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Silver, Harvey F.; Boutz, Abigail L.; McTighe, Jay – Educational Leadership, 2022
Infusing five processes into assignments can help students hone the skills they'll need to address complex problems. The world students will enter is full of complex, unpredictable problems--and students will need sophisticated thinking skills to cope. The authors unpack five thinking processes students need to internalize through opportunities in…
Descriptors: Thinking Skills, Cognitive Processes, Inquiry, Design
Beghetto, Ronald A. – Educational Leadership, 2017
Most teachers try to avoid having students experience uncertainty in their schoolwork. But if we want to prepare students to tackle complex problems (and the uncertainty that accompanies such problems), we must give them learning experiences that involve feeling unsure and sometimes even confused. Beghetto presents five strategies that help…
Descriptors: Learning Strategies, Ambiguity (Context), Problem Solving, Difficulty Level
Costa, Arthur L.; Kallick, Bena; McTighe, Jay; Zmuda, Allison – Educational Leadership, 2020
Students need specific thinking--or Habits of Mind--to engage with problems and become self-directed learners, write Arthur L. Costa, Bena Kallick, Jay McTighe, and Allison Zmuda. A curricular approach based on enhancing students' understanding of conceptually significant, transferable ideas can help schools teach these dispositions.
Descriptors: Thinking Skills, Problem Solving, Independent Study, Transfer of Training
Fouché, Jaunine; Crowley, Joel – Educational Leadership, 2017
Elementary students at the Milton Hershey School in Hershey, Pennsylvania, don't just learn knowledge and skills; they put it to work. The school's Innovation Lab for grades K-4 offers students hands-on opportunities to use design thinking to solve problems. In this article, two of the school's educators describe how 2nd graders used design…
Descriptors: Elementary School Students, Experiential Learning, Problem Solving, Grade 2
Stephan, Michelle – Educational Leadership, 2016
Although most tasks that STEM professionals engage in--like identifying problems, making models, and testing those models--involve inquiry, many STEM classes still rely on direct instruction. Stephan argues that even as new resources for active learning are being developed for STEM instruction, many teachers aren't using these resources and tasks…
Descriptors: STEM Education, Inquiry, Problem Solving, Active Learning
Tishman, Shari; Clapp, Edward P. – Educational Leadership, 2017
At the root of problem solving, Tishman and Clapp assert, is a sense of agency. The impetus to engage with a problem starts with a sense that it's possible to reshape something by directing one's actions purposefully. The authors--who participated in a long-term project observing how the "maker movement" is being implemented in…
Descriptors: Problem Solving, Self Efficacy, Student Centered Learning, Skill Development
Sussman, Dan – Educational Leadership, 2017
How can the best of mathematical problem-based learning be applied toward literature classes? Daniel Sussman, an English teacher at Moorestown Friends School in New Jersey, discusses how he uses problem solving tactics to encourage close, critical reading of fiction texts in his Jewish literature and poetry classes. He explores the challenges of…
Descriptors: Mathematics Instruction, Problem Based Learning, Problem Solving, Reading Instruction
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Shumway, Jessica F.; Kyriopoulos, Joan – Educational Leadership, 2014
Being able to find the correct answer to a math problem does not always indicate solid mathematics mastery. A student who knows how to apply the basic algorithms can correctly solve problems without understanding the relationships between numbers or why the algorithms work. The Common Core standards require that students actually understand…
Descriptors: Mastery Learning, Mathematics Instruction, Problem Solving, Mathematics Skills
Simmons, Craig – Educational Leadership, 2021
Although there has been much debate about how "learning loss" is conceptualized and the degree to which the pandemic has affected it (Dickler, 2021; Jacobson, 2021; Strauss, 2021), one thing is certain: the pandemic has likely exacerbated the instructional gaps that students already had, especially in the case of those who attend…
Descriptors: Pandemics, COVID-19, Communities of Practice, Equal Education
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Larmer, John; Mergendoller, John R. – Educational Leadership, 2013
From the early elementary grades through high school, the Common Core State Standards ask students to organize and explain their ideas in oral presentations, use visual aids, and speak appropriately for various contexts and tasks. Although teachers could give assignments that teach some of these skills in isolation, the authors have found that…
Descriptors: State Standards, Active Learning, Speech Communication, Visual Aids
Seeley, Cathy L. – Educational Leadership, 2017
The traditional method of teaching math--showing students how to do a procedure, then assigning problems that require them to use that exact procedure--leads to adults who don't know how to approach problems that don't look like those in their math book. Seeley describes an alternative teaching method (upside-down teaching) in which teachers give…
Descriptors: Mathematics Instruction, Teaching Methods, Problem Solving, Models
Hoerr, Thomas R. – Educational Leadership, 2016
How important is it that every student in a school is excited about learning? Should a student be allowed to use all his/her strengths in learning? Do you know someone who wasn't a particularly good student but has been very successful in life? What these seemingly unrelated questions have in common is an appreciation for the range of talents that…
Descriptors: Caring, Multiple Intelligences, Teaching Methods, Educational Legislation
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Slavin, Robert E. – Educational Leadership, 2014
Just about everyone loves the "idea" of cooperative learning, children working productively and excitedly in groups, everyone getting along and enthusiastically helping one another learn. This article presents five strategies that teachers can use to get the greatest benefit possible from cooperative learning and ensure that…
Descriptors: Cooperative Learning, Children, Teamwork, Goal Orientation
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Cookson, Peter W., Jr. – Educational Leadership, 2009
Correctly harnessed, we can blend the best of our traditional intellectual linear culture--Socrates' wisdom of the 5th century BCE--with the current digital visual culture, creating a new learning and intellectual environment consistent with the cognitive and expressive demands of the 21st century. Four elements of the 21st-century mind could be…
Descriptors: Online Courses, Experiential Learning, Metacognition, Leadership
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Hamed, Heather; Reyes, Jazmin; Moceri, Dominic C.; Morana, Laura; Elias, Maurice J. – Educational Leadership, 2011
The authors describe a program implemented in Red Bank Middle School in New Jersey to help at-risk, minority middle school girls realize their leadership potential. The GLO (Girls Leading Outward) program was developed by the Developing Safe and Civil Schools Project at Rutgers University and is facilitated by university students. Selected middle…
Descriptors: College School Cooperation, Females, Assertiveness, Middle School Students
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