Functions and formulas in spreadsheets provide an instructional opportunity to help students build their skills in identifying errors in their own work and identifying a path to go about correcting the errors. This paper provides examples of functions and equations used to create two approaches to calculating the solution to one problem, such as a…

When Daisy Han first encountered a Montessori classroom, she actually felt free. Free to move, free to create, free to explore, free to try, free to fail, free to be. This freedom is essential to becoming an innovator. Innovators possess an irreverence almost as big as their self-efficacy, both of which have been nurtured in an environment where…

Despite the call for instructional designers to employ design thinking as a means to foster creativity in problem-solving, many students struggle with enacting creative risk. While several studies have been conducted studying how instructional designers engage in problem-solving to contend with project constraints, few have addressed whether this…

It is well accepted that many mechanical engineering (ME) design processes are complex. We believe that many ME design approaches include unnecessary complexity, intended to assist the teaching of engineering knowledge. This technical complexity has contributed to many critical issues in ME education, including decreased enrolments in many…

The concept of Action Competence (AC) has been interpreted in different ways in various domains of the educational sciences. Given the rising scholarly attention to AC, these diverse interpretations are problematic because they hinder a common understanding of the concept among scholars. We unravel the interpretation of AC as a competence of…

This paper introduces a teaching process to develop students' problem-solving and programming efficacy in an introductory computer programming course. The proposed teaching practice provides step-by-step guidelines on using worked-out examples of code to demonstrate the applications of programming concepts. These coding demonstrations explicitly…

Problem solving follows a cycle of inquiry where the individual iterates between finding possible paths and exploring their likely effectiveness before selecting one as a possible solution. The cycle is enhanced through proximal processes because the number of paths that can be explored in depth are greater when more people work on the same…

In this article, the author shares the Menu Writing project, designed to promote a meaningful, real-world connection to mathematics with the lives of students. The rationale for developing this project was two-fold: (1) to connect school mathematics to students' lived experiences to encourage and sustain students' interest, motivation, and…

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…

This article discusses how middle and high school inner-city and rural students can increase their academic achievement and self-efficacy in STEM classes using The Digital Curriculum, a program that incorporates digital technology, software, and a design project. This curriculum, which integrates socially relevant content, gives students a chance…

Self-determination refers to a person's ability to have control of their life choices, decisions, and interactions with others. Self-determination skills include: 1) decision-making, 2) goal setting, 3) self-awareness, 4) problem-solving, 5) self-advocacy, 6) self-monitoring, and 7) self-efficacy. Researchers suggest that youth with or at-risk for…

Including opportunities for students to conduct independent investigations is a mainstay of gifted education programs and services. When carefully designed and skillfully facilitated, students' interest-based, independent study experiences result in increased intrinsic motivation, growth in 21st-century critical and creativity skills, greater…

Intelligence is not fixed. While many of us may not be innately talented in all areas of learning, all of us are capable of learning anything. It is important that teachers help communicate this concept to students and help students to develop this growth mindset. This article first compares growth and fixed mindsets, discussing some of the…

Historically, individuals with intellectual disabilities (ID) were limited in the amount of assets that they could earn. However, the enactment of the Achieving a Better Life Experience (ABLE) Act in 2014 provided for significant increases in the amount of earnings and savings allowable. Many of these individuals are capable of saving money and…

Some of the most effective innovations in education have allowed fundamental changes to how individual students are being taught and assessed. Personalized learning models tailor learning to individual needs, accommodating students with diverse learning styles.