Ground Operations Archive

Key Highlights of the IWD 2026 Outreach:

• Career Mentorship & STEM Equity: Interactive sessions delivered by ACS WCC female chemists and YALI leaders inspiring girls to excel in scientific research and public policy.
• Educational Materials & Lab Coat Awards: Distribution of custom YALI4SCHOOLS 2026 STEM notebooks, laboratory coats, and school supplies to female students.
• Health & Hygiene Support: Personal hygiene products presented to participating students to remove health-related school attendance barriers.

Key Highlights of the 2024 Girl Child Day Celebration:

• Full 2024/2025 Academic Session Grants: Financial tuition support awarded directly to ensure 10 selected female secondary school students remain enrolled in school throughout the academic year.
• Participating Calabar Schools: Formal certificates of participation were presented to Government Secondary School (G.S.S.) Barracks Road Calabar, Paradise International Academy, Top Exquisite International Schools, Government Girls Secondary School (G.G.S.S.) Big Qua Calabar, and State Nursing Secondary School Calabar.
• Custom Chemistry & Learning Packages: Beneficiaries received specialized STEM study bundles, custom notebooks, reference periodic tables, and writing materials.

The core program featured interactive technical sessions designed to make complex science accessible, alongside practical professional development strategies:

• Demystifying Quantum Concepts: Led by expert chemistry educators, this session broke down the foundational principles of quantum chemistry into engaging, shattered workplace myths, and built inclusive models.
• Professional Onboarding & Growth: Practical guidance on leveraging professional scientific memberships to unlock career development opportunities, international research networks, and higher education paths.
• Workplace Etiquette Dynamics: Specialized panels for adult professionals focused on structural strategies to remove gender barriers and create equitable workplaces in technical industries.

Participants also took part in interactive chemistry games, collaborative logic puzzles, and personal vision-boarding sessions designed to map out future academic goals. To support their ongoing studies, EGISI distributed customized notebooks, laboratory safety coats, periodic tables, and essential personal health products to all attending students.

Over the two-day program, students successfully completed three main training modules:

• Chemical Health and Safety Protocols: Mastering fundamental rules for chemical handling, identifying material hazards, and managing chemical waste safely.
• Cosmeceutical and Eco-Friendly Product Formulation: Hands-on creation of premium daily skincare goods and biodegradable household cleaning items using accessible local ingredients.
• Sustainable Micro-Enterprise Foundations: Translating lab skills into viable business ideas by learning basic pricing models, product packaging, and clear financial tracking.

The workshop concluded with a vibrant student exhibition, where participants showcased their finished products to academic and business leaders. To remove barriers to participation, every student received an industrial laboratory coat, a customized periodic table, essential educational notebooks, reproductive health sanitary pads, and wipes. This ensures they return to school fully equipped and confident in their technical capabilities.

The workshop focused on equipping educators with the tools to deliver engaging science education despite limited school laboratory infrastructure:

• Eco-Friendly Formulation Labs: Educators received practical, hands-on training in formulating daily household hygiene products and safe cosmeceuticals using sustainable, non-hazardous ingredients.
• Waste-to-Resource Upcycling Upgrades: Interactive sessions demonstrated how to turn post-consumer plastic bottles and textile waste fragments into valuable visual aids and classroom science equipment.
• The Entrepreneurial Educator Shift: A specialized module designed to help teachers foster an innovative, problem-solving mindset in their students, encouraging them to view chemistry as a practical tool for community development.

Key Modules Covered in the 1st Edition Workshop:

• AI-Powered Scientific Literature Analysis: Utilizing ethical generative AI and digital tools for automated literature synthesis and citation mapping.
• Grant Proposal Architecture for STEM Educators: Practical frameworks for writing winning research grants to fund classroom equipment and school lab facilities.
• EducationUSA Academic Resources: Leveraging international academic networks, scholarships, and research collaboration pathways.