Applied Bio-chemistry

Natural Science

Real-world Projects

STEM

Technology & Innovation

Business Innovation

Industry Certification

Recommendation Letter (potential)

2. Applied Biochemistry Modules

Valorization

Efficacy Validation (example)

Conduct antioxidant testing using nematode models (Research on C. elegans has played  a significant role in four Nobel Prizes)

Design experiments and quantify health benefits

Process Optimization

Engage world-leading analysis, isolation & extraction technologies for active ingredients  to enhance yield and purity (>99%).

Sustainable Formulation

Develop functional prototypes, such as antioxidant raw materials and products.

Analyze bioactive components using advanced equipment like HPLC(- MS),  and extractactive substances via supercritical extraction  or  chromatography.

3. Lab-to-Production Scaling

Cost Optimization: Production costs under optimized process conditions  (e.g., microwave-assisted extraction, enzymatic conversion).

Pilot Production: Lab-scale -> Pilot-scale -> Batch production serving as  the MVP (Minimum Viable Product) for the commercialization module.

Supply Chain Design: Plan raw material sourcing, production logistics, and distribution channels for bio-based products.

Regulatory Compliance: Understand safety and labelling requirements  for  consumer goods and sustainable materials.

Develop innovative thinking, opportunity scanning, and creative  problem-  solving for real-world solutions

Design business models (Lean Canvas, Value Proposition Canvas), assess  market size (TAM/SAM/SOM), and define a unique competitive edge

Create sustainability strategy, build MVPs, and define brand identity

Plan startup financials, funding strategy, go-to-market, social media  testing (e.g. TikTok), and investor pitching

4. Business Innovation Modules

Programs

Paris – Rice University

The program was a unique experience, not just seeing how advanced textbook knowledge gets applied in the real world, but also the tremendous amount of work involved in bringing an end product to the market from concept and lab research. This is something we don’t get to do in class or competitions. I also learnt a lot about processing natural ingredients and related regulations. Definitely worth the time.

Student Testimonials

Program Modules

Program Outcomes

Build a One Of A Kind portfolio-ready signature project with experience  in full development cycle from concept to MVP

Demonstrate interdisciplinary excellence across biology, chemistry,  sustainability, and entrepreneurship

Demonstrate advance hands on laboratory skills and experience

College Application Alignment

Ideal for programs such as

- UC Berkeley’s Management, Entrepreneurship, & Technology (MET)

- U-Penn Life Sciences and Management (LSM)

- MIT Biology and BiochemistryHarvard Environmental Science

- Stanford Earth Systems

- ANY business program, and more

Who Should Apply

Open to high school students interested in biology, chemistry, natural  science, business & entrepreneurship (good hands on ability beneficial).

For those who dare to be curious, have patience, and the drive to build something that matters

Interview selection required

Definitely a cool experience. I chose a saffron research and intensive utilization project + commercialization. The wet lab work was challenging but fun and I learned everything from HPLC analysis and nematode bioassays to product design and safety testing. It showed me how biotech research can be lonely, but also incredibly rewarding when results come through. Creating a final beverage and business plan deepened my interest for biotech and entrepreneurship, and I just wish I could have made more time to dive deeper into the research.

N.W. Grade 10 (top 20 US high school)