An advanced undergraduate sequence exploring the biochemical and structural mechanisms governing cell cycle progression, including CDK activation, G1/S restriction, p53-mediated checkpoints, and APC/C regulation.
A structured 7-week engineering curriculum for 12 builders, featuring rotating theme-based challenges, team collaborations, and progressive skill challenges for both Elementary and Middle school students.
A comprehensive lesson on inbound and relationship selling, designed for beginner sales reps and cross-functional partners. It covers pipeline building, active listening, and customer-centric alignment to build long-term trust.
A 2-page print-ready companion worksheet for sales reps to apply relationship selling principles. Includes sections for active listening reflection, drafting outreach based on trigger events, formulating Socratic questions, and planning cross-functional collaboration.
A comprehensive 20-day daily practice sequence designed to prepare students for the TSIA2 Math and ELAR assessments. Each day features high school science-themed questions with detailed explanations, hints, and a robust tracking system.
A comprehensive 75-minute Lego builder session designed for Elementary (Ages 8-10) and Middle School (Ages 11-13) featuring collaborative engineering, creative themes, and structured challenges.
An 8-slide interactive presentation designed for beginner sales reps and cross-functional teams. It outlines inbound and relationship selling, active listening, warm outreach, and a visual core competency sourcing model using a premium dark-blue theme.
An instructional sequence exploring cellular growth, cell division, and cellular energetics. Students investigate multicellular regrowth and regeneration (HS-LS1-4) and model the transformation of solar energy into chemical energy via photosynthesis (HS-LS1-5).
A high-impact physics and engineering lesson exploring Newton's Laws of Motion, momentum, and impulse through the science of crash test dummies and vehicle safety.
Laminated printable task cards with age-appropriate Lego design challenges, constraints, and engineering prompts for both Elementary and Middle School.
Focuses on meteorology, geology, astronomy, and environmental systems. Students engage with TSIA2 questions on planetary scaling, radioactive isotope half-life modeling, earth volume calculations, earthquake median datasets, and space resource inequalities.
A high-impact visual slide deck for displaying themes, design rules, timers, and active building prompts during the 75-minute Lego Arena session.
Focuses on physical mechanics, thermodynamics, and electricity. Students solve TSIA2 problems regarding projectile height quadratics, force and acceleration ratios, vector displacement, power constraints, and velocity-time graphs.
