A simulation-based lesson where students model wolf population dynamics under varying levels of human interference to understand limiting factors and conservation.

A simplified introduction to cell biology focusing on the differences between cell types and the functions of organelles using visual aids and hands-on activities.

A comprehensive review lesson covering the core foundations of chemistry, including mixtures, properties, and changes through an interactive presentation and a hands-on group analysis activity.

A chemistry lesson focused on the foundational skill of balancing chemical equations, designed for English Language Learners with visual supports and a progressive difficulty structure.

A high-energy, station-based lesson where students investigate the thermodynamics of phase changes. Students analyze intermolecular forces to explain why melting is endothermic and freezing is exothermic, using evidence from heating curves and molecular models.

A formal summative assessment designed with accessibility in mind for students who struggle with reading, focusing on payroll calculations and concepts.

A comprehensive review session to reinforce payroll concepts and prepare students for the final unit assessment.

Students analyze the employer's side of payroll, including FUTA/SUTA taxes and the value of fringe benefits in a total compensation package.

An exploration of mandatory deductions, including FICA and income taxes, focusing on how gross pay becomes net pay for employees.

Students learn to calculate gross earnings for various pay structures including hourly, salary, and overtime while maintaining accurate payroll records.

A comprehensive lesson exploring the science, ethics, and societal impact of gene editing through the story of Zion, a 'designer baby'. Students engage in a hands-on DNA simulation and debate the future of human genetics.

A lesson exploring the genetic science, ethical implications, and societal impact of CRISPR and gene editing through a futuristic case study.

A review lesson focused on mastering chemical bonds, molecular geometry (VSEPR), and intermolecular forces (IMFs) through structured practice and visual instruction.

A comprehensive lesson connecting nuclear chemistry (isotopes) to climate science (greenhouse gases, ice cores, and carbon dating). Students explore how atomic mass influences molecular vibrations and how isotope ratios serve as ancient thermometers.

A high-energy, 10-minute Earth Day activation designed to inspire immediate student action through impactful visuals and a personal pledge.

A high-energy STEM event for kids in foster care, focusing on engineering design, collaborative building, and social connection through hands-on challenges.

A deep dive into Bernoulli's Principle and fluid dynamics, focusing on the conservation of energy within moving fluids and its real-world applications in engineering and nature.