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Applied Microbiology Internship Topics

Browse all focused areas across all internship categories under this field.

Applied Microbiology Internships with Accommodation

Choose an internship topic, then explore accommodation-enabled internship options at active NTHRYS branch locations in India.

Showing 13–24 of 40 internship topics
Xenobiotic Compound Biodegradation Engineering
Interns will work on developing and testing microbial cultures for degradation of recalcitrant synthetic compounds such as pesticides, pharmaceuticals, and industrial pollutants. They will employ molecular techniques, metabolic profiling, and bioreactor optimization to enhance degradation rates and pathway elucidation.
Applied Bioremediation Microbiology ResearchView internship →
Biofilm-based Treatment Systems for Industrial Effluents
Interns will design and operate biofilm reactors using attached microbial communities for treatment of wastewater from textile, pharmaceutical, and chemical industries. They will monitor biofilm development, microbial composition, and pollutant removal efficiency using molecular and analytical methods.
Applied Bioremediation Microbiology ResearchView internship →
Mycoremediation of Contaminated Substrates
Interns will isolate and culture fungi with proven or potential remediation capabilities and assess their effectiveness in breaking down pollutants in soil and compost systems. They will conduct enzyme activity assays, substrate degradation experiments, and evaluate fungal biomass accumulation under various environmental conditions.
Applied Bioremediation Microbiology ResearchView internship →
Microbial Pathogen Detection in Crop Systems
Interns will develop and validate molecular techniques for rapid identification of bacterial and fungal pathogens affecting major crops. Work involves genomic analysis, PCR-based assays, and culture-dependent methods to support early disease detection and management strategies.
AI Agricultural Applied Microbiology ResearchView internship →
Beneficial Soil Microbiome Characterization
Interns will isolate, identify, and characterize plant growth-promoting microorganisms (PGPM) from agricultural soils using culture techniques and metagenomics. Research focuses on understanding microbial-plant interactions and their potential for sustainable crop enhancement.
AI Agricultural Applied Microbiology ResearchView internship →
Biocontrol Agent Development and Testing
Interns will screen microbial candidates for biocontrol potential against agricultural pests and pathogens using in vitro assays and controlled greenhouse trials. Work includes fermentation optimization, viability testing, and formulation studies for biological control products.
AI Agricultural Applied Microbiology ResearchView internship →
Fermentation Optimization for Microbial Biopesticides
Interns will optimize fermentation parameters for producing microbial biopesticides (Bacillus, Trichoderma species) and monitor cell viability, metabolite production, and shelf-stability. This research supports the development of effective and economical bioagent formulations.
AI Agricultural Applied Microbiology ResearchView internship →
Plant Microbiome Manipulation for Stress Resilience
Interns will investigate how specific microbial consortia influence plant responses to abiotic stresses (drought, salinity, temperature) through inoculation experiments and metabolomic analysis. Research aims to identify microbial associations that enhance crop resilience and productivity.
AI Agricultural Applied Microbiology ResearchView internship →
Strain Identification and Characterization
Interns will perform genomic sequencing, 16S rRNA analysis, and biochemical profiling of probiotic candidate strains. They will use bioinformatics tools to identify beneficial microorganisms and characterize their metabolic pathways, antibiotic resistance profiles, and safety markers.
AI Probiotic Development ResearchView internship →
In Vitro Efficacy Testing
Interns will design and conduct laboratory experiments to assess probiotic effectiveness against pathogenic bacteria, including antimicrobial assays, competitive exclusion studies, and biofilm formation inhibition tests. They will analyze data using statistical methods to quantify probiotic potency and mechanisms of action.
AI Probiotic Development ResearchView internship →
Fermentation Optimization and Scale-Up
Interns will optimize culture conditions (pH, temperature, oxygen levels, nutrient formulations) to maximize probiotic cell viability and yield. They will work with bioreactors to scale fermentation processes while maintaining strain stability and conducting quality control analyses.
AI Probiotic Development ResearchView internship →
Formulation Development and Stability Studies
Interns will develop and test various probiotic formulations (powders, capsules, liquids) using encapsulation technologies and protective additives. They will conduct accelerated shelf-life testing, moisture stability assays, and viability monitoring to ensure product efficacy throughout storage.
AI Probiotic Development ResearchView internship →
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