Synthetic Biology & Sustainable Biotechnology Certification Course

Foundations of Synthetic Biology and Sustainable Biotechnology

Online Self Learning Certification Course

Master synthetic biology, CRISPR, and AI-driven biodesign for sustainability.

13 sessions, 30-day access, hard copy certificate.

Course Overview

Synthetic Biology is redefining the future of biotechnology enabling scientists to design and program living systems for a sustainable planet.

This self-learning certification course offers a comprehensive, project-driven exploration of how biology, engineering, and computation merge to create sustainable solutions for global challenges like climate change, pollution, and food security.

You’ll explore the principles of genetic circuit design, CRISPR, biofoundries, AI-integrated SynBio, metabolic pathway engineering, and biodesign automation, all in one structured learning journey designed by biotech experts.

Course Details

• Total Sessions: 13 In-Depth Modules + Knowledge Test

• Mode: 100% Online Self-Learning (Watch at Your Own Pace)

• Access Validity: 30 Days

• Certificate: Get Hard Copy Certificate on completion

• Extension: For validity extension, contact cst@biotecnika.org

• Knowledge Test: 50 Questions | 100 Marks | 60 Minutes

Course Curriculum

Session 1: Foundations of Synthetic Biology and Sustainable Biotechnology

History, principles of sustainability, global challenges, and role of biotech in achieving UN SDGs.

Session 2: Designing Biological Systems for a Sustainable Future

Gene circuits, chassis organisms, CRISPR tools, biofoundries, computational modeling, and open-source biology.

Session 3: Cell Factories for Green Manufacturing

Engineering microbes/plants for industrial uses — from biofuels to biodegradable plastics.

Session 4: Synthetic Biology for Environmental Sustainability

Pollution control, carbon-capturing microbes, engineered algae, and synthetic ecosystems.

Session 5: Circular Bioeconomy and Waste-to-Value Biotech

Waste valorization, biochar, e-waste recycling, and upcycling through engineered biological systems.

Session 6: Sustainable Agriculture & Agri-Biotech Innovation

Microbiome engineering, nitrogen fixation, biocontrol agents, and pest-resistant crop development.

Session 7: Synthetic Biology in Food Technology & Cellular Agriculture

Precision fermentation, cell-based meat, food safety, ethics, and regulatory landscape.

Session 8: Healthcare Innovation & Biomanufacturing

Cell-free systems in diagnostics, rapid biomanufacturing, mRNA vaccines, and synthetic minimal genomes.

Session 9: Space Synthetic Biology

Biomanufacturing in microgravity, closed-loop systems, and NASA–ESA synthetic biology projects.

Session 10: Biodesign Automation & Lab-on-Chip Systems

Microfluidics, BioCAD tools (Benchling, Geneious), and rapid bio-prototyping.

Session 11: Data-Driven Synthetic Biology & AI Integration

Omics integration, AI-based circuit design, and self-driving biofoundries (e.g., Ginkgo Bioworks).

Session 12: Regulatory Foresight, Biosecurity & Career Pathways

Ethics, governance, dual-use risk assessment, and career roles in biosecurity & policy.

Session 13: Academic & Industrial Grants / Startup Ideas

Case studies from MIT, iGEM, Ginkgo Bioworks, Pivot Bio; deeptech funding & innovation pathways.

Eligibility Criteria

This course is ideal for:

• Undergraduate and postgraduate students of Biotechnology, Life Sciences, Microbiology, Biochemistry, or Bioinformatics.

• PhD scholars and researchers working in genetic engineering, biomanufacturing, or environmental biotech.

• Educators and industry professionals seeking to update skills in sustainability-driven biotech.

• Aspiring entrepreneurs and innovators interested in building startups in synthetic biology or green biotech.

Benefits of the Course

• Self-Paced Learning: Study anytime, anywhere at your convenience.

• Interdisciplinary Approach: Combines biology, AI, and engineering design.

• Real-World Relevance: Learn with case studies from MIT, NASA, and Ginkgo Bioworks.

• Practical Knowledge: Understand tools like Benchling, Geneious, CRISPR, and biofoundry systems.

• Career-Ready Certification: Earn a hard copy certificate recognized by Biotecnika.

• Grant & Startup Guidance: Explore innovation, funding, and IP strategies.

• Sustainability Focus: Learn how synthetic biology contributes to global environmental goals.

Career Importance

Synthetic biology is one of the fastest-growing domains in modern biotechnology, projected to reach USD 60+ billion globally by 2030.

Professionals skilled in genetic circuit design, CRISPR, AI-integration, and sustainable bioengineering are in high demand across academic, industrial, and governmental sectors.

Career Pathways after this Course:

• Synthetic Biology Research Associate

• Genome Engineer / CRISPR Scientist

• Biomanufacturing & Process Development Specialist

• Sustainability Biotechnologist

• Space Biotech Researcher

• Biofoundry Engineer

• Agri-SynBio Innovation Scientist

• DeepTech Startup Founder

This certification gives you a competitive edge in pursuing research positions, global internships, and grant opportunities in cutting-edge biotech industries.

Frequently Asked Questions (FAQs)

1. Is this a live course or self-learning?
👉 This is a self-learning certification course. You can learn at your own pace and revisit sessions anytime within the 30-day validity.

2. How long will I have access to the course?
👉 You’ll have 30 days of access from the date of enrollment.

3. Can I extend my access period?
👉 Yes, you can request an extension by contacting cst@biotecnika.org.

4. Will I get a certificate after completion?
👉 Yes! You’ll receive a hard copy certificate from Biotecnika, recognized across academia and industry.

5. Do I need prior lab experience?
👉 Not mandatory. Basic knowledge of molecular biology or genetics is helpful but not required.

6. Who are the instructors?
👉 The sessions are curated and delivered by leading biotech faculty and industry experts specializing in synthetic biology and sustainability.

7. Is there a final assessment?
👉 Yes. A Knowledge Test of 50 questions (total 100 marks) is included to evaluate your understanding.

8. What if I fail the test?
👉 You can retake the test or request a course validity extension via cst@biotecnika.org

Start Your Journey Toward a Greener, Smarter Biotech Future

Build expertise in one of the world’s most revolutionary fields, Synthetic Biology for Sustainability, and earn a certificate that opens doors to research, innovation, and impactful careers.

Keywords

Synthetic Biology | Genetic Circuit Design | Genome Engineering | CRISPR | Biofoundries | Cell-Free Systems | Chassis Organisms | AI in SynBio | Metabolic Pathway Engineering | Biodesign Automation | DNA Assembly | Grant & Startup Ideas