B. Sc. in Microbiology (Internship-sem-6)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 APPLICATION Apply theoretical knowledge to practical situations in professional/academic settings. CO2 ANALYSIS Analyze real-world problems and suggest feasible solutions through project/case study/teaching. CO3 COMPREHENSION Develop professional, technical, and communication skills required for workplace readiness. CO4 AFFECTIVE Work effectively in a team or independently, showing responsibility, discipline, and ethics. CO5 SYNTHESIS/ EVALUATION Create structured reports/presentations demonstrating critical thinking and problem-solving. CO6 EVALUATION Evaluate personal strengths and areas of improvement through reflective learning and feedback.
B. Sc. in Microbiology (MIE-364P)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBERING Recall principles, procedures, and applications of biochemical, microbiological, and immunological techniques. CO2 UNDERSTANDING Explain the scientific basis, clinical relevance, and interpretation of results obtained from laboratory experiments. CO3 APPLYING Perform standard laboratory techniques with accuracy and precision for analysis of biological samples. CO4 ANALYZING Interpret experimental data to identify microorganisms, detect antigens/antibodies, and evaluate biochemical/haematological parameters. CO5 EVALUATING Assess reliability and validity of experimental results and troubleshoot errors in laboratory procedures. CO6 CREATING Integrate laboratory findings to propose diagnostic or research applications in microbiology, biochemistry, and immunology.
B. Sc. in Microbiology (MIE-364T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 KNOWLEDGE/ REMEMBERING Recall and describe the fundamental concepts of antigen–antibody interactions, immune disorders, and diagnostic microbiology. CO2 COMPREHENSION/ UNDERSTANDING Explain the principles and applications of immunological and microbiological diagnostic techniques, including modern tools. CO3 APPLICATION Apply laboratory methods (microscopy, biochemical tests, ELISA, AST, PCR, POCT) for analysis of clinical samples. CO4 ANALYSIS Analyze clinical data and correlate immunological and microbiological findings with pathological conditions. CO5 EVALUATION Evaluate the role of vaccines, biosensors, molecular tools, quality control and biosafety in disease diagnosis and prevention. CO6 SYNTHESIS/ CREATING Propose diagnostic strategies or preventive measures by integrating classical and modern approaches in immunology and clinical microbiology.
B. Sc. in Microbiology (MIM-363P)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 KNOWLEDGE, COMPREHENSION Demonstrate knowledge of biochemical estimations, microbial assays, and structural features of viruses and fungi. CO2 APPLICATION Apply experimental techniques for quantification of biomolecules, enzyme activity, microbial cultivation, and pathogen isolation. CO3 ANALYSIS Analyze experimental data to interpret biomolecular separations, cytopathic effects, plant diseases, hyphal modifications, and microbial interactions. CO4 EVALUATION Evaluate accuracy, precision, and limitations of different biochemical, microbiological, and pathological methods used in the laboratory. CO5 SYNTHESIS Integrate knowledge of biochemical assays, microbial physiology, virology, and mycology to explain host–pathogen interactions and industrial applications. CO6 APPLICATION , EVALUATION Develop laboratory skills, scientific attitude, ethical practices, and problem-solving abilities through practical work and internship/project exposure.
B. Sc. in Microbiology (MIM-362T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBERING Demonstrate knowledge of general characteristics, structural organization and cultivation. CO2 UNDERSTANDING Classification of viruses and fungi, including their reproduction, nutrition, and pathogenicity. CO3 APPLYING Apply theoretical understanding to explain mechanisms of viral replication (bacteriophage lytic & lysogenic cycles, plant and animal viruses) and fungal growth, cultivation, and preservation methods. CO4 ANALYZING Analyze viral infection outcomes (persistent, latent, oncogenic transformation, interference) and fungal diseases in plants and animals to interpret host–pathogen interactions. CO5 EVALUATING Evaluate the importance of viruses (oncogenic, prions, viroids) and fungi (metabolites, industrial applications, pathogenic effects) in biotechnology, agriculture, medicine, and public health.
B. Sc. in Microbiology (MIM-361T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBERING Recall concepts of microbial metabolism, biosynthesis, and metabolic regulation. CO2 UNDERSTANDING Explain catabolic pathways (EMP, ED, PPP, TCA, fermentation) and mechanisms of energy generation in microbes. CO3 APPLYING Apply knowledge of metabolic pathways to interpret microbial energy strategies under aerobic/anaerobic/fermentative conditions. CO4 ANALYZING Analyze metabolic regulation (allosteric, covalent modification, energy charge) and fuelling reactions in heterotrophs, chemolithotrophs, and phototrophs. CO5 EVALUATING Evaluate biosynthetic pathways of carbohydrates, lipids, nucleotides, and nitrogen/sulphur assimilation in cellular metabolism. CO6 CREATING Design experimental approaches (enzyme assays, isotope labelling, mutants, biosensors) to study metabolic and biosynthetic pathways.
B. Sc. in Microbiology (MISEC-356B)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBERING Define basic biostatistical concepts including types of data (qualitative, quantitative, primary, secondary), and key terms related to frequency distribution and central tendency. CO2 UNDERSTANDING Explain the structure and purpose of frequency distribution tables and describe graphical methods CO3 APPLYING Apply appropriate statistical methods to calculate measures of central tendency (mean, median, mode) using microbiological data and represent data graphically CO4 ANALYZING Analyze datasets to compute and interpret measures of dispersion (range, mean deviation, standard deviation, variance), identifying patterns or variability in biological data. CO5 EVALUATING Evaluate the suitability of various statistical tools and interpret statistical findings to support conclusions in biological research contexts.
B. Sc. in Microbiology (MISEC-356A)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBERING Describe the concepts and techniques involved in screening, isolation, and strain improvement of industrially important microorganisms. CO2 UNDERSTANDING Explain the classification of fermentation media, principles of inoculum development, and aseptic culture handling methods. CO3 APPLYING Apply knowledge ofsterilization techniques, culture transfer, and scale-up processes in laboratory fermentation practices. CO4 ANALYZING Analyze the results of primary screening, enzyme/antibiotic assays, and the influence of nutritional and physical factors on microbial metabolite production. CO5 EVALUATING Evaluate and troubleshoot fermentation processes by integrating theoretical knowledge with experimental data and optimization strategies.
B. Sc. in Microbiology (MIE-355P)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBERING Recall laboratory procedures for various microbiological tests (e.g., SPC, MPN, enzyme detection). Recall characteristics of microorganisms like yeasts, and coliforms. CO2 UNDERSTANDING Understand the importance of microbiological tests in assessing food, water, and milk quality. CO3 APPLYING Perform microbiological tests (e.g., SPC, MPN, acid-fast staining) on milk, and food samples. Cultivate and isolate various microorganisms for laboratory analysis CO4 ANALYZING Analyze test results (e.g., microbial load, presence of coliforms) to evaluate sample quality. CO5 EVALUATING Assess the effectiveness of various detection methods (e.g., MBRT, RRT) for determining microbial contamination. CO6 CREATING Design microbiological experiments to detect contamination or evaluate microbial quality in various samples
B. Sc. in Microbiology (MIE-354T)
Course Outcomes CO COGNITIVE ABILITIES COURSE OUTCOMES CO1 REMEMBERING Recall the types of microbial flora present in various foods (e.g., fruits, vegetables, milk, and meat). List common microorganisms involved in foodborne infections and poisoning CO2 UNDERSTANDING Explain how intrinsic and extrinsic factors influence microbial growth in food. Describe the principles and methods of food preservation. Understand the role of microbes in fermented foods, probiotics, and single-cell protein production. CO3 APPLYING Perform microbiological analyses of food and milk (e.g., MPN, CFU, phosphatase test, and staining methods). Apply preservation techniques such as pasteurization, refrigeration, dehydration, and the use of preservatives. CO4 ANALYZING Examine microbial spoilage patterns in food and milk products. Analyze microbiological criteria for food safety using standards set by FSSAI and other certifications CO5 EVALUATING Assess foodborne infections and spoilage to recommend appropriate control strategies. Evaluate the effectiveness of preservation methods and microbial safety standards.
