Technology for Teaching and Learning 2: Instrumentation and Technology in Mathematics.
TTL 2 is a 3-unit course which will focus on the application, design, production, utilization, and evaluation of Information and Communications Technology (ICT) materials for teaching and learning in Mathematics Education Programs. The major requirement for this course is an ICT integrated and Project-based Learning Plan aligned to the K to 12 curriculum. All the learning activities and course requirements will revolve around the student-teacher developed Learning Plan.
Explore
Discover the tools, instruments, and technologies used to support mathematics instruction.
Apply
Transform mathematical concepts into practical, interactive, and technology-based learning experiences.
Create
Develop innovative instructional materials and activities that make mathematics engaging and meaningful.
Shape the Future of Mathematics Learning
Explore how technology, digital tools, and mathematical instruments can transform the way mathematics is taught and learned.
Technology for Teaching and Learning 2: Instrumentation and Technology in Mathematics.
This book is created for future educators who believe that technology can transform the way mathematics is taught, understood, and experienced. It aims to inspire teachers to move beyond simply using technology and instead use it with purpose—to make mathematics more engaging, meaningful, interactive, and accessible. Through the integration of mathematical instruments, digital tools, and innovative teaching approaches, this book empowers future educators to turn mathematical challenges into opportunities for discovery, creativity, and lifelong learning.
Purposeful Learning
Explore digital tools and mathematical technologies that support effective and engaging instruction.
Hands-On Application
Apply concepts through activities, exercises, and technology-based tasks that connect theory to actual classroom practice.
Meaningful Mathematics
Develop strategies that use technology to make mathematical concepts clearer, more interactive, and relevant to learners.
ANGELO T. OMIPING, LPT.
COLLEGE INSTRUCTOR & AUTHOR
Technology for Teaching and Learning 2: Instrumentation and Technology in Mathematics.
Explore the concepts, tools, and practical applications of technology in mathematics through guided lessons, hands-on activities, and meaningful reflections designed to strengthen your teaching practice.
After the completion of the chapter, students should be able to: explain the purpose, components, and importance of the ILAW Lesson Plan in effective lesson preparation; prepare an organized and learner-centered ILAW Lesson Plan based on the intended learning outcomes; and demonstrate proper preparation for demo teaching, including lesson mastery, instructional materials, teaching strategies, classroom management, and time management.
After the completion of the chapter, students should be able to: analyze Mathematics learning plans in the context of the 21st century communication skills; and enhance the Mathematics learning plan to develop 21st century skills through ICT integration.
After the completion of the chapter, students should be able to: compare and contrast problem-based and project-based learning approaches; analyze sample PBL plans and local DepEd sample plans; and examine articles on innovations in learning technologies and resources for language teaching.
After the completion of the chapter, students should be able to: explain the role and importance of Information Technology as a tool in the teaching-learning process; identify appropriate technologies that support student-centered learning; and demonstrate the effective and responsible use of technology in designing and facilitating meaningful learning experiences.
After the completion of the chapter, students should be able to: analyze sample learning plans; and develop problem-based/project-based learning plan integrating ICT from the identified competencies.
After the completion of the chapter, students should be able to: identify the uses of open-ended tools (productivity tools) in the teaching-learning of Mathematics; integrate these tools in their PBL learning plans; and create instructional materials using open-ended tools.
Technology for Teaching and Learning 2: Instrumentation and Technology in Mathematics.
Bridging mathematical concepts with innovative tools for effective teaching and learning.
Vision
The premier university in historic Cavite globally recognized for excellence in character development, academics, research, innovation and sustainable community engagement.
Mission
Cavite State University shall provide excellent, equitable and relevant educational opportunities in the arts, sciences and technology through quality instruction and responsive research and development activities. It shall produce professional, skilled and morally upright individuals for global competitiveness.
Core Values
Truth, Integrity, Excellence, and Service