A systematic review of empirical research on learning with 3D printing technology
Abstract Although 3D printing (3DP) technology has become an increasingly popular
educational tool in recent years, very little is known about the learning benefits of this …
educational tool in recent years, very little is known about the learning benefits of this …
A systematic review of additive manufacturing education: Toward engineering education research in AM
PU Mehta, CGP Berdanier - 2019 ASEE Annual Conference & …, 2019 - peer.asee.org
Additive Manufacturing (AM) has garnered a lot of interest from corporates, government
agencies, and institutions around the globe. Manufacturers are relying on this technology to …
agencies, and institutions around the globe. Manufacturers are relying on this technology to …
Design for metal powder bed fusion: The geometry for additive part selection (GAPS) worksheet
J Bracken, T Pomorski, C Armstrong, R Prabhu… - Additive …, 2020 - Elsevier
Abstract In industry, Design for Additive Manufacturing (DfAM) is currently synonymous with
expert knowledge and external consultants for many companies. Particularly in higher cost …
expert knowledge and external consultants for many companies. Particularly in higher cost …
Virtual Reality design-build-test games with physics simulation: opportunities for researching design cognition
Increasing the range of methods available for researching design cognition provides new
opportunities for studying the phenomena of interest. Here we propose an approach for …
opportunities for studying the phenomena of interest. Here we propose an approach for …
Exploring the effects of additive manufacturing education on students' engineering design process and its outcomes
Research in additive manufacturing (AM) has increased the use of AM in many industries,
resulting in a commensurate need for a workforce skilled in AM. In order to meet this need …
resulting in a commensurate need for a workforce skilled in AM. In order to meet this need …
Complex solutions for complex problems? Exploring the role of design task choice on learning, design for additive manufacturing use, and creativity
The integration of additive manufacturing (AM) processes in many industries has led to the
need for AM education and training, particularly on design for AM (DfAM). To meet this …
need for AM education and training, particularly on design for AM (DfAM). To meet this …
Teaching design freedom: Understanding the effects of variations in design for additive manufacturing education on students' creativity
Additive manufacturing (AM) processes offer unique capabilities (ie, opportunities) yet
inherent limitations (ie, restrictions) due to the layer-by-layer fabrication of parts. Despite the …
inherent limitations (ie, restrictions) due to the layer-by-layer fabrication of parts. Despite the …
Mastering manufacturing: exploring the influence of engineering designers' prior experience when using design for additive manufacturing
Additive manufacturing (AM) presents designers with unique manufacturing capabilities
while imposing several limitations. Designers must leverage AM capabilities–through …
while imposing several limitations. Designers must leverage AM capabilities–through …
But will it build? Assessing student engineering designers' use of design for additive manufacturing considerations in design outcomes
Additive manufacturing (AM) enables engineers to improve the functionality and
performance of their designs by adding complexity at little to no additional cost. However …
performance of their designs by adding complexity at little to no additional cost. However …
Built to win? Exploring the role of competitive environments on students' creativity in design for additive manufacturing tasks
Designers skilled in design for additive manufacturing (AM, DfAM) must apply restrictive
DfAM to prevent build failure and opportunistic DfAM to leverage AM capabilities. Few …
DfAM to prevent build failure and opportunistic DfAM to leverage AM capabilities. Few …