Course Highlights

NEP-Aligned, Multidisciplinary Curriculum

Industry Oriented Training

State-of-the-Art Laboratories

Certification Add-Ons

Internships & Industry Immersion

AI & Digital Healthcare Tools

Research & Innovation Opportunities

Holistic Skill Development

Introduction

A future-ready program that blends Applied Microbiology with Clinical Research, offering students a strong scientific foundation and exciting pathways into the rapidly growing healthcare and biotech sectors.

Designed as per UGC & NEP guidelines, the course provides hands-on lab training, clinical research exposure, and industry-relevant skills that make graduates highly employable.

Ideal for students aspiring for careers in clinical labs, hospitals, pharmaceuticals, diagnostics, and global clinical trial organizations, with extensive internship and placement support.

Tools Covered

Microbiological & Clinical Laboratory Tools:
Laminar air flow units, incubators, autoclaves, biosafety cabinets, colony counters, microscopes.

Molecular Biology & Diagnostic Tools:
PCR, RT-PCR, Gel Electrophoresis, ELISA Readers, DNA/RNA Extraction Systems, Western Blotting Systems.

Clinical Testing & Biomedical Analysis Tools:
Hematology analyzers, Biochemical analyzers, Microbial susceptibility testing systems, Chromatography systems (HPLC), Spectrophotometers.

Culture Media & Microbial Identification Tools:
Selective & differential media, Microbial culture plates, Antibiotic sensitivity kits, Biochemical test kits, Automated ID systems.

Bioinformatics & Data Analysis Tools:
BLAST, NCBI tools, BioEdit, Primer3, Clustal Omega, Clinical trial data analysis software, Statistical tools.

Clinical Research & Regulatory Tools:
Electronic Data Capture (EDC) tools, Clinical trial management systems (CTMS), Pharmacovigilance databases, GCP & ICH‑E6 compliant tools.

Program Details

  • The course enables students to specialize in applied microbiology with a strong focus on clinical research, while gaining essential knowledge in medical diagnostics, laboratory practices, and molecular testing used in hospitals, pharma, and healthcare laboratories.
  • Regular communication is maintained with parents regarding attendance, laboratory performance, clinical project work, and academic progress to ensure consistent involvement, discipline, and student support throughout the program.
  • The program includes industry-oriented lab training, microbial culture techniques, clinical sample analysis, molecular diagnostics (PCR/ELISA), clinical research methodology, internships, and expert-led workshops to build real-time hospital and research skills.
  • B.Sc. Applied Microbiology – Clinical Research is a 4-year undergraduate degree designed to develop strong foundations in microbiology, clinical diagnostics, biomedical research, and medical testing, preparing students for careers in hospitals, pathology labs, pharmaceuticals, biotech research, and clinical trial organizations.
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Eligibility

Must have passed 10+2 with PCM/PCB/CBS (for Food Tech), PCB(for Microbiology), PCB/CBZ (for Biotechnology) from recognised board or its equivalent with minimum 45% marks.

Duration

4 Years ( 8 Semesters)

Tuition Fees

₹ 40,000 per Semester

*Fees such as Admission, Caution Money,
Examination, Hostel, and Transport fees are extra. 

Selection Criteria

Admission will be done on the basis of merit which includes entrance, screening & PI.

Program Outcome

01

Strong Scientific Foundation

Master core concepts of microbiology, clinical diagnostics, and clinical research aligned with UGC & NEP standards.

02

Industry-Ready Competencies

Gain expertise in clinical trial operations, pharmacovigilance, regulatory affairs, and research data management.

03

Critical Thinking & Communication

Develop analytical ability, scientific writing, and professional communication for research and industry roles.

04

Hands-On Laboratory Skills

Perform microbial culturing, molecular techniques, clinical testing, and quality assurance procedures with confidence.

05

Technology & Tool Proficiency

Work with modern lab instruments, diagnostic platforms, and clinical research software used in hospitals and pharma industries.

06

Career-Focused Growth

Become prepared for roles in healthcare, biotech, pharmaceuticals, diagnostics, CROs, and global clinical research organizations.

Course at a Glance

Core Subjects: Applied Microbiology, Clinical Biochemistry & Hematology, Immunology & Medical Microbiology, Molecular Biology & Genetics, Biostatistics & Research Methodology

Specialized Areas: Clinical Trials & Good Clinical Practice (GCP), Pharmacovigilance & Drug Safety, Regulatory Affairs & Ethics in Research, Diagnostic Microbiology & Infectious Disease Studies, Bioinformatics & Digital Healthcare Tools

Skill Training: Microbial culturing, staining, and identification; PCR, ELISA, electrophoresis & molecular diagnostics, Clinical data management & EDC tools, Laboratory Quality Systems (GMP/GLP/GCP), Scientific writing, documentation & research communication

Outcome: Strong foundation in microbiology and clinical research; hands-on lab and diagnostic skills aligned with industry needs; Readiness for roles in hospitals, CROs, pharma, biotech & diagnostic labs; Ability to analyse clinical data, follow regulatory guidelines, and support clinical studies

Career Opportunities

  • Clinical Research Coordinator (CRC)
  • Clinical Data Manager / EDC Specialist
  • Clinical Data Manager / EDC Specialist
  • Pharmacovigilance Associate
  • Drug Safety Officer
  • Quality Control (QC) Analyst
  • Quality Assurance (QA) Executive
  • Regulatory Affairs Assistant
  • Medical or Scientific Writer
  • Biotech / Pharma Research Assistant

Leading Job Sectors

  • Clinical Research Organizations (CROs) (Clinical trials, data management, pharmacovigilance)
  • Pharmaceutical & Biopharma Companies (Drug development, QC/QA, regulatory affairs)
  • Biotechnology Industries (R&D, production, microbial analysis)
  • Hospitals & Healthcare Institutions (Clinical labs, infection control diagnostics)
  • Diagnostic Laboratories & Pathology Centres (Microbiology testing, molecular diagnostics)
  • Public Health & Government Agencies (Disease surveillance, lab technician roles, research projects)
  • Food & Water Testing Laboratories (Microbial quality analysis, contamination testing)

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