Name of the Department : DEPARTMENT OF BIOTECHNOLOGY. Programme Outcomes. Students will be able to

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1 Department : DEPARTMENT OF BIOTECHNOLOGY Academic Year : A. Program Outcome and programme (UG/PG/M.Phil./ Diploma etc.) Programme Outcomes Students will be able to PG 1. Apply the biotechnological concepts for basic and applied research 2. Explore new areas of research in all the branches of biotechnology in addition to inter-disciplinary fields such as Chemistry and Physics Students will be able to 1. Understand the fundamental concepts in core (plant, animal, industrial biotechnology, molecular biology, genetic engineering and genetics) and allied (microbiology, chemistry, developmental biology and evolutionary biology). 2. Perform bio-protocols expertly by employing their practical training. 3. Perform research experiments 3. Get exposure to various research fields and thrust area of the core and interdisciplinary subjects. 4. Acquire competence to work in industry and research labs PG 1. Implement the concepts of biotechnology for inter disciplinary research 1. Perform plant, animal and microbial culture 2. Solve the research problem 2. Design own research ideas in medical, industrial and agricultural fields 3. Meet the needs of the thrust areas of future bio-science. Diploma 1. Know the fundamental working concepts of various analytical instruments Attain research thoughts and entrepreneurial skills Understand the operation mechanisms of various instruments employed in analytical, microbial and immuno technology 2. Design research plan 2. Analyse the biological samples 337

2 B1. Outcomes of all Programmes Offered by the Department Programme : B.Sc. Biotechnology Code 1 Understand the evolutionary development of the cell 1. Cell Biology U16BT101 2 Compare the organization of prokaryotic and eukaryotic cellular organelles. 3 Acquire knowledge on identifying cancer cells from normal cells. 1 Identify the Bacteria, Fungi and Algae through morphological and biochemical characteristics 2 Fundamentals of Microbiology U16BT1Y1 2 Apply the sterilization and disinfection technical skills in Quality Control Department of pharma industries 3 Design culture media for microbe cultivation and isolation from various samples. 1 Identify the different stages of cell division. 3 Cell Biology Lab U16BT1P1 2 Stain the different biological specimens 3 Identify the chromosome 1 Demonstrate theory and practical skills in microscopy and their handling techniques 4 Fundamentals and Applied Microbiology Lab U16BTYP1 2 Understand the basic microbial structure and function and study the comparative characteristics of prokaryotes and eukaryotes 3 Design culture media for microbial isolation 4 Use the microbial for compound extraction 1 Comprehend the function of biological molecules. 5 Biochemistry U16BT202 2 Explain biological mechanisms of biomolecules. 3 Understand the area of biochemistry chosen for research emphasis. 338

3 Code 1 Apply microbiology in the various areas such as industry and medical settings. 6 Applied Microbiology U16BT2Y2 2 Analyse the current technologies being used in microbiology research and in industrial processes for the production of commercially useful products. 3 Identify microbes based on their characteristic traits and in identifying them through culture and molecular tools. 1 Analyse and identify the protein and carbohydrate concentration 7 Biochemistry Lab U16BT2P1 2 Separate the DNA using agarose gel electrophoresis 3 Separate the protein using PAGE 8 Basics of Bioinformatics U16BT2S1 1 Comprehend the basics of bioinformatics scope and applications. 2 Acquire the major steps in pairwise and multiple sequence alignment and executing alignment by dynamic programming. 1 Differentiate between chromosomal and nonchromosomal inheritance 2 Analyse the effect of genetic shift and drift 9 Genetics U16BT303 3 Acquire knowledge to design, execute and analyse the results of genetic experimentation. 4 Understand the role of genetic mechanism in evolution. 1 Classify the chemical bond, their types and properties 10 Basic of chemistry U16BTC33 2 Understand the basic types of reactions for heterocyclic compounds 3 Analyze the mole concepts and applying the concepts to solution 339

4 Code 1 Identify the mutant caused by physical and chemical agent 11 Genetics Lab U16BT3P1 2 Analyze the presence of barr body in the buccal cells 3 Evaluate the number and structure of chromosome 1 Differentiate between different types of immune cells 12 Basics of Immunology U16BT404 2 Acquire knowledge on cells involved in cellmediated and humoral immunity 3 Understand the working principles of immuno diagnostic methods 1 Classify the biomolecules and its chemical properties 13 Chemistry for Life sciences U16BTC44 2 Understand the basic concepts of quantitative and analytical technique 3 Identify the different types of reactions in organic chemistry 1 Understand the basics about the composition of human blood 14 Basics of Immunology Lab U16BT4P4 2 Differentiate the structure of blood cells 3 Analyse blood grouping and Immunoassays for various diagnostics 1 Perform replication in-vitro condition 15 Molecular Biology U16BT505 2 Understand the central dogma of life 3 Modify the protein/amino acid sequence 4 Comprehend different mutagenicity analysis. 340

5 Code 1 Acquire the knowledge of the principles and methods of DNA manipulation and transfer into target cells. 16 Genetic Engineering U16BT506 2 Implement advanced technologies and protocols for DNA manipulation, genome editing and sequencing. 3 Understand the importance of genetic engineering and tolls used 4 Gain knowledge of new avenues and emerging trends in genetic engineering and gene manipulation. 1 Analyse the properties of nucleic acids. 2 Isolate the DNA from different biological samples 17 Molecular Biology & Genetic Engineering Lab U16BT5P5 3 Quantify the nucleic acid using spectrometer 4 Amplify the gene using PCR 5 Execute the laboratory molecular techniques & to interpret laboratory experiments in molecular biology, with the appropriate analysis and interpretation of results obtained 1 Describe the features of plant 18 Plant Physiology U16BT5:1 2 Acquire knowledge on photosynthesis, reproduction and growth to do research. 3 Understand the relationships among major plants groups enables them to find their area of interest 341

6 Code 1 Acquire knowledge and the local and geographical distribution and abundance of organisms. 19 Ecology U16BT5:2 2 Analyze the inter-relationship between organisms in population and communities. 3 Understand the structural adaptations and functional aspects of organisms to their physical environment. 4 Predict the behavior of organisms under natural conditions 1 Analyse the importance and process of embryology 20 Developmental biology U16BT5:3 2 Identify the differences in developmental biology with respect to anatomy, physiology and evolution. 3 Understand the process and the mechanisms of early embryonic development. In Vertebrates of frog, chicken. 1 Describe the history and development of evolutionary thoughts 21 Basics of Evolution U16BT5:4 2 Construct population genetics data analysis under and interpret the results 3 Evaluate scientific evidence for and against evolutionary patterns and processes 4 Explain the origin of human evolution to describe the characteristic and molecular analysis of human origin. 1 Interpret data and the outcomes of research findings. 22 Basics of Biostatistics U16BT5S2 2 Identify the methods and means of data collection and research methodology. 3 Acquire knowledge of correlation and regression analysis and to interpret the outcomes of a research study. 342

7 Code 1 Analyse the nutrient content of food 2 Use microbial enzymes for food industry 23 Food Biotechnology U16BT5S3 3 Understand the enzymes action and main classes of enzymes used in food processing and organic properties of food 4 Describe selected classical fermentation processes and how fermentation can deliver nutrition 5 Acquires the unit operations in food processing and production of number of fermented products 24 Industrial Biotechnology U16BT607 1 Implement the genetic engineering course - to exploit microorganisms, to manipulate their metabolic pathways, and also to improve the strain of industrially useful organisms 2 Analyse the pathways of secondary metabolite in microbes 3 Exploit microbial cellular processes for yield enhancement 1 Utilize the animal cell culture concepts for production of proteins 25 Animal Biotechnology U16BT608 2 Apply animal cell culture concepts for fundamental and applied research 3 Understand the basics of animal tissue culture 1 Understand the basics of plant tissue culture. 2 Relate various gene transfer techniques in plants. 26 Plant Biotechnology U16BT609 3 Gain knowledge in micro propagation techniques. 4 Acquire knowledge on secondary metabolite production 5 Comprehend the concepts of anther culture, embryo culture and microspore culture 343

8 Code 1 Utilize the plant and animals for high value products production 2 Culture the different types of cell lines 27 Industrial, Plant & Animal Biotechnology lab U16BT6P6 3 Acquire knowledge on techniques such as micropropagation, callus culture, somatic embryogenesis and synthetic seed technology 4 Identify new strains that can be used for commercial purposes and for industrial processes. 1 Explain the basic anatomy and physiological systems of human being 28 Human physiology U16BT6:1 2 Understand the function of various organs 3 Analyse the role of hormones on human health 1 File patents, copyrights, trademarks and the legal governmental issues as well as property rights (both global and national). 29 Bioethics and IPR U16BT6:2 2 Understand the importance of IPR and the penalties for breaching IPR. 3 Differentiate the ethics followed in different geographical location 4 Assess outcomes of abuse and misuse of powerful methods such as recombinant DNA technology. 1 Use vectors for genetic engineering 30 Basics of Biotechnology U16BT3E1 2 Perform PCR for gene amplification 3 Transfer genes to various plants and animals 344

9 Code 1 Use gene manipulation technique to produce edible vaccines. 2 Produce new proteins by recombinant DNA 31 Applied Biotechnology U16BT4E2 3 Evaluate data and controls related to gene cloning and protein expression 4 use genetically modified organisms in hazardous waste treatment and pollution control 345

10 B2. Outcomes of all Programmes Offered by the Department Programme : M.Sc. Biotechnology Code 1 Understand the basic concepts about different cell organelles and its function. 1. Cell and Molecular Biology P15BT101 2 Relate cellular functions with the overall activity of a living organism. 3 Use Si RNA in gene silencing. 4 Know about fundamentals of molecular concepts 1 Understand the fundamental biochemical principles and the regulation of biological/biochemical processes. 2 Biochemistry P15BT102 2 Predict potential outcomes of biochemical defects. 3 Describe the regulation of central pathway which provide energy 1 Understand the systematic position and salient features of the various microbes 3 Microbiology P15BT103 2 Classify the microbes based on the structure and biochemical characterisation 3 Sterilize the glasswares and media for microbial cultivation 4 Use different types of microscopes to observe the microbes 346

11 Code 1 Understand the basic tools and techniques which extents and integrates with other fields of bioscience. 2 Relate cellular functions with the overall activity of a living organism. 4 Biochemistry and Cell Biology Lab P15BT1P1 3 Acquire knowledge about the structure and various stages of cells through mitosis. 4 Enlightens the cellular processes like cell signalling and metabolism. 5 Elucidate the interrelationships of the cellular components 1 Understand the basic microbial structure and function of prokaryotes and eukaryotes. 5 Microbiology Lab P15BT1P2 2 Demonstrate various Culture media and their applications and also understand various physical and chemical means of sterilization. 3 Implement microbial techniques for isolation of pure cultures of bacteria, fungi and actinomycetes. 1 Handle different instruments like ph, centrifuge, microscope, spectrophotometer, etc. 2 Learn about the working principles of different instruments. 6 Bioinstrumentation P15BT1:1 3 Isolate the phytocompounds by chromatographic techniques. 4 Analyse spectrophotometric techniques enable them to identify the compound 5 Isolate DNA and Protein molecules by electrophoresis. 6 List the radioactive isotopes and its isolation 347

12 Code 1 Comprehend the basics of bioinformatics scope and applications. 2 Describe the contents and properties of the most important bioinformatics 7 Basics of Bioinformatics P15BT1:2 3 Perform text- and sequence-based searches 4 Discuss the results in light of molecular biological knowledge. 5 Acquire the major steps in pairwise and multiple sequence alignment, and execute pairwise sequence alignment by dynamic programming. 1 Integrate various areas like medicine and agriculture, where this technology can be applied to gain opportunities 8 Animal Biotechnology P15BT204 2 Gain knowledge on basics of call culture techniques 3 Appreciate the difference between conventional products from recombinant products 4 Translate their theoretical knowledge to therapeutic output 1 Culture different plant parts 9 Plant Biotechnology P15BT205 2 Understand the basic techniques in plant tissue culture and its applications 3 Acquire knowledge in the area of genetic transformation in plants 348

13 Code 1 Provide basic knowledge about enzymes involved in industrial processes 10 Industrial Biotechnology P16BT206 2 Explain the production of important industrial bio-products 3 Enlighten the students on the kinetics of enzyme-based reactions 4 Gain knowledge in the production of industrially important enzymes 1 Demonstrate the fundamental techniques in animal and plant cell culture. 11 Animal, Plant & Industrial Biotechnology Lab P15BT2P3 2 Acquire knowledge in basic techniques of animal cell culture 3 Comprehend various phytochemical techniques 4 Exemplify the methods of identification of various strain 1 Design research plan 12 Research Methodology and Biostatistics P15BT2:1 2 Use statistical method to find the significant of the results 3 Perform research experiments with proper controls 1 Acquire the knowledge in basics of nanobiotechnology and its application in medicine and biology 13 Nanobiotechnology P15BT2:2 2 Diagnose various disease 3 Deliver the drugs effectively using nano biotechnology 4 Apply the Nano biotechnology in treatment of disease 349

14 Code 1 Understand core concepts and methods from ecological and physical sciences and their application in environmental problem-solving 14 Human and Environment P15BT2E1 2 Elucidate the ethical, cross-cultural, and historical context of environmental issues and the links between human and natural systems. 3 Apply key concepts from economic, political, and social analysis of environmental policies and institutions. 4 Analyse interaction between human and environment 1 Perform transformation in plants and microbes 15 Gene Technology P15BT307 2 Analyse various medical related real problems by applying the practical knowledge &gains hands on experience of handling various instruments. 3 Provide knowledge about the RFLP & RAPD technique 4 Amplify the Various DNA samples through PCR 5 Isolate DNA from different sample using different techniques. 1 Understand the basic immunological techniques 16 Immunology P15BT308 2 Analyse various aspects of clinical manifestations. 3 Apply an imminent knowledge on immune system and immune power. 4 Implement advance techniques in treating various infections and physiological problems. 350

15 Code 1 Acquire knowledge of genetic counselling and pre natal diagnosis is again an added advantage to the young generation 17 Medical Biotechnology P15BT309 2 Enhance the skill and knowledge in health care sector to improve employability 3 Acquire training skills in clinical research related to drug discovery 1 Analyse various medical related real problems by applying the practical knowledge &gains hands on experience of handling various instruments. 18 Gene Technology Lab P15BT3P4 2 Gain knowledge about the RFLP & RAPD technique 3 Amplify the Various DNA samples through PCR 4 Master various DNA isolation techniques. 5 Implement various techniques to handle different instrument. 1 Produce monoclonal antibody 2 Understand the salient features of antigen antibody reaction &it uses in diagnostics and various other studies. 19 Immunotech & Medical Biotech Lab P15BT3P5 3 Identify the biochemical and genetic basis for antibiotic resistance and ways of controlling spread of antibiotic resistance. 4 Identify the concentration of antibodies 5 Interpret the laboratory tests in the diagnosis of infectious diseases. 6 Understand the importance of pathogenic bacteria in human disease related to respiratory tract, gastrointestinal tract, urinary tract and skin 351

16 Code 1 Gain awareness of new and exciting avenues in biological and biomedical sciences. 20 Stem Cell Biology P15BT3:1 2 Apply concepts in stem cell and the development of cell-based therapies to understand the basic biology of stem cells and to identify the factors governing cell dynamics. 3 Illustrate the concepts of regeneration and repair of damaged tissues. 4 Acquire knowledge regarding the prospects of stem cell research in therapy 1 Discuss the contribution of the gametes and sperms to the zygote, and how structure informs functions. 2 Explain the role of genes involved in the development of an organism 21 Developmental Biology P15BT3:2 3 Comprehend the importance of developmental system of humans 4 Perform the experiments that would help to distinguish between when a cell has become specified and when its fate has become determined. 5 Acquire knowledge on implications of developmental biology in advanced medicine and genetic disorders. 1 Generate a strong foundation in treating various environment related problems. 2 Interrelate the concept of environment and biotechnological applications. 22 Environmental Biotechnology P15BT410 3 Predict challenging issues and offers solutions as introduction of biopesticides. 4 Identify the role of biosensors in bioremediation. 5 Understand the concepts of toxicology. 352

17 Code 1 Design wastewater treatment plant for treating wastewater from various industries 2 Utilize nanoparticle for wastewater treatment 23 Biotechnology Management P15BT4:1 3 Analyze the properties of the wastewater 4 Process the solid waste from food industries 5 Provide counselling regarding organ transplantation and human embryo research 1 File national and international patent for the biotechnological inventions 24 Biosafety, Bioethics and IPR P15BT4:2 2 Gain knowledge about the biotechnological inventions between different countries 3 Predict the risk arise due to the use of Genetically Modified Organisms 4 Analyze the nutritional effect of food derived from Genetically Modified Organisms 353

18 B3. Outcomes of all Programmes Offered by the Department Programme : Diploma in Bioanalytical techniques (DBAT) Code 1 Discuss the operation of basic laboratory equipment used in the field of analytical chemistry (i.e. ph meter, analytical balance, spectrophotometer, etc.). 1. Basic Analytical Techniques D18AT101 2 Apply the concepts of thermodynamics, acid/base chemistry, or electrochemistry to problems relating to quantitative measurements. 3 Describe the basic components of the various spectrophotometers and discuss some use of each using appropriate terminology; apply the concept of Beer s Law to quantify the absorption of radiant energy. 2 Microbial and Immuno techniques D18AT102 1 Understand the principles underlying various immune techniques. 2 Ascertain the basic taxonomy, diversity and classification, isolation, screening of microorganisms 1 Gain an understanding of chemical and molecular processes that occur in and between cells. 3 Molecular Biology D18AT203 2 Describe and explain processes and their meaning for the characteristics of living organisms. 3 Gain insight into the most significant molecular and cell-based methods used today to expand our understanding of biology. 354

19 Code 1 Apprehend the functioning, maintenance and safety aspects of the basic apparatus used in a Biotechnology lab. 4 Lab in Bioanalytical techniques D18AT2P2 2 Assimilate the principles and applications of centrifuge, electrophoresis and chromatography in research and related experiments. 3 Employ the knowledge for the separation of proteins/peptides by selecting appropriate separation techniques. 5 Lab in Microbial and Immuno techniques D18AT2P2 1 Demonstrate competency in laboratory safety and in routine and specialized microbiological laboratory skills applicable to microbiological research or clinical methods, including accurately reporting observations and analysis. 2 Isolate and screen industrially important microbes. 3 Identify different types of blood groups and types of cells based on the nucleus through blood grouping. 355

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