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B.Sc. in Biotechnology, Biochemistry, Genetics


OPEN


1 years


Full-time

Entry Requirements

The PG certificate in Clinical Embryology program welcomes applications from candidates who meet the following entry requirements:

Educational Qualifications: A bachelor’s degree in Medicine (MBBS) or a master’s degree (MD) in a related medical field.

Graduates from life sciences disciplines such as Biology, Biotechnology, Biochemistry, Microbiology, or Zoology (BSc/MSc). Allied health professionals, such as nurses or laboratory technologists, with relevant degrees and experience.

Prior Experience (Preferred but not mandatory): Candidates with prior exposure to laboratory techniques or clinical settings in reproductive medicine, ART, or embryology are given preference.

Programme Highlights

  • The PG certificate in Clinical Embryologystands out as a comprehensive and dynamic program due to its distinctive highlights, including:
  • Academic-Clinical Integration: A unique collaboration between Garden City University and GGIRHR, blending academic learning with hands-on clinical training in a real-world setting.
  • Expert Mentorship: Guidance and instruction from a distinguished faculty comprising seasoned academicians and leading clinicians in the field of reproductive medicine and embryology.
  • Advanced Infrastructure: Access to cutting-edge laboratory facilities and clinical setups equipped with the latest technology used in ART, including IVF labs, micromanipulation systems, and cryopreservation units.
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Course Structure

Semester 1

Course Title

  • Human Reproduction
  • Clinical- Embryology
  • Semenology & Cryopreservation
  • Laboratory Andrology (P)

Semester 2

Course Title

  • Genetics in Infertility
  • Fertility & Assisted Conception
  • Assisted Reproductive Technology
  • IVF & Micromanipulation Techniques (P)
  • Project / Dissertation

Semester 3

Course Title

  • Basics of Human Genetics
  • Basics of Human Genetics (P)
  • Molecular Biology
  • Molecular Biology (P)
  • Immunology
  • Immunology (P)
  • Modern Gardening Techniques

Semester 4

Course Title

  • Basics of Toxicology
  • Basics of Toxicology (P)
  • RDT and Food Engineering
  • RDT and Food Engineering (P)
  • Analytical Techniques and Instrumentation
  • Analytical Techniques and Instrumentation (P)
  • Bioinformatics (SEC)
  • Bioinformatics (SEC)

Semester 5

Course Title

  • Internship

Elective-I

  • Introduction to Data Science
  • Social Network Analysis
  • Deep learning & Natural Language Processing
  • Data Privacy and Data Security (CS)

Elective-II

  • Cryptography and Network Security(CS)
  • Micro-Controllers
  • Devops
  • Introduction to Robotics

Semester 6

Course Title

  • Plant Biotechnology
  • Plant Biotechnology (P)
  • Bioprocess Technology
  • Bioprocess Technology (P)
  • Enzymology
  • Enzymology (P)
  • Nutrition & Dietetics
  • Nutrition & Dietetics (P)
  • Behavioral Neurogenetics
  • Behavioral Neurogenetics (P)
  • Population Genetics & Biometry
  • Population Genetics & Biometry (P)
  • Research Methodology

Elective-III

  • Prompt Engineering & Generative AI
  • Vulnerability Assessment and Penetration Testing
  • Gaming Design (AI)
  • Embedded System Design

Elective – IV

  • Blockchain Technologies
  • Neural Networks and Fuzzy Systems
  • Security information and event management
  • Sensors and Actuators

Semester 7

Course Title

  • Mobile Application Development
  • Innovation & Entrepreneurship Management
  • Elective – V
  • Skill Enhancement Course
  • Project Management with Git
  • Open Elective-I
  • Project Phase – I

Semester 8

Course Title

  • Seminar
  • Internship
  • Capstone Project

In addition to the above courses, our curriculum includes the following courses powered by Coursera and industry partners.

Semester 1

Certificate courses by University /Industry Partner

Basic Principles of Cell Signaling

Chemicals and Health
 

Introduction to Genetics and Evolution

C for Everyone: Programming Fundamentals

Operating Systems Fundamentals

Introduction to Electronics

Economics of Money and Banking

English for Science, Technology, Engineering, and Mathematics

Successful Presentation

Semester 2

Certificate courses by University /Industry Partnerx

Anatomy: Human Neuroanatomy 

Outbreaks and Epidemics 

The Bits and Bytes of Computer Networking

C++ For C Programmers, Part A,Part B

Introduction to Back-End Development

Computer Architecture

Modern Art & Ideas

Write Professional Emails in English

Semester 3

Certificate courses by University /Industry Partner

The Science of Stem Cells

Fundamentals of Immunology: Innate Immunity and B-Cell Function

Databases and SQL for Data Science with Python

Using Databases with Python
Cloud Computing Concepts: Part 2

Career Decisions: From Insight to Impact

Semester 4

Certificate courses by University /Industry Partner

Drug Discovery

DNA DECODED      

Bioinformatics I- Finding Hidden Messages in DNA

Genome Sequencing (Bioinformatics II)

Visual Analytics with Tableau
Applications of Everyday Leadership

Learn to Speak Korean 1

Semester 5

Certificate courses by University /Industry Partner

Semester 6

Certificate courses by University /Industry Partner

Introduction to Industrial Bioprocess Development

Healthy Practices: Nutrition, Physical Activity, and Community and Family Participation

Sleep: Neurobiology, Medicine, and Society

Disease Screening in Public Health

Fee Structure for the Academic Year 2025-26

Domestic / NRI Fee Structure

Programmes

B.Sc. Biotechnology, Biochemistry, Genetics

Course Duration

3 years

1st Installment

INR 36,000

5 Subsequent Installments

INR 66,000

 

International Fee Structure

Programmes

B.Sc. Biotechnology, Biochemistry, Genetics

Course Duration

3 years

1st Installment

$ 500

5 Subsequent Installments

$ 900

OTHER FEES

CAUTION DEPOSIT : Rs. 5000/- to be paid by all the  students.

(Rs 3000/- will be refunded deducting incidental expenses and alumni membership.)

EXAMINATION FEES PER SEMESTER

UG Programs: Rs.3000/-

 

Job Opportunities

  • Genetics Laboratory Technician
  • Laboratory Manager
  • Research Scientist
  • Clinical Application Specialist
  • Quality Assurance/Regulatory Officer

Career Path and Job Opportunity

A Postgraduate Diploma in Clinical Embryology opens up a variety of career opportunities in the field of assisted reproductive technologies (ART) and related domains. The demand for skilled embryologists is growing worldwide due to advancements in fertility treatments and an increasing number of couples seeking help for infertility. Here are some of the key career prospects:

Read more

List of companies where UG & PG Dept of Life Sciences students of GCU got placement opportunities:

Biocon, Syngene, LifeCell, Cryoviva, HCG, Indigene, Anand Diagnostics, Indo-American Hybrid Seeds, Molecular Connections, Dr. Reddy’s Laboratories.

Programme Highlights
  • The PG certificate in Clinical Embryologystands out as a comprehensive and dynamic program due to its distinctive highlights, including:

    Academic-Clinical Integration:

    A unique collaboration between Garden City University and GGIRHR, blending academic learning with hands-on clinical training in a real-world setting.

    Expert Mentorship:

    Guidance and instruction from a distinguished faculty comprising seasoned academicians and leading clinicians in the field of reproductive medicine and embryology.

    Advanced Infrastructure:

    Access to cutting-edge laboratory facilities and clinical setups equipped with the latest technology used in ART, including IVF labs, micromanipulation systems, and cryopreservation units.

    Comprehensive Curriculum:

    A well-structured syllabus covering all aspects of clinical embryology, from reproductive biology and infertility management to advanced ART techniques and ethical practices.

    Practical Training:

    Extensive hands-on experience in laboratory techniques such as oocyte handling, sperm preparation, embryo culture, ICSI, embryo freezing, and transfer.

    Clinical Exposure:

    Opportunities to observe and participate in ART procedures at GGIRHR, providing invaluable real-world insights and skills.

    Research and Innovation:

    Emphasis on research methodology and innovation, enabling students to undertake projects that contribute to advancements in reproductive medicine.

    Focus on Ethical Practices:

    Comprehensive education on the ethical, legal, and regulatory aspects of ART to prepare students for responsible and professional conduct.

    Networking Opportunities:

    Interaction with industry experts, fellow students, and alumni through seminars, workshops, and conferences, fostering professional connections and collaborations.

    Career Support:

    Assistance with career planning, placements, and professional development to ensure graduates are well-prepared for roles in clinical embryology, research, and academia.

Career Path

1. Clinical Embryologist

Role: Work in IVF clinics and reproductive medicine centers to perform essential laboratory procedures like IVF, ICSI, embryo culture, and cryopreservation.

Settings: Private and public IVF centers, fertility hospitals, and specialized ART clinics.

2. Laboratory Manager

Role: Manage and oversee daily operations in fertility laboratories, ensuring quality control, compliance with regulations, and coordination among lab staff.

Settings: IVF labs, hospital laboratories, and research institutions.

3. Research Scientist

Role: Contribute to advancements in reproductive medicine by conducting research on areas like embryo culture media, genetic testing, and new ART techniques.

Settings: Academic institutions, pharmaceutical companies, and biotech firms.

4. Clinical Application Specialist

Role: Support fertility clinics in adopting and optimizing new ART technologies and equipment, often working with medical device manufacturers.

Settings: Companies specializing in IVF equipment, culture media, and genetic testing solutions.

5. Quality Assurance/Regulatory Officer

Role: Ensure compliance with national and international regulations governing ART procedures, and implement quality assurance protocols in labs.

Settings: IVF clinics, accreditation bodies, and regulatory agencies.

6. Faculty or Educator

Role: Teach and mentor students in clinical embryology programs, sharing knowledge and expertise in reproductive biology and ART techniques.

Settings: Universities, medical colleges, and training institutes offering courses in reproductive medicine.

7. Consultant or Advisor

Role: Provide expert guidance to clinics on optimizing laboratory protocols, improving success rates, and implementing new technologies.

Settings: Fertility centers, consultancy firms, and independent practice.

8. Genetic Counselor (with additional qualifications)

Role: Assist patients in understanding genetic testing options, such as preimplantation genetic testing (PGT), and guide them in making informed decisions.

Settings: IVF clinics, genetic testing companies, and counseling centers.

9. Entrepreneur

Role: Establish and manage IVF labs, fertility centers, or companies specializing in ART products like media, tools, and equipment.

Settings: Independent startups in the reproductive healthcare domain.

10. Opportunities in Pharmaceutical and Biotech Industries

Role: Work in product development, sales, or marketing for pharmaceutical companies producing fertility drugs or equipment for ART.

Settings: Pharmaceutical firms and biotechnology companies.

International Opportunities

1. Growing Demand Globally:

Countries like the United States, Australia, the UK, and the Middle East are experiencing a shortage of qualified embryologists, presenting significant job prospects for diploma holders willing to work abroad.