At Our Lady of Grace Catholic School, our curriculum is mandated by the state of Indiana. However, we view STEM as a valuable tool that goes beyond meeting curriculum requirements. STEM serves as a means to empower our students to not only master the mandated curriculum but also to acquire additional skills that we believe are essential for their well-being and the betterment of our society and planet.
These skills include communication, collaboration, creativity, and critical thinking, which we consider fundamental for our students. Integrating STEM into our teaching approach is a deliberate strategy employed by our dedicated teachers. It provides opportunities for students to engage in problem-solving activities, allowing them to develop these crucial skills.
This approach offers an additional lens through which students can explore and deepen their understanding of collaboration, communication, creativity, and critical thinking. Importantly, it transcends the boundaries of core subjects and fosters unity in our classes and curriculum maps across various grade levels. It is a holistic educational approach that equips our students with the tools they need not only to meet academic standards but also to thrive as adaptable, innovative, and capable individuals in the modern world.
A school committed to fostering a STEM culture must be proactive in identifying opportunities that go beyond the obvious applications of STEM. At Our Lady of Grace, we actively encourage our teachers to collaborate across grade levels, offering students take-home projects and learning experiences that benefit all students and the broader community. We emphasize the incorporation of a variety of instructional levels to cater to diverse student needs.
At Our Lady of Grace, we understand that STEM is not confined to traditional science or math classes. We recognize its value in less familiar areas such as grammar, music, religion, and writing. Our goal is to not only ensure students master standard content but also to provide them with hands-on STEM projects as alternative assessment methods. These projects reinforce the Engineering Design Process and challenge students to apply their knowledge to real-life situations. In doing so, we empower students to demonstrate their understanding of concepts through practical, real-world applications, creating a richer and more engaging educational experience.
Over the span of five years, our commitment to integrated STEM education has been unwavering, as we diligently and faithfully implemented our integrated STEM curriculum. This journey was marked by a well-structured curriculum implementation plan with our recent IDOE STEM grant that ensured the smooth and effective incorporation of STEM principles into our educational framework.
The foundation for our success lay in our detailed timeline, meticulously crafted to guide the step-by-step implementation of the integrated STEM curriculum. Each milestone on this timeline was a testament to our dedication and progress.
From the initial stages of curriculum development to the introduction of innovative teaching methodologies, the timeline chronicled our journey towards a STEM-infused learning environment. It showcased the collaborative efforts of our educators, administrators, and support staff, all working together to bring the vision of integrated STEM education to life.
As we reflect on this transformative process, it's evident that the implementation of integrated STEM education has not been a destination but a continuous journey. The five-year commitment to this curriculum has allowed us to evolve, adapt, and refine our practices, always with the goal of providing our students with the best possible STEM learning experiences. It has been a journey be one that will continue to shape the future of our students.
100% of students at Our Lady of Grace Catholic School receive computer science instruction.Â
Computer science education is important for preparing students for the digital age and providing them with valuable skills for the future.Â
Integrating computer science into STEM (Science, Technology, Engineering, and Mathematics) classes and across various subject areas is an excellent way to introduce our students to these essential skills.Â
Computer science at Our Lady of Grace Catholic School is integrated into our STEM classes for all our students. Primary classrooms K-3 are equipped with classroom iPads, while our 4th - 8th grade students are 1:1 with Chromebooks. This device distribution aligns with the age-appropriate use of technology. Students incorporate the use of devices based on grade level programs that include keyboarding, web searches, research, projects, coding and digital citizenship in all classes and clubs.Â
All classrooms are equipped with BenQs to help support integration of technology. The presence of BenQs in all classrooms enhances the learning experience by enabling interactive and multimedia-rich lessons. These displays can be used for presentations, collaborative activities, and more, fostering an engaging learning environment.Â
By integrating computer science across various subjects and promoting a collaborative approach, Our Lady of Grace provides a valuable computer science education to our students.
In order to strengthen our teachers' confidence in teaching computer science standards, Â we facilitate ongoing professional development through the IDOE Learning Lab. Collaboration and shared best practices are encouraged during weekly Professional Learning Community (PLC) sessions. Here are some resources our teachers have found valuable.Â
At Our Lady of Grace, our primary focus is to equip our students with 21st-century skills. We achieve this by actively engaging with our community partners, stakeholders, and peer-reviewed research to ensure that our students have the maximum exposure to various careers and the essential skills needed for those careers. This exposure is provided through a variety of means, including individual and group projects, effective planning, procurement of necessary supplies, time management, opportunities for presentations, and collaborative learning experiences. The multifaceted approach to education, combined with the integration of employability skills standards, is designed to equip our students with the necessary skills, knowledge, and practical experiences to thrive in their future careers and positively impact society. This comprehensive educational strategy aims to provide our students with a well-rounded foundation that goes beyond traditional academic learning and focuses on the development of practical, employable skills and a sense of social responsibility. It prepares them to be not only successful professionals but also responsible and engaged members of the community.Â
This chart shows the different employability skills and STEM career and trades that are embedded in our PK-8th grade classrooms through Picture-Perfect STEM, Project Lead the Way, and EPICS curriculums.
At Our Lady of Grace, we prioritize meeting the diverse needs of our learners through regular collaborative efforts. Classroom teachers convene monthly with our Support Services Coordinator, Nonpublic/Private School Coordinator, EL Collaborative Teacher & Coordinator to address these needs effectively. This collaborative approach ensures that we can provide tailored support to a wide range of students.
We recognize the importance of inclusivity and have a Hispanic Cultural Liaison available to assist families, students, and teachers. This liaison plays a crucial role in establishing meaningful connections and ensuring a culturally responsive educational environment for our students.
In addition to these efforts, visual accommodations are employed to enhance the learning experience in our classes. Teachers create and share visuals as necessary, ensuring that the learning process is personalized to cater to the individual needs of each student. This approach reflects our commitment to providing an inclusive and supportive learning environment for all our students.
Visuals are used with ESL students in STEM & Art classes to assist with learning directions.
English and Spanish translation of Art Choice Board used during extended eLearning. During this time, these were translated by our Hispanic Cultural Liason. Two pages are included in the document: the first page is English, and the second page is a Spanish translation. Expand the document to view both pages.
Learning Ally Audiobooks are used to assist students.
Quarterly reports are printed for students
Individual learning plans for ESL learners are updated yearly and as needed, Individual service plans for those with identified disabilities that need resource support services, and alternative learning plans for those with identified disabilities who need general education accommodations are all updated yearly and as needed.
At Our Lady of Grace, our teachers employ a diverse range of assessment methods and tools to effectively prepare our students for future evaluations, with a particular focus on STEM projects. These assessment methods play a crucial role in promoting student learning and skill development. Here is an overview of the assessment methods we utilize:
Rubrics provide a structured and clear way to assess and grade student work, offering specific criteria and expectations for projects, ensuring consistent and objective evaluation.
Visual Assessment involves evaluating visual components like diagrams, charts, and graphs, which is especially relevant in subjects like science and mathematics.
One-to-One Conferencing offers individual conferences with students, providing a personalized and in-depth way to discuss their projects, address questions, and offer feedback, facilitating a deeper understanding of their thought process and addressing specific needs.
Presentations allow students to present their STEM projects to the class, enhancing communication and public speaking skills, while allowing teachers to assess their understanding of the topic.
Video Projects integrate multimedia and technology into the assessment process, offering an engaging way for students to showcase their knowledge and skills.
Peer Analysis encourages students to evaluate their peers' work, promoting a deeper understanding of the subject matter and the development of critical thinking skills.
Self-Evaluations prompt students to reflect on their work and learning process, fostering self-awareness and metacognition.
By using this combination of assessment methods, our school ensures that students are evaluated from various angles, leading to a more comprehensive understanding of their skills, strengths, and areas where improvement may be needed. This aligns with modern pedagogical approaches that emphasize a holistic, student-centered view of education, particularly important in STEM fields where problem-solving, critical thinking, and creativity are essential.
Middle School EDP Rubric, Teacher Evaluation
Middle School EDP Rubric, Student and Teacher Evaluation
Primary STEM Rubric
Intermediate STEM Self-Evaluation Rubric
Intermediate STEM Rubric
Collaborative Work STEM Rubric
Flipgrid Visual Artist Statement Rubric
Students record video artist statements talking about their projects. A list of topics is provided that is specific to each project.
Middle School Engineering Career Rubric