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International Conference on Biotechnology for a Green Future 2030 (ICBGF 2030)

Starts on: 3rd Feb 2026

Ends on 5th Feb 2026

Last Date for Manuscript Submission: 2nd Feb 2026

Last Date of Registration: 2nd Feb 2026

The International Conference on Biotechnology for a Green Future 2030 (ICBGF 2030) is a premier event dedicated to exploring the transformative role of biotechnology in building a sustainable future. 

Organized by: NSTC

Conference

International Conference on Biotechnology for a Green Future 2030 (ICBGF 2030)

Starts on: 3rd Feb 2026

Ends on 5th Feb 2026

Last Date for Manuscript Submission: 2nd Feb 2026

Last Date of Registration: 2nd Feb 2026

The International Conference on Biotechnology for a Green Future 2030 (ICBGF 2030) is a premier event dedicated to exploring the transformative role of biotechnology in building a sustainable future. 

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Every module is engineered to support publication - quality analysis, reproducible workflows, and high-level academic learning.

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Courses created and taught by seasoned professors, data scientists, and active researchers with real-world domain experience.

Research-Focused Curriculum

1700+ programs across 27+ tracks, 200+ domains — aligned to scientific advancement and industry relevance.

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Workshops

Commissioning and Performance Testing of a Large-Scale Solar PV System

Solar PV system, Commissioning,Performance testing, Large-scale, Efficiency, Reliability, Monitoring, Troubleshooting.

🗓️ 03-May-23 – 05-May-23

Miniaturization of Porous to Transparent Ceramics for Structural and Functional Applications

Sterelithography, Cold Sintering, CNC Machining

🗓️ 01-Jun-23 – 02-Jun-23

Medical Applications of Graphene

Unleashing the Potential of Graphene in Modern Medicine

🗓️ 29-Aug-24 – 01-Sep-24

Carbon Nanotubes Workshop: Advancements, Challenges, and Opportunities

Charting the Future of Technology with Carbon Nanotubes

🗓️ 25-Sep-24 – 27-Sep-24

Carbon Fiber Reinforced Plastics (CFRPs)

Strength Meets Versatility: The Power of CFRP

🗓️ 13-Nov-24 – 15-Nov-24

Polymer Nanocomposites: from Fabrication to Applications

Polymer Nanocomposites: Innovating Materials, Shaping the Future

🗓️ 13-Nov-24 – 15-Nov-24

NanoPurify: Transforming Wastewater with Nanotech

Clear Solutions, Brighter Future: Harnessing Nanotech for Water Purity

🗓️ 16-Dec-24 – 18-Dec-24

Recent Development in Nanotechnology for Sustainable and Smart Agricultural practices

Empowering Agriculture with Nano-Precision for a Sustainable Future

🗓️ 14-Jan-25 – 16-Jan-25

Programs

Item Details Format Intensive short course Duration 3 Week Level Intermediate Mode Course Core Theme LNP

Microplastic contamination is now documented across nearly every environmental compartment marine ecosystems, freshwater systems, soils, atmospheric

The relevance of targeted drug delivery has intensified with the increasing complexity of modern therapeutics: Research

Nanomaterials are foundational to a host of emerging technologies: Research significance: Designing nanomaterials requires precise control

High-precision imaging is essential across medical, industrial, and research domains. Conventional radiography can miss micro-level features,

Attribute Details Format On-demand recorded course Level Intermediate / Applied Research Duration 3 Weeks Mode Self-paced

Polymer nanocomposites address critical needs across multiple industries. Traditional composites are limited by mechanical strength, thermal

Attribute Details Format Self-Paced Level Advanced / Professional Mode Interactive lectures + hands-on labs Tools Used

Learn from Expert Mentors

Connect with industry leaders and academic experts who are passionate about teaching

Prof. Tinku Basu

Amity Centre for Nanomedicine | Founder Director | Amity University, Noida | 21+ years experience
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About Prof. Tinku Basu

Prof. Tinku Basu is the Founder Director of Amity Centre for Nanomedicine at Amity University, Noida, with a PhD from IIT Kharagpur in 1993. Since 2003, she has been a driving force in nanomedicine, specializing in sensor development. Prof. Basu’s impactful contributions include mobile app-based sensors for pesticides, COVID antibodies, and diabetes management. Her research spans electrochemical diagnostic biosensors, precise synthesis of materials like reduced graphene oxide, metal organic frameworks (MOF), and anisotropic metal nanoparticles. Noteworthy inventions include hand-held biosensors for Aflatoxin B1, triglyceride biosensors with extended shelf life, and reusable cholesterol and glucose sensors. With over 50 international publications in peer-reviewed journals and 7 granted patents out of 22 filed, Prof. Basu is a fellow of the Royal Society of Chemistry. Recognitions include the Global Centre for Excellence Education awards by the Japan Govt in 2011 and 2014, and the Best Paper of the Year from King Abulaziz City for Science and Technology in 2013. Prof. Basu’s expertise in translational research, nano biosensors, electrochemical synthesis, and stable conducting polymers has left an indelible mark in the scientific community. She is a respected reviewer for journals like Springer, Elsevier, and ACS.

Areas of Expertise

Founder Director

Amity Centre for Nanomedicine, Medical

Nanomedicine, Sensor Development, Electrochemical Diagnostic Biosensors, Mobile App-Based Sensors, Synthesis of Materials (Reduced Graphene Oxide, Metal Organic Frameworks, Metal Nanoparticles), Translational Research

Experience & Education

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Kavish Singh Tanwar
Predicting 3D Structures of Proteins and Nucleic Acids

Mentor had very good knowledge and hang ,over the topic and cleared the doubts with clarity. I would like to build circles of that stature to get deeper insights in the molecular biology field.

Praneeta P
CRISPR-Cas Genome Editing: Workflow, Tools and Techniques

Good

AATHIRA DAMIA W V

excellent

Hemalata Wadkar

Mentor is competent and clear in explanation

Immacolata Speciale
In Silico Molecular Modeling and Docking in Drug Development

good

Sharmila Meinam
Deep Learning Architectures

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