and maintaining germplasm
CO3	Hybridization programme
CO4	Heterosis in different crossing systems
CO5	Parthenogenesis
CO6	Mutation breeding, historical accounts, spontaneous and  induced  mutations
CO7	Breeding of high temperature tolerant breeds
CO8	Authorization of parental breeds, hybrids and Authorization committee – role
CO9	Phases of silkworm breeds developed, prospects  and its applications
CO10	Molecular markers in silkworm breedings
SER 204	Vanya Sericulture	2+1
	Out come
CO1	Introduction  to primary host plants -tasar, eri and muga silkworms
CO2	Cultivation of Eri Primary Host plants
CO3	Cultivation of Eri Secondary Host plants
CO4	Cultivation of Tasar Host plants
CO5	Cultivation of Muga Host plants
CO6	Eri silkworms rearing techniques
CO7	Tasar silkworms rearing techniques
CO8	Muga silkworms rearing techniques
CO9	Young age rearing methods
CO10	Late age rearing methods
SER 205	Resource Generation and Management in Sericulture	1+0
	Out come
CO1	Introduction to Sericulture resource generation
CO2	Resources in Mulberry cultivation, Silkworm rearing, Silk reeling and post reeling
CO3	Mulberry nursery, farm inputs and improved techniques
CO4	Manure and fertilizer use efficiency, Calculation of chemicals/fertilizers requirement
CO5	Utilization of weeds, Intercropping, INM and IPM techniques
CO6	Water management in Mulberry cultivation
CO7	Use of bio-digestor, vermi-wash, Use of treated drainage water, Silage preparation.
CO8	Silkworm rearing and Silk reeling management
CO9	Feed management in rearing, Labour, time and input managements
CO10	Manpower and power management in reeling and post reeling activities
SER 206	Mulberry Silkworm Rearing	2+1
	Out come
CO1	Silkworm Races and Authorization
CO2	Silkworm races, classification based on voltinism, geography and moulting
CO3	Rearing appliances and its uses
CO4	Chawki rearing methods and its importance
CO5	Late age rearing methods and its importance
CO6	Silkworm Growth and Nutrition
CO7	Role of various nutrients in silkworm growth, development and silk production
CO8	Mountages and mounting of worms, spinning care effective rate of rearing, cocoon harvesting and sorting
CO9	Transporting and marketing of cocoons
CO10	Assessment of cocoon yield and quality
SER 208	Genetic Resources of Mulberry and Silkworm	1+1
	Out come
CO1	Mulberry Germplasm and Diversity
CO2	Mulberry biodiversity, wild mulberry, distribution and documentation
CO3	Survey, exploration, collection, conservation, maintenance
CO4	Evaluation of genetic resources of mulberry
CO5	Cataloging, data storage and retrieval of information
CO6	Characterization and evaluation, morphological, reproductive, anatomical descriptions, growth, propagation and biochemical descriptions
CO7	Role of tissue culture in genetic conservation of mulberry
CO8	Silkworm biodiversity and documentation
CO9	Characterization and evaluation of silkworm genetic resources
CO10	Silkworm Germplasm Conservation
SER 209	Silkworm Breeding	2+1
	Out come
CO1	History of silkworm breeding
CO2	Silkworm gene bank, maintaining germplasm, maintenance of breeds / stocks
CO3	Hybridization
CO4	Heterosis: Genetic basis for heterosis, manifestation of heterosis, commercial exploitation of  heterosis
CO5	Different crossing systems
CO6	Parthenogenesis
CO7	Mutation breeding
CO8	Application of mutation breeding, achievements and limitations
CO9	Autosexing silkworm breeds
CO10	Authorization committee
SER 210	Principles and Pests of Host Plants of Silkworms and their Management	1+1
	Out come
CO1	Pest Management Principles
CO2	Role of biotic factors: competition, parasitoids, pathogens and predators in mulberry ecosystem.
CO3	Pest Management Strategies
CO4	Components of pest management
CO5	Cultural, Mechanical, physical, chemical, biological, botanicals, host plant resistance, legal, Phyto sanitary certificate
CO6	Biotechnological approach for insect pests management
CO7	Sucking pests of mulberry and its management
CO8	Non-mulberry Host Plants Pests and its Management
CO9	Classification of pesticides
CO10	Principles of insecticide residue analysis.and Safer chemicals for mulberry pest management
SER 211	Pests of Silkworms and Management	1+1
	Out come
CO1	Introduction to pest, parasite, predator, hyperparasite and other types of parasites on pests
CO2	Uzi fly
CO3	Nature of damage
CO4	life stages
CO5	External morphology of egg and maggot
CO6	Biology of maggot
CO7	Biology of pupa and adult stages of uzifly
CO8	Host and parasite interactions
CO9	Integrated management
CO10	Non Insect Pests and Dermestid
SER 301	Sustainable Moriculture	2+0
	Out come
CO1	Essential components for growth and development of mulberry
CO2	Climatic resources for sustained crop productivity
CO3	Eco farming and Sericulture as a component in Integrated Farming System
CO4	Concept of growth analysis
CO5	Leaf quality parameters
CO6	Role of organics, green manures, inter crops and Bio fertilizers
CO7	Water resources and water requirement of mulberry in different situations and seasons
CO8	Management of established mulberry garden
CO9	Machineries in sericulture
CO10	Role of environmental factors and environmental pollutants on mulberry growth and development
SER 302	Bivoltine Sericulture	1+1
	Out come
CO1	Overview about Indian Bivoltine Sericulture
CO2	Planning for bivoltine silkworm rearing suitable to different regions of Tamil Nadu
CO3	Agencies involved in bivoltine egg production, egg procurement and care in handling
CO4	Brushing of loose eggs, leaf selection for chawki instars, frequency and quantum of feeding
CO5	Importance of spacing for rearing, care at moulting and bed cleaning for bivoltines
CO6	Cocoon harvesting, sorting, transporting and marketing of cocoons
CO7	Loose egg production, acid treatment and preservation schedules
CO8	Economics of rearing house and Benefit cost ratio of silkworm rearing
CO9	Role of JICA and other agencies in promoting Bivoltine sericulture in India
CO10	Role of Extension Agencies in promoting Bivoltine sericulture
SER 303	Planning and Management of Silk Reeling Industry	2+0
	Out come
CO1	Importance of silk reeling industry
CO2	Scope and Limitations
CO3	Properties of Silk
CO4	Specific gravity
CO5	Tenacity and elongation
CO6	Hygroscopic nature
CO7	Electrical properties
CO8	Action of water
CO9	Degradation by acids, alkalis
CO10	General characters of Silk
SER 304	Diseases of Host Plants of Silkworms	1+1
	Out come
CO1	Epidemiology of plant diseases
CO2	Role of weather factors in disease development
CO3	Principles of Plant Diseases Management
CO4	Role of cultural practices in plant disease management
CO5	Protection: Chemical control of plant diseases, fungicides, Different group of fungicides and antibiotics in plant disease management
CO6	Immunization
CO7	Types of resistance
CO8	Biotechnological approaches for crop disease management
CO9	Diseases of host plants of Mulberry silkworm
CO10	Integrated management of  diseases due to fungi, bacteria, viruses, phytoplasma, Nematode and non-parasitic causes of mulberry
SER 305	Diseases of Silkworms & Management	2+1
	Out come
CO1	Insect pathology
CO2	Types of Diseases
CO3	Protozoan and Fungal Infection
CO4	Mass mother moth testing.  Pebrine monitoring and management
CO5	Types of bacterial diseases
CO6	Types of fungal infection
CO7	Classification of insect viruses
CO8	Viral diseases of silkworm
CO9	Disinfection, Characterization
CO10	Histopathology and Bioassay Studies
SER 306	Silk Throwing, Dyeing and Weaving	1+1
	Out come
CO1	Learn processes of silk winding, doubling, twisting, warping, bleaching, dyeing, printing and weaving
CO2	Silk throwing and winding Importance of silk throwing
CO3	Doubling and Twisting
CO4	Doubling machine and advantages of Doubling
CO5	Twisting, Twisting machine and advantages of twisting. Steaming, setting of twist, re-reeling
CO6	Warping, Warping of the yarn, warping machine, sectional warp, ball warp
CO7	Bleaching, Dyeing and Printing
CO8	Bleaching, Dyeing of yarn, classification of dyes, factors influencing the dyeing
CO9	Printing, methods of printing. Block method, screen printing, lithoprinting
CO10	Weaving, loom, structure of loom. Types of looms and Yarn arrangement on loom, plain weaving, design weaving.
SER 307	Silkworm Seed Technology	2+1
	Out come
CO1	Indian sericulture scenario in egg production
CO2	Preparation for Egg Production
CO3	Sex separation in egg, larva, pupa and adult
CO4	Sheet egg production and logistics
CO5	Loose egg production
CO6	Egg Morphology and Physiology
CO7	Bivoltine seed production, importance and characteristic features
CO8	Seed Multiplication
CO9	Disease Free Egg Production
CO10	Economics of Egg Production
SER 308	Cocoon Production Technology	0+2
	Out come
CO1	Authorized Silkworm Races suitable for different regions
CO2	Differences between rearing of crossbreed and bivoltine silkworm
CO3	Rearing houses, plan and maintenance. Rearing appliances
CO4	Agencies involved in egg production and procurement of eggs
CO5	Rearing of chawki worms and methods
CO6	Record maintenance and logistics at Chawki Rearing Centres
CO7	Transport of Chawki worms
CO8	Moulting care, application of bed disinfectants and its importance
CO9	Calculation of Effective Rate of Rearing
CO10	Project preparation for establishing Chawki Rearing Centres, Late age rearing centres, Large scale sericulture farming and contract farming
SER 309	Physics and Chemistry of Fibres	1+0
	Out come
CO1	History and classification of natural fibres and yarns
CO2	Physical structure of natural fibres
CO3	Physical properties of natural fibre
CO4	Synthetic Fibre
CO5	Composition and manufacturing methods
CO6	Properties and uses of synthetic fibre
CO7	Silk Fibre
CO8	Chemical structure of fibroin and Comparison of silk fibre with silk like synthetic fibre fabric
CO9	Chemical Properties and Application
CO10	Application of properties of fibres for inducing special effects in fabrics
SER 310	Experimental Techniques in Sericultural Research	1+1
	Out come
CO1	Development of sericulture research
CO2	Modern trends, concepts in sericulture research and their impact on productivity
CO3	Selection of site for experiments
CO4	Factors considered in fixing treatments and in fitting experiments
CO5	Experiments on mulberry and non-mulberry host plants
CO6	Maintenance of experimental records
CO7	Recording of observations, sampling techniques, tabulation, analysis and interpretation of results
CO8	Preparation of data for scientific papers and presentation of results
CO9	Different types of experiments-varietal, cultural, manurial, irrigation, weed control, silkworm rearing, silkworm breeding, grainage, pests, diseases and silk technology
CO10	Scientific photography and preparation of transparencies for slide projector and overhead projector
SER 311	Raw Silk Technology	2+1
	Out come
CO1	General principles in reeling, different reeling machines
CO2	Physical and chemical properties of silk-,effect of heat, electricity
CO3	Evolution of reeling machines
CO4	Specific gravity
CO5	Tenacity and elongation
CO6	Hygroscopic nature
CO7	Electrical properties
CO8	Action of water
CO9	Degradation by acids, alkalis
CO10	Marketing of silk, silk exchanges and price stabilization of silk
SER 312	Spun Silk Technology	1+0
	Out come
CO1	Spun Silk
CO2	Manufacturing of Spun silk
CO3	Systems of spun silk processing, silk wastes, pierced cocoons and Eri cocoons as raw material for spinning industry
CO4	Flow chart of spinning, spinning operations, procurement and storing of silk waste
CO5	Re-reeling and packaging of Spun silk
CO6	Hand spinning of cocoon wastes, Katia, Matka, Geecha silk
CO7	Trivedi and Chowdary spinning wheels
CO8	Machines used in spun silk industry.Study of different silk wastes
CO9	Motorized cum pedal operated spinning wheel
CO10	Raw silk waste, opened waste, combed / Dressed waste, sliver, Rovings. Processing of silk waste / Eri cocoons / pierced
SER 401	Rural Work Experience Programme (Sericulture)	0+20
	1.       Placement in Grainage Technology	0+4
	2.                   Seri Polyclinic	0+4
	3.                   Placement in Silk Product Technology	0+4
	4.   Placement in Value Addition to Sericultural By-Products	0+3
	5.   Practical Extension Work in Villages	0+5
	Out come
CO1	The students will be involved in various aspects of egg production and grainage management
CO2	Preparation of layings on egg cards and loose egg preparation
CO3	Soil health diagnosis, INM practices to improve the soil and plant health, identification of deficiency symptoms in mulberry and acquainting with remedial measures
CO4	Development of INM and IDPM schedules for management of Nutrition and pest and diseases in mulberry
CO5	The students will be involved in various aspects of silk product science
CO6	Placement will be conducted in Govt. Grainage/CSB Grainage/Private Grainage.
CO7	The students will be involved in various aspects of silk product science
CO8	Placement will be conducted in Govt. Grainage/CSB Grainage/Private Grainage.
CO9	The students will camp in the villages and work with farmers.
CO10	Conducting method / result demonstrations to teach the skills to prove the worthiness of technologies to the farmers based on problems and needs
SER 403	STUDENT READY: Experimental Learning programme	20(0+20)
	STUDENT READY ELP /HOT Modules
	i.                        Host Plant Production
	ii.            Cocoon Crop Production
	iii.            Silk Product Science
	iv.            Natural Resource Management
	Out come
CO1	Mulberry and Non-Mulberry Host Plant Nursery Management
CO2	Host Plants Production Technology for Mulberry and Non-mulberry silkworms
CO3	Value Addition to Mulberry and Non-Mulberry by products
CO4	Farm Mechanization
CO5	Bivoltine Silkworm Rearing technology
CO6	Value Addition to Grainage and Rearing Byproducts
CO7	Entrepreneurship Development in Post silk Technology
CO8	Entrepreneurship Development in Silk Apparel Technology
CO9	Soil Health Clinic
CO10	Problematic Soils and their Management

Method of measuring attainment of POs

The course outcomes are evaluated periodically and the observations of the experiments are recorded and documented. Further students are given assignments on specific topics related to the subject and the presentations are evaluated. University conducts mid-semester, final theory and practical examinations for the subjects and the progress of the students are ascertained. The course outcomes are evaluated from the structured students feedback received for the individual courses.