GReaT - 6 Months & 1 Year Global Research and Training Program With LIVE Projects + Wet Lab Training at IISc Incubated Lab

Launching GReaT

6 Months & 1 Year Global Research and Training Program With LIVE Projects + Wet Lab Training

OFFLINE / ONLINE HANDS-ON TRAINING CUM INTERNSHIP

6 Months & 12 Months Training with Project / Dissertation + Wet Lab Training at IISc Incubated Lab

WITH FREE JOB PLACEMENT ASSISTANCE

YOU CAN APPLY FOR THE GREAT SCHOLARSHIP HERE

Work in Projects | Publish Papers 

Become a GReaT Researcher

Opportunity For Students & Professionals To Educate, Enhance, & Empower Themselves to become an all-round researcher

As We Always Say, Bioinformatics & AI ML are the Future, and here you have an opportunity to learn its applications in various biotech & life science disciplines.

STARTS 3rd JAN 2025

ONLINE & OFFLINE (Project + Wet Lab Only)

Are you ready to dive deep into biotechnology and life sciences with cutting-edge research and hands-on wet lab training? Our 6 Months & 1 Year Research Training Program is designed to bridge the gap between theory and practice, helping you gain invaluable research experience that will set you apart in the competitive biotech field.

This program combines online training, DRY Lab - bioinformatics & AI Ml projects and intensive wet lab experiments for comprehensive skill-building. Whether you’re looking for a fast-paced 6-month program or an immersive 1-year experience, we’ve tailored the course to equip you with both practical lab skills and advanced knowledge in critical life sciences domains.

Bioinformatics Global Research Tools & Techniques Training cum Internship Detail:

• Start Date: 3rd JAN 2025
• Time: 7:00 pm to 8:00 pm IST
• Venue: Online via Zoom For Online Training
• Duration: 6 & 12 Months with Dry Lab Projects + Wet Lab Training (optional)
• Offline Project work will be held at Biotecnika Headquarters in Bangalore
• Wet Lab Training will be help at IISc incubated lab. 

Scientists Who Will Train You:

• Dr. Nilofer K Shaikh - Biotecnika Global Scientist
• Mr Prodyot Banerjee - CADD, Bioinformatics & Genomics Expert
• Dr Elamathi - Bioinformatics & AI ML Scientist
• Dr Dolly Sharma - Cheminformatics Scientist
• Dr. Tanushree Saxena - Molecular Biology Scientist
• Mrs Tithi Saha - Genetics Scientist
• Mrs. Urmimala Ray - Biochemistry Scientist
• Mrs. Divya S - Cancer Biology Scientist
• Dr. Violet - Immunology Scientist
• Mrs. Somrhita - Plant Biotech Scientist
• Dr. Paushali Pal - Bioprocess & Food Tech Scientist

Complete Syllabus for the 6 & 12-month research Training program + Project Details

Dry Lab - Online Bioinformatics / AI ML Project Topics:

1. Sequence alignment analysis of Mpox Virus- Dr. Elamathi
2. Personalized drug in type II diabetes using Pharmacovigilance approach - Dr. Dolly
3. Developing a Computational Model for Predicting the Emergence of New Mpox or SARS-CoV-2 Escape Variants with Enhanced Immune Evasion - Prodyot Banerjee
4. Understanding efficacy of personalized medicine in Alzheimer’s disease treatment: A Molecular docking approach - Prodyot Banerjee
5. Studying the cervical cancer and it's drugs target using multiple omics data analysis - Dr. Elamathi
6. Identification of potential drug targets of miR-4454 in CARS disease using bioinformatics databases and network pharmacology - Dr. Nilofer Shaikh
7. Investigating the role of cervical cancer and its drug targets using proteomics data analysis - Dr. Nilofer
8. Identification of Disease-Causing Mutations: A Bioinformatics Database Approach ( breast cancer) - Prodyot Banerjee
9. Exploring genomics variants on cervical cancer a bioinformatics approach - Prodyot Banerjee
10. Decoding genetic blueprint of type II diabetes through bioinformatics - Dr. Dolly
11. Computational Drug Discovery Targeting Mpox: Virtual Screening and Molecular Docking Analysis of Potential Antiviral Compounds - Dr. Elamathi
12. Identification of early diagnostic biomarker for breast cancer through bioinformatics analysis - Dr Dolly
13. sequence alignment and homology modeling - Dr Elamathi
14. Bioinformatics approaches to investigate antimicrobial resistance in humans - Dr. Elamathi
15. Predicting Drug Resistance in Cancer Using Multi-Omics Data Integration -Dr. Nilofer Shaikh
16. Uncovering Novel RNA Editing Sites in Neurodegenerative Diseases Using Machine Learning- Dr.Elamathi
17. Metagenomic Analysis of Gut Microbiota and Its Impact on Immune Response in Autoimmune Diseases. Dr.Elamathi
18. Designing Novel Therapeutic Strategies for Rare Genetic Diseases Using CRISPR-Based Functional Genomics.Dr. Elamathi
19. Exploring Epigenetic Modifications in Cardiovascular Diseases Through Computational Epigenomics. Dr. Elamathi
20. Integrative Analysis of Single-Cell RNA Sequencing Data to Uncover Cellular Heterogeneity in Tumor Microenvironment - Dr.Elamathi
21. Predictive Modeling of Drug-Drug Interactions in Personalized Medicine Using Network Pharmacology -Dr. Nilofer Shaikh
22. Bioinformatics Approaches to Identify Biomarkers for Early Detection of Chronic Kidney Disease- Prodyot Banerjee
23. Characterizing the Impact of Epitranscriptomics on Cancer Progression Using RNA Sequencing Data - Dr. Elamathi
24. Modeling Protein-Protein Interactions in Neurodegenerative Disease Using Structural Bioinformatics- Prodyot Banerjee
25. Developing AI-Based Tools for Predicting Protein Function from Sequence Data- Prodyot Banerjee
26. Exploring Genetic and Epigenetic Factors Contributing to Drug Response Variability in Cancer Therapy - Dr.Elamathi
27. Investigating the Role of Circular RNAs in Cancer Metastasis Using Computational Approaches -Dr.Elamathi
28. Utilizing Bioinformatics and CADD pipelines to Identify Novel Therapeutic Targets of Mpox- Prodyot Banerjee
29. Analyzing the Impact of Post-Translational Modifications on Protein Function in Disease States - Dr.Elamathi
30. Ligand-Based Virtual Screening for Discovery of Novel Dengue Virus or Mpox Virus Entry Inhibitors- Prodyot Banerjee/ Dr. Dolly
31. Design and Optimization of Novel Inhibitors for Dengue Virus NS3 or Mprox Virus Protease Using Structure-Based Drug Design- Prodyot Banerjee/ Dr. Dolly
32. Structure Prediction and Analysis of Key Monkeypox Virus Proteins Using In Silico Approach- Dr. Dolly
33. Investigate the evolutionary relationships between different species by comparing their genomic sequences- Dr. Dolly
34. In Silico Screening for Potential Drug Targets Against Monkeypox Virus- Dr. Dolly
35. Identifying Potential Inhibitors of Mpox with Enhanced Pharmacological Profiles: An In-Silico Drug Discovery to Development Approach  - Prodyot Banerjee
36. Compare the genome of different monkeypox virus strains to identify key mutations and evolutionary patterns.- Dr. Dolly

How This Internship Will Help You?

This internship is designed to accelerate your career by providing hands-on experience and practical knowledge that are critical in the rapidly evolving biotech and life sciences industry. Here’s how it will benefit you:

• Real-World Research Experience: You’ll work on cutting-edge projects in biotechnology, genomics, drug discovery, and cancer biology. By engaging in live projects, you will acquire real-world skills that will significantly enhance your resume and portfolio.

• Practical Wet Lab Skills: Gain hands-on experience with advanced laboratory techniques, including DNA/RNA extraction, qPCR, CRISPR, microbial assays, and more. This will prepare you for careers in both academia and industry.

• Project-Based Learning: You’ll apply what you’ve learned through immersive projects that mirror the challenges faced by professionals in the field, making you more competitive for biotech roles.

• Guidance from Experts: You’ll receive mentorship from experienced researchers and professionals who will help you develop the practical and analytical skills needed for success in the biotech field.

• Publication Opportunities: For students participating in the research projects, there is a potential to co-author research papers, giving you a competitive edge in academia or research-driven industries.

• Work Experience Certificate: Upon completing the program, you’ll receive a certificate that validates your hands-on training and project work, giving you an edge when applying for biotech roles or further studies.

What You Will Learn

The internship is structured to provide a comprehensive learning experience. Here's what you can expect to learn:

• Advanced Genomics: Master genome sequencing, analysis, and interpretation using the latest bioinformatics tools. Learn about genome editing technologies like CRISPR-Cas9.

• Next-Generation Sequencing (NGS): Dive deep into NGS workflows, from library preparation to sequence alignment and RNA-seq data analysis.

• Cancer Biology: Explore molecular techniques and the biology behind cancer, including genetic mutations, tumor progression, and personalized medicine approaches.

• Bioinformatics & AI/ML in Biology: Learn how to analyze biological data using Python, R, and AI/ML models to predict outcomes, understand gene function, and design drugs.

• Drug Discovery & Development: Understand the pipeline from drug design to clinical trials. Learn how to conduct in silico studies, including molecular docking and virtual screening for drug candidates.

• Wet Lab Techniques: Perform crucial laboratory experiments such as DNA/RNA isolation, microbial culture techniques, PCR/qPCR, protein assays, enzyme kinetics, and antimicrobial testing.

• Microbiology & Biotechnology: Understand microbial biotechnology, industrial fermentation processes, and how biotechnology is applied in food, healthcare, and environmental sectors.

• Scientific Writing & Research Publication: Learn the essentials of research methodology, scientific writing, and publishing. You'll gain skills in preparing research papers, literature reviews, and scientific reports.

This program ensures you’re well-rounded and industry-ready, with expertise spanning both wet lab experiments and bioinformatics-based analysis.

Course Requirements 

• Open-source software will be used; hence, no additional software is required.
• A laptop with a minimum of 2GB RAM and 100 GB Hard Disk will be needed. 
• Offline trainees need to carry their own laptop to the center, internet connectivity will be provided.
• Enthusiasm and availability for the entire course duration

What are the benefits of GReaT training Program by Biotecnika?

• Hard copy certificate
• Project work opportunity + paper publication assistance
• Letter of Recommendation
• Virtual Hands-on training on global Bioinfo & AI ML tools
• Wet Lab Training

What else is included for early bird registrations?

• All class video recordings
  
• Open Source Software Training

Who Should Take Up This Hands-on Internship Program?

This internship program is ideal for:

1. Biotech & Life Sciences Students

   • Undergraduate, postgraduate, or PhD students looking to gain practical experience in biotechnology, life sciences, or related fields like microbiology, molecular biology, genetics, cancer biology, and bioinformatics.

2. Aspiring Researchers

   • Individuals aiming to pursue a career in research, particularly those interested in genomics, drug discovery, cancer research, or bioinformatics. This program offers valuable project experience, publication opportunities, and access to industry-standard tools.

3. Students Preparing for Higher Studies or Competitive Exams

   • Students planning to pursue higher studies (M.Sc., Ph.D.) or preparing for competitive exams like CSIR NET, GATE, DBT BET, or GRE will benefit from the hands-on research training and knowledge of advanced lab techniques covered in this program.

4. Professionals Transitioning into Biotech

   • Professionals from related fields such as chemistry, IT, or healthcare who wish to switch to biotechnology, bioinformatics, or life sciences will gain practical experience and training that can help ease their transition.

5. Bioinformatics & AI Enthusiasts

   • Students or professionals interested in applying bioinformatics, data science, or AI/ML to biological research. The program covers key topics like next-generation sequencing (NGS) analysis, drug discovery, and predictive modeling.

6. Entrepreneurs and Innovators

   • Those planning to start a biotech or healthcare-related venture will gain insight into critical lab techniques, data analysis tools, and research methodologies necessary to innovate in this space.

7. Candidates Looking to Strengthen Their Resume

   • Anyone looking to strengthen their resume for future academic or job applications will benefit from the practical training, hands-on projects, and work experience certificate provided upon completion.

This program is designed to offer valuable industry skills and knowledge, making it suitable for a wide range of students and professionals looking to succeed in biotech and life sciences.

Such Internships are a fantastic way to gain hands-on experience, build your skills, and explore your interests. They offer an opportunity to dive deep into a field and gain valuable insights that can help you make informed decisions about your future career. By participating in this internship, you'll have the chance to work on real-world projects, learn from top-notch professionals, and gain practical experience that can give you a competitive edge in the job market. Don't wait; seize the opportunity and enroll now.

Certification: A hard copy certificate will be given to all participants after all assignments are successfully submitted. This certificate can be shared with your potential employers and with your network. 

Frequently asked questions

Are these going to be live sessions?

The Internship will combine live interactive sessions, offline & online + recorded sessions, and assignments will be given. However, our expert will be available to guide you throughout the course. 

What If I miss a session?

The recording of the sessions will be available for five days post-completion of the internship. So you can go back and refer to the recordings, but make sure you do not miss the live sessions and take maximum benefit from them. 

Will I need to install any software?

The course does not require any additional software. However, if any requirement arises, the instructor will intimate it before the sessions. 

How to get the hard copy certificate?

The candidate should complete the assignments to avail of the hard copy certificate. Upon submission, a hard copy certificate will be sent to your address.

Whom do I contact for any further queries or technical difficulties?

Have any trouble? Get in touch with our team. Click on that Chat thingy or write to us at cst@biotecnika.org or info@biotecnika.org