iGEM

iGEM Competition Projects & Curriculum Overview

Synthetic Biology

Synthetic Biology is one of the most revolutionary disciplines in modern life sciences. It integrates principles from biology, engineering, mathematics, and computer science, with the goal of designing and constructing new biological systems to address complex challenges faced by humanity. The applications of synthetic biology span across medicine, food production, energy, and environmental protection, making it a key driver of future global technological advancements.

Applications of Synthetic Biology

• Healthcare & Medicine: Personalized treatments, Gene therapy, Vaccine development, etc.

• Environmental Protection: Biodegradable plastics, Pollutant removal and waste management, etc.

• Industrial Production: Biomanufacturing of sustainable materials, Eco-friendly production processes, etc.

• Agricultural Technology: Genetically modified crops, Biological pesticides for sustainable farming, etc.

2025 iGEM Competition

Introduction to iGEM (International Genetically Engineered Machine Competition)

The iGEM Competition is the world’s most influential synthetic biology contest, dedicated to driving innovation in genetic engineeringto address global challenges. Established in 2003 by the Massachusetts Institute of Technology (MIT), iGEM has grown into an international platform that attracts over 400 teams from more than 50 countries, including participants ranging from high school and undergraduate students to graduate researchers, scientists, and industry professionals.

Core Challenges of the Competition

• Project Design and Implementation:

Apply synthetic biology techniques to design and build innovative biological systems that address real-world challenges.

• Data Modeling and Analysis:

Utilize bioinformatics and data analysis to optimize project design and enhance experimental efficiency.

• Human Practices (HP):

Evaluate the ethical, social, and practical implications of projects to ensure alignment with societal needs and expectations.

• Commercialization and Presentation:

Transform research findings into viable commercial solutions and present them on a global stage.

2025 iGEM Grand Jamboree

• Date: October 28-31, 2025

• Location: Paris Expo Porte de Versailles, France

Competition Projects and Curriculum

Project Directions

iGEM research projects span the entire field of synthetic biology, with a mission to tackle both local and global challenges, identify problems, and explore innovative solutions.

Example Projects

• Genetic Modification for Radiation Absorption: Engineering organisms to absorb high-energy radiation for applications in nuclear pollution remediation, space protection, and biosynthesis.

• Development of New Bio-based Materials: Creating sustainable biological alternatives to replace traditional plastics, achieving eco-friendly and sustainable development goals.

Eligibility: Open to students from Grade 9 (Junior Secondary 3) and above.

Participation Options

• Independent Team Formation: Students can form their own teams, initiate projects, and receive professional mentorship.

• Greater Bay Area Brilliant Star Education Association Team: A one-stop support program providing expert guidance and direct access to the international competition stage.

2025 iGEM Project Timeline

• Fundamental Learning (March – May): Introduction to synthetic biology, laboratory skills training, and project initiation.

• Project Development (June – August): Experiment execution, data analysis, and human practices (HP) exploration.

• Competition Readiness (September – October): Scientific writing, presentation training, and project showcase preparation.

• Global Finals (End of October): Presentation and evaluation at the iGEM Grand Jamboree in Paris.

Teaching Approach

The program adopts a blended learning model, combining both online and offline instruction to provide comprehensive support:

1. Online Courses:

• Theoretical learning, specialized lectures, and case studies.

2. Laboratory Training:

• Hands-on experimentation and skill development under expert guidance.

3. Competition Support:

• Project incubation, mock presentations, and strategic competition coaching.

Academic Excellence × Industry Leadership = Achieve Your iGEM Dream

Comprehensive Professional Mentorship for Efficient Project Completion and Enhanced Competition Competitiveness

Our faculty team consists of professors from top-tier institutions in Mainland China (C9 League), Hong Kong universities, and leading research institutes, including Peking University, Zhejiang University, the Chinese Academy of Sciences, and the National Marine Environmental Monitoring Center. The team also includes industry experts from renowned biotechnology enterprises and seasoned international competition coaches. With a strong academic foundation and extensive competition experience, our team provides highly efficient, professional, and practice-oriented guidance.

Research and Industry Integration:

Our team members are deeply engaged in cutting-edge synthetic biology research while possessing extensive industry experience,enabling students to successfully commercialize their research outcomes.

Achievements Under the Guidance of Our Expert Team:

• 2-time World Champions (2018, 2019)

• 11 Gold Medals (accounting for 47% of national gold medal awards)

• 12 Special Awards (including Best Experimental Design, Human Practices, etc.)

• 34 Special Award Nominations (covering various innovative projects)