First and Second Grades

"Wonder is the beginning of wisdom." -Socrates

First and Second Grades First and Second Term

Second Grade

This term, students launched into an interdisciplinary math and science unit by designing their own space missions, applying real-world problem-solving, data analysis, and computational thinking skills. The experience began with students receiving a budget and a list of potential crew members, each with a short biography. Students used reading comprehension and decision-making to evaluate candidates and select a crew of at least three astronauts, along with essential support staff, based on their qualifications and mission roles (Application, Evaluation; Multiple Perspectives, Details, Ethics).

Next, students used their understanding of elapsed time to create detailed astronaut training schedules, developing time management skills while reinforcing math concepts related to hours and minutes (Application; Rules, Patterns). They also practiced counting money, managing the crew’s salaries and mission expenses, and measured distances between planets, introducing foundational ideas of astronomical scale (Application, Analysis; Big Ideas, Real-World Connections).

To build data literacy, students collected, graphed, and analyzed information about space objects—developing fluency in data representation and interpretation. Later, they explored the connection between repeated addition and multiplication by writing corresponding number sentences to calculate the number of aliens on different planets, demonstrating a conceptual understanding of operations (Comprehension, Synthesis; Patterns, Rules).

The space theme continued with a reading and writing integration. Students read informational texts about the planets in our solar system and practiced identifying key details, summarizing them in their Planet Journals. This activity strengthened their nonfiction reading comprehension and sentence construction skills as they learned what makes a complete and meaningful sentence (Comprehension, Application; Details, Language of the Discipline).

Students explored deep space phenomena, including nebulae, and used NASA’s Hubble Telescope database to discover what the telescope photographed on their birthdays—building personal connections to space science (Analysis; Over Time, Unanswered Questions). A virtual tour of the International Space Station brought their space exploration to life with authentic context (Evaluation; Real-World Connections, Big Ideas).

Second Grade First Term

This term, our first grade DEEP math group dove into a series of engaging problem-solving activities that strengthened both foundational math understanding and critical thinking skills. Students tackled puzzles and challenges that required them to apply math concepts in thoughtful, strategic ways, working independently and collaboratively to explore patterns and discover solutions.

Students practiced number sense and logical reasoning through a variety of tasks that involved:

Number relationships: Comparing quantities, identifying missing numbers, and recognizing patterns in sequences.
Place value and decomposition: Breaking numbers into parts and building them back together to show understanding of how numbers are structured.
Operations and reasoning: Strategically using addition and subtraction to solve multi-step problems, often explaining or visualizing their thinking to a partner or the group.

Across these activities, students were encouraged to test ideas, adjust strategies, and persevere through challenges. They regularly explained their thinking, justifying how they arrived at solutions and reflecting on what worked or why a particular approach needed revision.

Several Icons of Depth and Complexity were woven into their learning:

Patterns: Students identified and extended number and solution patterns.
Multiple Perspectives: Learners shared different methods for solving the same problem, comparing efficiency and accuracy.
Rules: Students applied constraints within puzzles to guide their solution pathways.
Big Idea: An overarching focus on how numbers relate to one another supported deeper understanding across tasks.

First and Second Grades First and second Terms

First Grade

In first grade DEEP math groups, students explored the concept of balance in equations through hands-on, high-level thinking activities. We began by investigating what it means for an equation to be balanced and why both sides must be equal. Students represented equations using numbers and tangible objects, allowing them to physically model equality, test ideas, and revise their thinking when something did not balance.

Throughout this work, students practiced key math skills including understanding equality, composing and decomposing numbers, early algebraic thinking, and representing equations in multiple ways. Critical thinking skills were emphasized as students analyzed relationships, justified their reasoning, and explained how they knew an equation was balanced.

Several Icons of Depth and Complexity were embedded in the learning:

Patterns: Students identified numerical and visual patterns that helped them determine balance.
Big Idea: The overarching concept of equality guided all activities and discussions.
Multiple Perspectives: Students compared different strategies for creating balanced equations and explained their thinking to peers.

To extend this thinking, students applied their understanding of balance and spatial reasoning while working with tangrams. Using the same ideas of equivalence and structure, they analyzed shapes, problem-solved through trial and error, and persevered to create specific designs. This activity strengthened spatial awareness, reasoning, and flexibility in thinking.

First Grade- Second Term

During the next term, first grade DEEP math groups continued to deepen their mathematical thinking through increasingly complex problem-solving tasks. Students returned to tangrams, this time with added challenge and intentional structure. They were tasked with creating specific shapes such as squares, trapezoids, parallelograms, pentagons, and other polygons using two, three, and then four tangram pieces. As the difficulty increased, students analyzed how shapes could be composed and decomposed, tested multiple solutions, and refined their designs through perseverance.

This work strengthened key math skills including spatial reasoning, geometry vocabulary, understanding attributes of shapes, and composing shapes from smaller parts. Students also used critical thinking skills such as planning, flexibility, and evaluating solutions.

Several Icons of Depth and Complexity were emphasized:

Rules: Students followed and applied constraints such as the number of pieces allowed and the required shape.
Patterns: Students noticed patterns in how shapes could be built and which pieces worked best together.
Big Idea: The concept that complex shapes can be created from simpler parts guided student thinking.

The term concluded with number riddles using a hundreds chart. Students were given a series of clues such as “the number is greater than 50,” “the number has exactly two digits,” or “the sum of the digits equals 7,” and used logical reasoning to determine the mystery number. This activity reinforced number sense, place value, and understanding of digit relationships while requiring students to eliminate possibilities and justify their conclusions.

Through these activities, students practiced essential math skills while engaging in higher-level reasoning, logic, and problem solving. The learning encouraged students to think deeply, explain their reasoning, and approach challenges with curiosity and confidence.

Depth and Complexity

This term first and second students explored the Icons of Depth and Complexity, a set of tools designed to encourage higher-order thinking and enrich learning. We focused on three specific icons: Details, Big Idea, and Patterns. The Details icon helps students zoom in on the specific, often overlooked aspects of a topic or problem, sharpening their observational skills. The Big Idea icon encourages them to think broadly and identify the overarching themes or messages. The Patterns icon fosters analytical thinking by prompting students to recognize and predict recurring sequences or relationships. These icons serve as building blocks for developing critical and creative thinking.

To make these abstract concepts relatable, students applied the icons to reflect on and answer questions about themselves. For instance, they identified "details" by describing their favorite activities or unique personal traits, examined the "big idea" of what makes them special, and explored "patterns" in their daily routines or habits. These activities not only introduced foundational concepts of depth and complexity but also fostered self-awareness and connection with their peers. It’s been an exciting first term, and we’re proud of the growth we’ve already seen in our young thinkers!

Page updated

Report abuse