Mechanical and electrical engineering fundamentals combined with machine learning, robotics, and CAD design. Examines AI ethics and systems thinking within the context of modern technical problem-solving.
A finalized creative writing and drawing worksheet for 'The Big Challenge'. Features a spacious drawing box, a student-friendly word bank, and six sets of primary-style handwriting lines with clear top, mid (dashed), and baseline boundaries, all fitted to a single page.
A comprehensive Hi-Lo unit for 6th graders exploring the scale of the universe, our place in the Milky Way, the technology used to explore space, and the history of human spaceflight.
An introductory unit on Housing and Interior Design within the Human Services field. Students explore basic housing needs, sustainable green building, universal design for accessibility, the impact of local resources and climate on home construction, and residential energy efficiency.
A comprehensive technical course on reading and interpreting commercial HVAC mechanical blueprints, focusing on symbol recognition, duct sizing, and system layout analysis.
A 3-day cross-curricular STEAM unit where students research biological adaptations, design biomimetic engineering solutions, perform scale calculations, and write a synthesized informational article.
A comprehensive unit focused on the digital launch of marketing campaigns, bridging the gap between design and messaging to create persuasive online presences.
This sequence explores the unique bonding in metals and solid-state materials, moving from delocalized electrons to alloys, semiconductors, and material failure analysis. Students connect atomic-level structures to macroscopic engineering properties.
A graduate-level exploration of sustainable set design, focusing on ecoscenography, material science, modular engineering, and digital fabrication to move the theater industry toward a circular economy.
A graduate-level sequence exploring the intersection of structural engineering, physics, and project management in theatrical technical direction. Students master load calculations, CAD for fabrication, automation mechanics, budgeting, and rigging safety.
A comprehensive 6th-grade engineering sequence exploring how geometric properties like triangulation, tessellation, and symmetry contribute to structural stability and architectural strength.
A project-based sequence where 4th-grade students learn the fundamentals of vector illustration and user interface design to create their own mobile app mockup. Students progress from basic shape manipulation to high-fidelity digital prototyping and user testing.
A comprehensive 8th-grade sequence on digital image manipulation and UI design, covering raster editing, ethics, visual hierarchy, and app prototyping. Students progress from basic compositing to creating high-fidelity interface mockups.
A Kindergarten sequence introducing digital design through geometric shapes. Students learn to manipulate, layer, and repeat shapes to create complex scenes like robots and cities.
Un programme complet conçu pour transformer un débutant en analyste de données capable de manipuler MySQL pour le Big Data et l'IA. Le parcours couvre les bases, les agrégations, les jointures et l'optimisation pour les grands volumes de données.
A series of lessons exploring the physics of fluids, including buoyancy, pressure, and fluid flow.
A multi-part cybersecurity unit focusing on defensive strategies, from identifying malicious threats to mastering network access control and traffic filtering.
A comprehensive physics unit covering the behavior of mechanical and electromagnetic waves. Students transition from hands-on slinky exploration to advanced optical modeling and mathematical derivations.
A 5-day intensive exploration of magnetic forces and fields, focusing on atomic-level causes, field interactions, and mathematical modeling of forces on charged particles. Students progress from anchoring phenomena to complex mathematical applications and a comprehensive unit review.
A week-long exploration of binary code, patterns, and digital communication designed for 4th-grade students. This sequence covers how patterns form codes for devices, the process of binary image transfer, and how engineers use code to solve problems like image brightness.
A comprehensive 2-week unit on electricity and circuits, covering electric potential, power generation, Ohm's law, and circuit analysis. Students move from the fundamental physics of voltage to the design of complex grid systems.
A comprehensive unit on rotational mechanics, mapping the transition from linear motion to angular dynamics through technical analysis and real-world applications.
This sequence immerses students in the invisible world of network traffic, focusing on how data moves and how it is intercepted. Students visualize the OSI model layers, analyze packet captures to identify insecure protocols, and explore vulnerabilities like DoS and Man-in-the-Middle attacks.
A series of phonics lessons focusing on vowel teams, digraphs, and other phonetic patterns through narrative passages and fluency drills.
A collection of comprehensive week-long curricula for toddlers aged 17-18 months. Each themed week focuses on developmental play, sensory exploration, and fine motor skills for a group of 5 students with zero water play.
A modular physics unit focused on the principles of electricity, circuit design, and the mathematical laws governing energy flow in electrical systems.
A 4-week exploration of technology through the lens of everyday household items, tracing their evolution from simple tools to complex smart systems. Students investigate what technology truly is beyond just electronics and how domestic innovations have changed human life.
A rigorous STEM project combining structural engineering with advanced mathematics. Students design, budget, build, and test spaghetti bridges using ratios, proportions, cost-efficiency metrics, quadratic modeling, and catenary curves.
A comprehensive introduction to the fundamental processes, safety protocols, and career paths in professional welding. Students will explore SMAW, GMAW, and GTAW techniques while learning to identify quality welds.
An engaging, hands-on physics and engineering lesson where students design, build, and test protective landing craft for fragile payloads (eggs), exploring forces, deceleration, and structural integrity.
An engineering design challenge where students design, prototype, and test magnet mazes, exploring how different backing materials block or allow magnetic forces to pass through.
A comprehensive lesson plan focusing on the regulatory requirements for sleeving plumbing pipes through walls, floors, and concrete as per CMR 248 Section 10.
An engineering design challenge where students design, prototype, and test an insulated cup to keep water cold. Emphasizes thermal energy transfer, materials science properties, the engineering process, and data analysis.
An Earth Day engineering challenge where 3rd graders design, build, and test solar ovens to explore renewable energy and heat transfer. Students apply the engineering design process to harness solar radiation for cooking simple snacks.
An exploration of Indigenous Canadian architecture through the lens of structural engineering, focusing on how different cultures adapted their shelters to local climates and available materials while managing forces like wind, snow, and gravity.
Students individually design and build a paper bridge, exploring engineering principles and the strength of different structures through hands-on construction.
This lesson guides students through the biophysics of head impacts. Through kinetic energy concepts and a hands-on modeling activity, students learn how helmets absorb impact forces and protect the brain from acceleration-deceleration injuries.
A 2-day hands-on STEM engineering challenge where 3rd-grade students design, build, and test index card bridges to explore balanced and unbalanced forces, gravity, and load-bearing structures.
Students will explore the properties of metals and the purpose of alloys, culminating in a design challenge where they create a theoretical 'Super Alloy' for an extreme environment.
A comprehensive 2-hour training focused on identifying emerging trends in prevention science and integrating them into evidence-based strategies to maximize community impact.
A high school lesson exploring the neuroscience of music, investigating how the brain processes auditory stimuli, triggers emotions, and encodes memories through melodies.
A high-stakes research project where students choose an environmental challenge to solve. Using the David Attenborough video as inspiration, students research, plan, and create a model or presentation to rescue our planet.
Une séance approfondie de 2 heures alignée sur le référentiel de compétences 2024, centrée sur la compétence "Rechercher et traiter des données professionnelles et scientifiques". La séance combine rigueur méthodologique, pratique intensive de la norme APA 7 et analyse critique de sources en soins infirmiers.
An interdisciplinary exploration of medieval siege engines, combining the physics of levers, torque, and potential energy with the historical impact of engineering on territorial warfare. Students analyze how the trebuchet revolutionized medieval combat through mathematical precision.
A comprehensive lesson on network topologies (Star, Mesh, Hybrid) applied to the real-world context of building a robust infrastructure for an e-commerce business. Students will analyze scalability, redundancy, and cost to design the 'backbone' of a digital store.
A 45-minute lesson for 10th-grade students focused on scientific accountability, research ethics, and data integrity. Students explore real-world ethical dilemmas to understand the importance of transparency and responsibility in the scientific community.
A culminating engineering design challenge where students build, test, and optimize a spring-launched car kit. Students manipulate mass and launcher spring compression to analyze kinetic energy relationships, meet precise distance targets, and maximize collision impact against barriers.
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.
A hands-on virtual lab using the PhET Ohm's Law simulation to investigate the relationships between voltage, current, and resistance. Students collect data, graph results, and use CER to explain their findings.
A creative engineering project where students design and build a game that incorporates functional series and parallel circuits, applying principles of Ohm's Law and electric power.
A comprehensive 5E lesson exploring electromagnetic induction through the construction of motors and generators, modeling field interactions, and analyzing real-world applications like transformers.
A collection of highly visual, simplified resources designed for students with reading and word comprehension challenges to master the basics of Python programming.
A 10-minute introductory lesson for 10th-grade students on the safe and basic operation of the Ridgid 535 pipe threader, focusing on safety protocols and component identification.
In this lesson, students explore the world of theme park engineering by identifying simple machines within famous attractions. They will apply their knowledge through a hands-on design challenge and a vocabulary matching game.
A comprehensive lesson for 5th graders covering the Artemis II mission, including crew details, mission goals, preparation, and its historical significance for future lunar exploration.
A foundational lesson exploring how energy moves through ecosystems, focusing on trophic levels, the 10% rule, and the complex connections in terrestrial and aquatic food webs.
An 11th-grade ethics and science lesson exploring the social and moral implications of technological advancements through case studies and debate.
A beginner-friendly introduction to Blender 4.0, focusing on navigation, object transformations, and essential edit mode tools for 3D modeling.
Students design and build a STEM leprechaun trap inspired by 'How to Catch a Leprechaun', focusing on multi-step directions and problem-solving through the engineering design process.
A fully integrated, thematic camping day experience for 3rd-grade students. It combines math, writing, reading, and a hands-on STEM tent-building challenge into an immersive indoor camping adventure.
