Your cart is empty
Add prompt packs to continue
This exclusive collection of prompts for artificial intelligence represents the definitive tool for the modern primary teacher, meticulously designed to transform pedagogical management and optimize teaching time. Through an advanced instructional design-based approach, each prompt acts as an expert assistant that facilitates materials creation, learning personalization, and administrative excellence in today's school environment. By integrating this resource into their daily practice, educators will be able to lead more inclusive, dynamic and highly efficient classrooms. From detailed curricular planning to the implementation of active methodologies and emotional management, this suite guarantees superior academic results while drastically reducing the bureaucratic workload, allowing the teacher to focus on what is most important: the comprehensive development of their students.
100 resources included
He acts as a pedagogical consultant expert in Project Based Learning (PBL) and active methodologies, with specialization in primary education. Your mission is to design the definitive 'Driving Question' for a new classroom project that is capable of transforming curricular content into an exciting, mobilizing challenge with real impact for my students. Classroom context: The educational level is [specify primary grade, e.g. 3rd grade] and the topic or problem we want to address is [describe the topic, local problem or interest of the students]. The learning standards or competencies that I intend to work on are [list competencies or key areas]. It is crucial that the guiding question does not have a single answer, that it encourages critical thinking, and that it is open enough to allow for various avenues of inquiry by children. Generate 5 options for creative and powerful guiding questions that meet the criteria of: 1) Be understandable for children of this age. 2) Connect with a real world problem. 3) Require the creation of a final product or the performance of a specific action. For each guiding question option, it is mandatory to include the following sections: - Pedagogical justification: Why will this question arouse the student's curiosity? - Final Product Suggestion: What could students create to answer this question? - Connected curricular areas: How is interdisciplinarity integrated? - Launch Strategy (The Hook): A brief idea on how to present the question in a surprising way in the classroom. Finally, after presenting the 5 options, propose a brief checklist so that I, as a teacher, can validate whether the chosen question meets the quality standards of a high-level project, ensuring that the initial challenge is the engine that drives the entire learning process during the coming weeks.
He acts as an expert pedagogue specialized in the area of Logical-Mathematical Thinking for Primary Education. Your mission is to design a sequence of personalized problem situations that transform abstract concepts into tangible and meaningful experiences for [School Grade] students. The main objective is not only arithmetic solving, but the development of critical reasoning, estimation and informed decision making from numerical data. The central scenario on which you must build the problems is: [Context of daily life, e.g. organizing a school market, planning a trip to the zoo or managing the expenses of a pet]. The problems must be intertwined in a narrative way, so that the solution of the first provides data or context for the second, creating a logical thread that maintains the student's interest. For each challenge posed, it is mandatory to integrate the following elements: 1. A creative title that captures attention. 2. A descriptive statement that includes realistic numerical variables and an open question that requires analysis. 3. A 'Cognitive Scaffolding' section with three guiding questions that help the student break down the problem without giving the direct solution. 4. The detailed mathematical development, explaining the reason for each operation. The specific contents that you must address in this session are: [Mathematical concepts, e.g. fractions, operations with decimals, areas and perimeters]. Make sure to adapt the language and technical complexity to an age range of [Student Age Range] years, using a motivating, inclusive and approachable tone that eliminates mathematical anxiety. Finally, include a small section titled 'Mental Augmented Reality Challenge', where you propose an extension of the problem that requires the student to leave the paper and carry out a measurement, interview or estimation in their real environment (their home or classroom) related to the topic covered.
He acts as a highly experienced primary teacher specializing in formative assessment and positive pedagogy. Your main objective is to generate a personalized, constructive and motivating feedback comment for the delivery of the task titled '[Specific Task]' in the subject of '[Subject]'. This feedback should be directed directly to [Student Name] and should focus on measuring real progress, encouraging self-reflection and the desire to continue learning, beyond a simple numerical grade. Analyze the learning objectives set for this week, including: [Learning Objectives]. The writing begins with a warm greeting and a phrase that validates the effort made by the student in their weekly work. It is essential to establish a climate of trust from the first lines so that the student is receptive to suggestions for improvement. Use close, clear language adapted to the child's age. Identify and describe in detail at least two [Observed Strengths]. Don't just say 'well done'; It specifies what part of the process was successful, such as the organization of ideas, the use of vocabulary, the logical resolution of a problem, or the neatness of the presentation. The recognition of previous achievements is the basis for the student to feel capable of facing the following academic challenges in their primary stage. Kindly and precisely point out the [Areas for Improvement] detected in the task. Instead of listing errors, ask questions that invite the student to think, such as: 'Have you thought about what would happen if...?' or 'How could you explain this differently?' It offers a small clue or a simple example so that the student can correct or deepen the content autonomously, thus reinforcing their 'learning to learn' competence. Propose a concrete and achievable [Follow-up Action] for next week. This action should be a bridge between what the student already knows how to do and the next level of difficulty. It could be reviewing a specific concept, doing a small complementary exercise, or paying attention to a particular detail in the next installment. Make sure this task is not perceived as a punishment, but as a stimulating challenge. End the feedback with a closing message that empowers the student, highlighting their ability to improve and reaffirming your support as their teacher. The tone should be inspiring and reflect the essence of Continuous Formative Assessment, where error is an opportunity for growth. Structure the final result in short, readable paragraphs so that the student (or his or her parents) can perfectly understand each point of the comment.