STEAM Learning and Innovation in Sorsogon PDF

Quarter 1 Week 2 Lesson 3 Empowering STEAM Learning and Innovation in Sorsogon STEAM UP Word Cloud! List down words that will describe your understanding of STEAM Learning and Innovation System on a paper. ...

Quarter 1 Week 2 Lesson 3 Empowering STEAM Learning and Innovation in Sorsogon STEAM UP Word Cloud! List down words that will describe your understanding of STEAM Learning and Innovation System on a paper.  "How can we as a community enhance STEM education and innovation to prepare for future challenges?" 4 Pic 1 word! This Photo by Unknown Author is licensed under CC BY-NC 4 Pic 1 word! This Photo by Unknown Author is licensed under CC BY 4 Pic 1 word! This Photo by Unknown Author is licensed under CC BY-SA STEM Learning STEM stands for Science, Technology, Engineering, and Mathematics. It is an interdisciplinary approach to learning where academic concepts are coupled with real-world lessons. The ultimate goal of STEM education is to encourage students to take an interest in these subjects and pursue careers in STEM fields. According to the National Science Foundation (NSF), STEM education is essential for the United States to remain competitive in the global economy. Innovation Ecosystem refers to the network of organizations, resources, and individuals involved in the innovation process within a particular region or industry. It encompasses academic and research institutions, government agencies, funding entities, industry partners, and entrepreneurs. A strong innovation ecosystem fosters collaboration, creativity, and resource-sharing, leading to the development and advancement of new ideas, technologies, and products. ROLE IT OUT! Guiding questions What resources are currently available in our community? How can local businesses contribute to STEM education? In what ways can students engage in STEM outside of school? STEM Innovation Workshop Students rotate through different stations, each focusing on a specific aspect of the STEM ecosystem (e.g., community resources, industry partnerships, hands-on learning opportunities, etc.). ROLE IT OUT! create a presentation (using PowerPoint, Google Slides, etc.) that includes: Three identified strategies for boosting the STEM ecosystem. An explanation of the importance of these strategies. A detailed description of the STEAM Innovation Program for Sorsogon, including its goals and impact. STEM Innovation Ecosystem Podcast 1. plan and script a 5-7 minute podcast episode that includes: -An introduction to the topic. -Three strategies for boosting the STEM ecosystem. -A detailed explanation of the STEAM Innovation Program for Sorsogon. 1. Students can record their podcast using free audio editing software or apps (e.g., Audacity, Anchor). 2. Encourage creativity by allowing them to include sound effects, interviews with classmates, or relevant music. Boosting the STEM Learning and Innovation Ecosystem To enhance STEM learning in Sorsogon, it is crucial to increase access to quality STEM education for all students. This can be achieved through the development of STEM-focused curriculum, specialized training for educators, and the provision of necessary resources and materials. Establishing partnerships with industry leaders and local businesses is another key strategy to boost the STEM learning ecosystem. By collaborating with experts in the field, students can gain real-world insights and practical experience, fostering a culture of innovation and entrepreneurship in Sorsogon. Investing in cutting-edge technologies and infrastructure is essential to create a conducive environment for STEM education. By equipping schools and learning centers with state-of-the-art facilities, students can engage in hands-on experiments, research projects, and collaborative activities, enhancing their learning experiences and skill development. Boosting the STEM Learning and Innovation Ecosystem Community Engagement:** Organize STEM-focused events, fairs, and workshops to involve the community and raise awareness about the importance of STEM education, thereby fostering a culture of STEM appreciation and enthusiasm. Mentorship Programs:** Create mentorship opportunities where students can be paired with STEM professionals and researchers to receive guidance, inspiration, and insights into STEM careers and fields. Innovation Challenges and Competitions:** Organize STEM-based competitions, hackathons, and innovation challenges to encourage creativity, problem-solving skills, and collaboration among students. Digital and Online Learning Resources:** Integrate technology-driven learning tools and digital resources, including educational apps, virtual simulations, and online platforms, to expand access to STEM education. 10 government initiatives and programs supporting STEM education in the Philippines 1. **Department of Education's (DepEd) K to 12 Program** - The K to 12 program aims to enhance the basic education curriculum by integrating STEM subjects and providing students with specialized tracks in Science, Technology, Engineering, and Mathematics. - Sample: Introduction of specialized tracks in Senior High School such as STEM, which includes subjects like Engineering, Science, and Technology. 2. **Science Education Institute's (DOST-SEI) Scholarship Programs** - The DOST-SEI offers scholarship programs to support talented and deserving students pursuing STEM-related courses in both secondary and tertiary levels. - Sample: DOST-SEI Merit Scholarship for incoming college students pursuing STEM degree programs, providing financial assistance and academic support. 10 government initiatives and programs supporting STEM education in the Philippines 3. **Department of Science and Technology's (DOST) Science for Change Program** - This program promotes the advancement of science and technology in key sectors of the economy, focusing on research and development to improve STEM education and innovation. - Sample: Funding for research and development projects in universities and research institutions focused on advancing STEM education and innovation. 4. **Philippine Science High School System (PSHS)** - PSHS provides scholarships to students gifted in the sciences and mathematics, offering a specialized curriculum that emphasizes STEM education. - Sample: Operation of specialized science high schools offering an advanced curriculum with a strong emphasis on STEM subjects, catering to academically gifted students. 10 government initiatives and programs supporting STEM education in the Philippines 5. **Technical Education and Skills Development Authority (TESDA)** - TESDA offers technical-vocational education and training programs that include STEM-related skills to address the demand for a technically skilled workforce. - Sample: TESDA's Training for Work Scholarship Program offering courses in fields like Electronics, Mechatronics, and other STEM-related technical- vocational skills. 6. **Philippine Association of National Advertisers' (PANA) STEM (Science, Technology, Engineering, and Math) Program** - PANA supports STEM education by fostering partnerships between the industry and academe, providing opportunities for students to engage in real-world STEM applications. - Sample: Industry-sponsored workshops and competitions providing hands-on experience for students in fields such as data analytics and digital marketing, integrating STEM concepts. 10 government initiatives and programs supporting STEM education in the Philippines 7. **Department of Information and Communications Technology (DICT) DigitalJobsPH Program** - This program focuses on enhancing the digital skills of the Filipino workforce, including technology and IT- related disciplines within the broader STEM field. - Sample: Digital literacy programs and coding boot camps to equip individuals with STEM-related skills needed in the rapidly evolving digital economy. 8. **Commission on Higher Education's (CHED) Engineering and Technology Programs** - CHED supports higher education institutions in developing and maintaining quality engineering and technology programs to produce skilled professionals in the STEM fields. - Sample: CHED's support for the development of specialized engineering and technology courses in colleges and universities, ensuring quality education in STEM disciplines. 10 government initiatives and programs supporting STEM education in the Philippines 9. **Department of Trade and Industry's (DTI) Innovation for Filipinos and Innovation Start-up Act** - The DTI promotes innovation and entrepreneurship in STEM-related industries through various initiatives and programs to support startups and small businesses in the STEM sector. - Sample: Initiatives to foster innovation and entrepreneurship in STEM fields, such as funding support and mentorship for startups in biotechnology and engineering. 10. **Department of Health's (DOH) Health Human Resource Development Bureau** - DOH supports the advancement of health and medical sciences by providing scholarships and training programs for healthcare professionals in STEM-related disciplines. - Sample: Scholarships for medical and health-related STEM courses, encouraging more individuals to pursue careers in fields like Nursing, Medicine, and Medical Technology.  10 government initiatives and programs supporting STEM education in the Philippines 8. **FASTECH (Far Eastern University – Institute of Technology) School- Industry Linkage Program** - Sample: Collaboration with industry partners to provide students with internship opportunities, mentorship, and exposure to real-world STEM applications. 9. **Ladderized Education Program of the Department of Labor and Employment (DOLE)** - Sample: Providing competency-based training for technical skills in STEM-related industries, leading to higher-level qualifications and employment opportunities 6. **PAGASA's Youth Science, Technology, and Environment Camp** - Sample: Annual camp for young students to engage in hands-on activities related to weather forecasting, environmental science, and technological innovations. Science and Technology: 1. The AgriCOOLture Project - This project focuses on using innovative technology to improve agricultural practices, such as the development of smart farming tools and the use of drones for crop monitoring. 2. The Manila Solar Project - This initiative aims to harness solar power as a sustainable energy source in urban areas, promoting the use of solar panels and renewable energy solutions in the city. 1. **Project NOAH (Nationwide Operational Assessment of Hazards)** - Utilizing advanced technologies, this project provides real-time information on natural hazards, such as typhoons, floods, and landslides, to enable early warning and mitigate disaster risks. Science and Technology: 2. **Philippine Genome Center's Genomic Research and Biotechnology** - This platform focuses on advanced genetic research, molecular diagnostics, and biotechnology applications, contributing to advancements in healthcare, agriculture, and environmental conservation. 3. **DOST's RxBox Telemedicine Device** - This innovative device allows remote patient monitoring and diagnosis through telemedicine, especially beneficial in rural and underprivileged areas. 4. **PhilSA (Philippine Space Agency)** - The establishment of the PhilSA aims to develop the country's space science and technology capabilities, including satellite development, earth observation, and space research. 5. **Balik Scientist Program** - This initiative encourages Filipino scientists and technologists abroad to return to the Philippines, sharing their expertise and fostering knowledge exchange in various scientific disciplines. Engineering 1. The Bases Conversion and Development Authority (BCDA) Green City - This engineering project focuses on creating a sustainable and environmentally friendly urban development, incorporating green infrastructure, renewable energy systems, and advanced waste management solutions. 2. Rehabilitation and Development of the Pasig River - This engineering project aims to restore and develop the Pasig River, focusing on water sanitation, flood control, and the revitalization of surrounding communities through innovative engineering solutions. 1. **Manila Water's Wastewater Management and Treatment Projects** - These engineering solutions address wastewater management and treatment, promoting environmental sustainability and clean water resources. Engineering 2. **Mega Manila Subway Project** - This mega-infrastructure project involves the construction of a subway system in Metro Manila, utilizing cutting-edge engineering and tunneling techniques for efficient urban transportation. 3. **Bataan Nuclear Power Plant Rehabilitation Project** - The proposed rehabilitation of the Bataan Nuclear Power Plant involves advanced engineering solutions to repurpose the facility for clean and sustainable energy production. 4. **Wind Energy Farms in Ilocos Norte** - These engineering projects harness wind power through the installation of large-scale wind turbines, furthering the country's renewable energy capacity. 5. **Design and Construction of Sustainable Bridges** - Various engineering projects across the Philippines focus on building sustainable bridges that can withstand natural disasters and enhance transportation infrastructure. Agriculture: 1. Smart Agriculture and Fisheries Toward 2020 (SAFT2020) Project - This initiative integrates modern technologies like precision farming, hydroponics, and aquaponics to improve agricultural and fisheries production in the Philippines. 2. The Hybrid Rice Development Program - This project focuses on the development of hybrid rice varieties that are resilient to climate change, have higher yield, and are disease-resistant, contributing to food security and sustainable agriculture. 1. **Haribon Foundation's Forest Conservation and Biodiversity Protection** - This project integrates science and technology to promote forest conservation, protect biodiversity, and implement sustainable agroforestry practices. Agriculture: 3. **Integrated Pest Management (IPM) Programs** - These programs employ scientific and technological approaches to address pest and disease management in agriculture, reducing reliance on harmful pesticides. 4. **Philippines' National Organic Agriculture Program** - This initiative promotes organic farming practices, leveraging scientific research to enhance soil fertility and crop productivity while reducing environmental impact. 5. **Philippine Rice Research Institute's (PhilRice) Hybrid Rice Development** - PhilRice's research in hybrid rice development incorporates scientific advancements to improve crop yield, pest resistance, and agricultural sustainability. Mathematics 1. Mathematics Education Research and Development in the Philippines - This project aims to enhance mathematics education by developing innovative teaching methods, curriculum enhancements, and digital learning resources to improve mathematical competency among students. 2. Financial Inclusion through Innovative Fintech Solutions - This initiative combines mathematics and financial technology to provide inclusive financial services to underserved communities, promoting financial literacy and access to financial resources through innovative mathematical models and digital platforms. 1. **Philippine Science High School's Mathematics Training and Competition** - This initiative involves advanced mathematics training for high school students and hosts prestigious mathematics competitions to foster mathematical aptitude and talent. Mathematics 2. **Financial Inclusion and Fintech Innovations** - In the financial sector, various fintech initiatives utilize mathematical modeling and data analytics to promote financial inclusion and develop innovative digital banking services. 3. **Mathematics Curriculum Development for K-12 Education** - Ongoing projects focus on enhancing the mathematics curriculum in K-12 education, integrating modern teaching methodologies and digital learning resources. 4. **Actuarial Science and Risk Management Programs** - These programs focus on advanced mathematical modeling and risk analysis for insurance and financial industries, addressing actuarial needs and risk assessment. 5. **National Institute for Science and Mathematics Education Development (NISMED) Initiative** - NISMED's programs center on advancing mathematics education, curriculum development, and teacher training to improve the quality of mathematics instruction across the country. Importance of Strengthening STEM Innovation Ecosystem Strengthening the STEM innovation ecosystem in Sorsogon is crucial for driving economic growth and sustainable development in the region. By cultivating a culture of innovation and creativity, students are empowered to think critically, solve complex problems, and generate new ideas that can address societal challenges and propel progress. A robust STEM innovation ecosystem also plays a vital role in fostering collaboration and knowledge sharing among stakeholders, including educators, industry experts, policymakers, and community members. By working together, these diverse groups can leverage their collective expertise and resources to support STEM initiatives, nurture talent, and promote innovation-driven growth. Furthermore, strengthening the STEM innovation ecosystem in Sorsogon can help attract investments, create job opportunities, and stimulate entrepreneurship in the region. By nurturing a pipeline of skilled STEM professionals and fostering a supportive ecosystem for startups and businesses, Sorsogon can position itself as a hub for innovation and technology, driving sustainable development and prosperity for its citizens. Importance of Strengthening STEM Innovation Ecosystem 1. Economic Growth: A robust STEM innovation ecosystem can drive economic growth by fostering entrepreneurship, job creation, and the development of new technologies and industries. It can attract investment and contribute to overall economic prosperity. 2. Technological Advancements: Through research and development initiatives, a strong STEM innovation ecosystem can lead to technological innovations that improve quality of life, efficiency, and sustainability across various sectors such as healthcare, energy, transportation, and communication. 3. Global Competitiveness: Nations with strong STEM innovation ecosystems are better positioned to compete in the global economy. They can lead in the development and export of high-tech products and services, strengthening their position in the international market. Importance of Strengthening STEM Innovation Ecosystem 4. Problem Solving and Innovation: A vibrant STEM innovation ecosystem encourages a culture of problem solving and innovation. It nurtures creative thinking and solutions-driven approaches to addressing complex challenges, both locally and globally. 5. Talent Development: It helps in nurturing a skilled workforce. By encouraging STEM education and training, the ecosystem contributes to cultivating a pool of talented individuals capable of meeting the demands of 21st-century careers and contributing to scientific and technological advancements.