Science Education (SCIED-UE)

Course provides students with opportunities to use scientific information to solve real-world problems related to environmental and public health. By assisting science organizations with generating and/or analyzing data, students learn how non-formal community, and professional science organizations use and produce scientific knowledge for the public. Includes six 3-hour field sessions. Liberal Arts Core/CORE Equivalent - satisfies the requirement for Natural Sciences

Students investigate the nature of water, human use of water, and the impact of humans on its availability and use. These investigations initiate an exploration of the nature of sustainability and through sustainability audits plans for human action. By exploring the practices of science from observing and measurement to analyzing and explaining data, students learn to use data and produce scientific knowledge for the public and begin to explore the bigger question of whether some of the practices in which we engage and the things we use are making our planet sick. Liberal Arts CORE-satisfies Physical/Life Science Requirement for Steinhardt students.

Introducing the notion of citizen science, this course provides students with opportunities to use scientific information to solve real-world problems related to environmental & public health. By exploring the practices of science from observing & measurement to analyzing & explaining data, students learn to use data & produce scientific knowledge for the public. Liberal Arts Core/MAP Equivalent - satisfies the requirement for Natural Sciences for Steinhardt students.

This course provides students with opportunities to use scientific information to understand concepts related to human health & disease while exploring the question of what it means to engage in citizen science. Students explore causes, controls, & natural defenses against a variety of diseases including infectious diseases & cancers. By studying & conducting the practices of science students learn to use data & produce scientific knowledge for themselves & the public. Liberal Arts Core/MAP Equivalent - satisfies the requirement for Natural Sciences for Steinhardt students.

This course provides students with opportunities to use scientific information to understand concepts related to the origins of the universe & life within it. Specifically, this course explores theories of change over time. We will study human’s long cultural history of generating explanations & explore how some have projected possible futures. Students produce scientific knowledge for themselves & the public while exploring the question of what it means to engage in citizen science. Liberal Arts Core/MAP Equivalent - satisfies the requirement for Natural Sciences

In this course students explore the Earth as an integrated, dynamic system involving the material world and diversity of living things which we call biodiversity. Specifically, this course explores the flow of energy and materials through the Earth System and potential human impact on this system. Through the practices of science students learn to use data to produce scientific knowledge for themselves and the public while exploring the question of what it means to engage in citizen science. Liberal Arts CORE: satisfies the Physical/Life Science requirement for Steinhardt students.

As you read this description, structures in your body are participating in an entangled dance with the material of the written text. Science is only just beginning to understand what a complex dance this is. In this course, you will explore neuroscience to develop a richer understanding of the role of your brain in practices we often take for granted. You will also explore how other living things, including plants, learn and think. And that’s not science fiction! Meets Steinhardt Core for Life Science for Steinhardt students.

In this course students use scientific information to understand concepts related to the microbial world while exploring what it means to engage in citizen science. Students study the evolutionary origins, lives, and ecologies of various microorganisms including microbe-host interactions that can cause disease. By exploring the practices of science from observing and measurement to analyzing and explaining data, students learn to use data and produce scientific knowledge for themselves and the public. Meets Steinhardt Liberal Arts Core requirement for Steinhardt students.

Students explore how science became a global form of knowledge making about the natural world, how European notions of science contributed to its growth as a form of systematic knowledge, how some people were excluded from this process, and how bias and discrimination were made real. By observing, measuring, analyzing and explaining data, students learn to produce and evaluate the quality of scientific knowledge and to recognize how science understanding helps to interrogate the construction of difference between facts and lies. Fulfills Life Science Core requirement for Steinhardt students.

It should be noted that independent study requires a minimum of 45 hours of work per point. Independent study cannot be applied to the established professional education sequence in teaching curricula. Each departmental program has established its own maximum credit allowance for independent study. This information may be obtained from a student?s department. Prior to registering for independent study, each student should obtain an Independent Study Approval Form from the adviser.

In communicating and teaching people the big ideas associated with knowing science, students engage with how science understands the world and the complexity of making scientific-based decisions associated with wicked present and future problems. In designing explorations, students learn ways to enact equity, inclusion, and culturally sustaining practices with the goal of ensuring that their communication and teaching brings joy and wonder. This course is for those interested in understanding science education and for prospective science teachers.

The relationship between learning outcomes and assessment is considered in relation to how it influences instructional decisions especially with respect to development of curriculum. The roles of instructional strategies, motivation, classroom management, curriculum and technology are addressed as a means of sustaining learner interest and cooperation.

Students learn to use the city as a classroom to learn about science and sustainability in the urban environment. Students explore place-based environmental education by visiting non-formal settings such as parks, botanic gardens, museums, field stations, and public and private organizations and consider their roles as teachers and learners to link activities with inquiry, reflection and practice. Students learn and understand how to develop linkages between formal and non-formal learning by designing educational activities for learners of all ages.

One semester supervised student teaching in a science education classroom in middle school a minimum of 180 hours within 20 days. Student teaching experiences will be used to support theoretical and practical applications of the planning and implementation of the curriculum. Participation is required in a weekly student teaching seminar which offers a practical examination of teaching problems and practices as they relate to actual classroom teaching.

One semester supervised student teaching in a science education classroom in high school a minimum of 180 hours within 20 days. Student teaching experiences will be used to support theoretical and practical applications of the planning and implementation of the curriculum. Participation is required in a weekly student teaching seminar which offers a practical examination of teaching problems and practices as they relate to actual classroom teaching.