Making Progress in Primary Science
A Study Book for Teachers and Student Teachers
๐ About This Book
This book is for teachers and student teachers looking to improve their practice in primary science. Throughout the book, the focus is on the learning of science as an investigative process through which pupils develop an understanding of ideas. This is supported by modules on different aspects of teaching and learning in science, including: building on children's own ideas how to ask and answer questions managing practical work in the classroom science for very young children effective assessment, self-assessment and feedback cross-curricular links ICT and science science outside the classroom Each module comprises of an introduction to the aspect; workshop materials to help teachers reflect on teaching, planning and managing primary science; guidance about typical pitfalls and problems; and suggestions for further reading. This book can also be used as a companion to the book for course leaders using Making Progress in Primary Science, 2nd edition. It follows exactly the same module structure and can be used by participants during their course and as a useful resource afterwards.
๐ Summary
Making Progress in Primary Science by Wynne Harlen, published in 2003 and spanning 257 pages, serves as an essential guide for both current and student teachers dedicated to elevating their instructional practices. The core philosophy of the book centers on the idea that science education in primary schools must be treated as an active, investigative process. Rather than simply memorizing facts or receiving predetermined knowledge, young pupils are encouraged to develop genuine understandings of scientific concepts by actively exploring the world around them. Harlen grounds this pedagogical approach in a solid theory of knowledge, showing educators how children construct their own mental frameworks through direct investigation and inquiry-based learning. To help teachers translate these theoretical concepts into everyday classroom reality, the text is systematically organized into a series of practical modules. These modules cover a comprehensive spectrum of teaching and learning dimensions, ensuring that educators are thoroughly prepared to handle diverse classroom dynamics. One major focus of the book is learning how to effectively build upon the preexisting ideas and intuitive notions that children bring with them into the classroom. Instead of dismissing naive conceptions, teachers learn how to use them as stepping stones for deeper exploration. Furthermore, the book offers invaluable guidance on the art of asking and answering productive questions that stimulate critical thinking and guide students toward deeper inquiry. Managing practical work safely and productively is another major pillar of the text, offering strategies to keep hands-on activities focused and meaningful. The author also addresses the unique developmental needs of very young children, ensuring that foundational science experiences are engaging, age-appropriate, and accessible. Assessment is treated not merely as a tool for grading, but as an integral part of the learning cycle, with specific attention given to effective formative assessment, self-assessment, and constructive feedback mechanisms. Recognizing that science does not exist in a vacuum, Harlen explores how to forge meaningful cross-curricular links, integrating scientific inquiry with other academic subjects. Additionally, the book covers modern educational demands by incorporating information and communications technology into science lessons, as well as providing insights into how to harness the immense educational potential of learning outside the classroom. Each module throughout the volume begins with a thoughtful introduction to the specific aspect of teaching, followed by specialized workshop materials designed to help teachers critically reflect on their own teaching methods, lesson planning, and classroom management. To ensure educators are well-equipped for the realities of the classroom, the book includes practical guidance regarding typical pitfalls and common problems encountered during science instruction. Ultimately, this comprehensive volume acts as a trusted companion for educators seeking to foster genuine curiosity, analytical thinking, and scientific literacy in young learners.
๐ฏ Key Lessons
โ๏ธ Pros & Cons
โ Pros
Provides a strong theoretical foundation in inquiry-based learning.
Includes practical workshop materials for teacher reflection and planning.
Covers a wide range of relevant topics, including ICT and outdoor learning.
Offers clear guidance on handling typical classroom pitfalls and problems.
โ ๏ธ Cons
Published in 2003, so some technology references may require modern updates.
Focuses primarily on primary education, offering less direct relevance for high school teachers.
โ FAQ
Who is the author of Making Progress in Primary Science? +
The book was written by Wynne Harlen.
When was the book published? +
It was published in 2003.
How many pages does the book contain? +
The book spans 257 pages.
What is the core pedagogical focus of the book? +
The focus is on learning science as an investigative process through which pupils develop a deep understanding of ideas.
What practical elements are included in each module? +
Each module includes an introduction, workshop materials for teacher reflection, and guidance on avoiding typical pitfalls.
