Authentic learning

There is no definitive description of authentic learning. Educators must develop their own interpretations of what creates meaning for the students in their classrooms.[5] However, the literature suggests that there are several characteristics of authentic learning. It is important to note that authentic learning tasks do not have to have all the characteristics. They can be thought of as being on a spectrum, with tasks being more or less authentic. The characteristics of authentic learning include the following:

• Authentic learning is centered on authentic, relevant, real-world tasks that are of interest to the learners.
• Students are actively engaged in exploration and inquiry.
• Learning, most often, is interdisciplinary. It requires integration of content from several disciplines and leads to outcomes beyond the domain-specific learning outcomes.
• Learning is closely connected to the world beyond the walls of the classroom.
• Students become engaged in complex tasks and higher-order thinking skills, such as analyzing, synthesizing, designing, manipulating, and evaluating information.
• Learning begins with a question or problem, which cannot be constricting in that it allows the student to construct their own response and inquiry. The outcome of the learning experience cannot be predetermined.[6]
• Students produce a product that can be shared with an audience outside the classroom. These products have value in their own right, rather than simply for earning a grade.
• The resulting products are concrete allowing them to be shared and critiqued; this feedback allows the learner to be reflective and deepen their learning.[6]
• Learning is student driven, with tutors, peers, teachers, parents, and outside experts all assisting and coaching in the learning process.
• Learners employ instructional scaffolding techniques at critical times.
• Students have opportunities for social discourse, collaboration, and reflection.
• Ample resources are available.
• Assessment of authentic learning is integrated seamlessly within the learning task in order to reflect similar, real world assessments. This is known as authentic assessment and is in contrast to traditional learning assessments in which an exam is given after the knowledge or skills have hopefully been acquired.
• Authentic learning provides students with the opportunity to examine the problem from different perspectives, which allows for competing solutions and a diversity of outcomes instead of one single correct answer.[1][4][7][8][9][10]
• Students are provided the opportunity for articulation of their learning process and/or final learning product.[11]

While there has been much attention given to educational standards for curriculum and assessment, "the standards for instruction tend to focus on procedural and technical aspects, with little attention to more fundamental standards of quality."[12] The challenge is not simply to adopt innovative teaching techniques but to give students the opportunity to use their minds well and to provide students with instruction that has meaning or value outside of achieving success in school.

In order to address this challenge, a framework consisting of five standards of authentic instruction has been developed by Wisconsin's Center on Organization and Restructuring of Schools. This framework can be a valuable tool for both researchers and teachers. It provides "a set of standards through which to view assignments, instructional activities, and the dialogue between teacher and students and students with one another."[12]

Teachers can use the framework to generate questions, clarify goals, and critique their teaching. Each standard can be assessed on a scale of one to five rather than a categorical yes or no variable. "The five standards are higher-order thinking, depth of knowledge, connectedness to the world beyond the classroom, substantive conversation, and social support for student achievement."[12]

• Higher-Order Thinking: This scale measures the degree to which students use higher-order thinking skills. Higher-order thinking requires students to move beyond simple recall of facts to the more complex task of manipulating information and ideas in ways that transform their meaning and implications, such as when students synthesize, generalize, explain, hypothesize, or arrive at some conclusion or interpretation.
• Depth of Knowledge: This scale assesses students' depth of knowledge and understanding. Knowledge is considered deep when students are able to "make clear distinctions, develop arguments, solve problems, construct explanations, and otherwise work with relatively complex understandings."[12] Rather than emphasizing large quantities of fragmented information, instruction covers fewer topics in systematic and connected ways which leads to deeper understanding.
• Connectedness to the World: This scale measures the extent to which the instruction has value and meaning beyond the instructional context. Instruction can exhibit connectedness when students address real-world public problems or when they use personal experiences as a context for applying knowledge.
• Substantive Conversation: This scale assesses the extent of communication to learn and understand the substance of a subject. High levels of substantive conversation are indicated by three features: considerable interaction about the subject matter which includes evidence of higher-order thinking, sharing of ideas that are not scripted or controlled, and dialogue that builds on participants' ideas to promote improved collective understanding of a theme or topic.
• Social Support for Student Achievement: The social support scale measures the culture of the learning community. Social support is high in classes where there are high expectations for all students, a climate of mutual respect, and inclusion of all students in the learning process. Contributions from all students are welcomed and valued.[12]

There are several authentic learning practices in which students may participate. These are a few examples:

• Simulation-Based Learning: Students engage in simulations and role-playing in order to be put in situations where the student has to actively participate in the decision making of a project. This helps in "developing valuable communication, collaboration, and leadership skills that would help the student succeed as a professional in the field he/she is studying."[13] Learning through simulation and role-playing has been used to train flight attendants, fire fighters, and medical personnel to name a few.
• Student-Created Media: Student-created media focuses on using various technologies to "create videos, design websites, produce animations, virtual reconstructions, and create photographs."[13] In addition to gaining valuable experience in working with a range of technologies, "students have also improved their reading comprehension, writing skills, and their abilities to plan, analyze, and interpret results as they progress through the media project."[13]
• Inquiry-Based Learning: Inquiry-based learning starts by posing questions, problems or scenarios rather than simply presenting material to students. Students identify and research issues and questions to develop their knowledge or solutions. Inquiry-based learning is generally used in field-work, case studies, investigations, individual and group projects, and research projects.
• Peer-Based Evaluation: In peer based evaluation students are given the opportunity to analyze, critique, and provide constructive feedback on the assignments of their peers. Through this process, they are exposed to different perspectives on the topic being studied, giving them a deeper understanding.
• Working with Remote Instruments: Specialized software can provide students with opportunities they might not have otherwise. For example, "various software packages produce similar results that students working in a fully equipped lab might receive. By interpreting the software based results students are able to apply theory to practice as they interpret the data that would otherwise not be available to them."[13]
• Working with Research Data: Students collect their own data or use data collected from researchers to conduct their own investigations.
• Reflecting and Documenting Achievements: The importance of metacognition in the learning process is well-documented. Giving students the opportunity to reflect upon and monitor their learning is essential. Journals, portfolios, and electronic portfolios are examples of authentic learning tasks designed to showcase the student's work as well as give the student a means to reflect back on his/her learning over time.[8][13]
• Project-Based Learning: Begins with a problem or question that is the starting point for inquiry and which all products are created as a result of. Results in a single or series of products or artifacts that are created as a result or solution to the inquiry.[6]

Educational research shows that authentic learning is an effective learning approach[14] to preparing students for work in the 21st century.[15] By situating knowledge within relevant contexts, learning is enhanced in all four domains of learning: cognitive (knowledge), affective (attitudes), psychomotor (skills), and psychosocial (social skills). Some of the benefits of authentic learning include the following:

• Students are more motivated and more likely to be interested in what they are learning when it is relevant and applicable to their lives outside of school.
• Students are better prepared to succeed in college, careers, and adulthood.
• Students learn to assimilate and connect knowledge that is unfamiliar.
• Students are exposed to different settings, activities, and perspectives.
• Transfer and application of theoretical knowledge to the world outside of the classroom is enhanced.
• Students have opportunities to collaborate, produce products, and to practice problem solving and professional skills.
• Students have opportunities to exercise professional judgments in a safe environment.
• Students practice higher-order thinking skills.
• Students develop patience to follow longer arguments.
• Students develop flexibility to work across disciplinary and cultural boundaries.[16]