PapersFlow Research Brief
Educational Robotics and Engineering
Research Guide
What is Educational Robotics and Engineering?
Educational Robotics and Engineering is a field of study that uses robotics programming and engineering design activities to teach concepts in STEM education, particularly to elementary, junior high school, and university students, through self-directed learning, creative activities, and specialized learning environments.
This field encompasses 162,381 works focused on robotics programming education, mechatronics, and control engineering applications in teaching materials. It promotes self-directed learning and creative activity via robot competitions and humanoid robotics projects. Educational environments in this area foster creativity and engineering design skills across various student levels.
Topic Hierarchy
Research Sub-Topics
Robotics Programming in Elementary Education
This sub-topic covers block-based and visual programming tools like Scratch for Robotics in primary schools. Researchers evaluate computational thinking gains and engagement through pre-post intervention studies.
STEM Learning through Robot Competitions
This sub-topic examines educational outcomes from competitions like FIRST LEGO League and RoboCup Junior. Researchers assess teamwork, engineering design, and persistence via longitudinal participant surveys.
Self-Directed Learning in Educational Robotics
This sub-topic investigates open-ended robotics projects promoting autonomy and inquiry-based learning. Researchers study scaffolding strategies and metacognitive development in K-12 settings.
Control Engineering in Robotics Curricula
This sub-topic focuses on PID controllers, feedback systems, and dynamics taught through robotic platforms. Researchers develop hands-on modules for secondary and undergraduate mechatronics education.
Creative Design in Educational Robotics
This sub-topic explores divergent thinking and prototyping in humanoid and modular robot construction. Researchers measure creativity metrics and correlation with academic performance in design challenges.
Why It Matters
Educational Robotics and Engineering supports STEM education by integrating robotics platforms into curricula, as shown in recent grants like the $474,000 NSF Advanced Technological Education grant awarded to Alfred State for creating robotic programs led by Assistant Professors Jessica Hutchison and Dr. [unspecified collaborator]. A $705,000 NSF grant to Professor Nitin Sanket advances bio-inspired sound navigation for tiny robots in robotics engineering contexts. These initiatives, alongside a $3.5 million NSF Future Manufacturing Research Grant at Virginia Tech for robotic 3D-printed composites, demonstrate direct applications in university and primary education, enhancing computational thinking and academic achievements through platforms analyzed in preprints like "Robotics in Education: A Comparative analysis of robotic platforms across educational levels".
Reading Guide
Where to Start
"Should We Use Educational Robots to Introduce Students to Computational Thinking? Insights From Two Experimental Studies" by Kevin Sigayret, Nathalie Blanc, André Tricot, as it provides direct experimental evidence on core educational applications suitable for building foundational understanding.
Key Papers Explained
Preprints form the accessible core: "Enhancing Engineering Education with Robotics: From Theory to Practice" introduces practical implementation, building to "Robotics in Education: A Comparative analysis of robotic platforms across educational levels" which evaluates platforms systematically, and "Should We Use Educational Robots to Introduce Students to Computational Thinking? Insights From Two Experimental Studies" by Kevin Sigayret, Nathalie Blanc, André Tricot tests efficacy experimentally. "Pair Interactions and Emergent Roles in Problem-Solving with Modular Robotics in Primary Education" extends to collaborative dynamics. "Global effects of robot-based education on academic achievements, computation, motivation, and performance" synthesizes outcomes across studies.
Paper Timeline
Most-cited paper highlighted in red. Papers ordered chronologically.
Advanced Directions
Recent preprints focus on experimental validation of computational thinking via robots (Kevin Sigayret et al.) and modular robotics in primary collaborative problem-solving. NSF grants drive infrastructure, including Alfred State's $474,000 ATE project and Virginia Tech's $3.5 million for robotic manufacturing. IEEE platforms and tools like JdeRobot Academy support practical frontiers in hands-on exercises.
Papers at a Glance
| # | Paper | Year | Venue | Citations | Open Access |
|---|---|---|---|---|---|
| 1 | PROCEEDINGS OF THE INTERNATIONAL SCHOOL OF PHYSICS ≪ENRICO FERMI≫ | 1993 | Elsevier eBooks | 1.5K | ✕ |
| 2 | International SMA Consortium Meeting (26–28 June 1992, Bonn, G... | 1992 | Neuromuscular Disorders | 646 | ✕ |
| 3 | An Ergonomic Analysis of the Fulcrum Effect in the Acquisition... | 1998 | Endoscopy | 289 | ✕ |
| 4 | A laboratory manual for X-ray powder diffraction | 2001 | Antarctica A Keystone ... | 287 | ✕ |
| 5 | Keio communication review | 1980 | Medical Entomology and... | 266 | ✕ |
| 6 | Chemistry and Technology of Isocyanates | 1997 | — | 244 | ✕ |
| 7 | Human Gamma Globulin Fractionation on Anion Exchange Cellulose... | 1959 | Journal of Biological ... | 240 | ✓ |
| 8 | A forest bathing trip increases human natural killer activity ... | 2008 | PubMed | 229 | ✕ |
| 9 | An inexpensive alternative to glassmilk for DNA purification | 1995 | Trends in Genetics | 224 | ✕ |
| 10 | Amino acid handbook | 1956 | — | 222 | ✕ |
In the News
Alfred State receives a $474000 grant to create robotic ...
Alfred State has been awarded $474,019 in funding from the National Science Foundation (NSF) through an Advanced Technological Education (ATE) grant. The grant will support a project led by Assista...
Computer Science Department Welcomes Grant-Funded ...
U.S. Department of Education grant supporting the University’s ASPIRE (Access to STEM Pathways through Integrated Research and Engagement) program, which recently earned national recognition for ad...
Professor Nitin Sanket Wins $705K NSF Grant to Advance ...
# Professor Nitin Sanket Wins $705K NSF Grant to Advance Bio-Inspired Sound Navigation for Tiny Robots ## Department(s): Robotics Engineering September 24, 2025
🚨 Big news! Robotics grants are now OPEN for the 2025- ...
Apply today and get support for your robotics journey for a variety of our robotics programs. 🔗 Learn more: https://www.robotevents.com/grants No photo description available.
National Science Foundation funding brings smarter and ...
With funding from a three-year, $3.5 million National Science Foundation (NSF) Future Manufacturing Research Grant , a team at Virginia Tech is pioneering this new approach by using robotic arms to...
Code & Tools
Python library and robotics building instructions for robotics education within schools. The aim of this project is to provide ease of teaching and...
#### A guide covering Robotics including the applications, libraries and tools that will make you a better and more efficient Robotics developer.
* ModernRoboticsCpp - Mechanics, Planning, and Control C++ Library --- The primary purpose of the provided software is to be easy to read and educa...
# License This work is licensed under a Creative Commons Attribution 4.0 International License . ## About A curated list of awesome links and so...
JdeRobot Academy is an**open source**platform that provides a collection of exercises for learning robotics in a practical way. Its latest document...
Recent Preprints
Enhancing Engineering Education with Robotics: From Theory to Practice
* Accessibility * Terms of Use * Nondiscrimination Policy * Sitemap * Privacy & Opting Out of Cookies A not-for-profit organization, IEEE is the world's largest technical professional organiza...
Robotics in Education: A Comparative analysis of robotic platforms across educational levels
A not-for-profit organization, IEEE is the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity.© Copyright 2025 IEEE - All rights reser...
Should We Use Educational Robots to Introduce Students to Computational Thinking? Insights From Two Experimental Studies
Should We Use Educational Robots to Introduce Students to Computational Thinking? Insights From Two Experimental Studies Kevin Sigayret, Nathalie Blanc, André Tricot To cite this version: Kevin Sig...
Pair Interactions and Emergent Roles in Problem-Solving with Modular Robotics in Primary Education
This study contributes original insights into the field of collaborative problem solving by examining how young learners engage with modular robotics in unstructured, hands-on tasks using visuo-spa...
Global effects of robot-based education on academic achievements, computation, motivation, and performance
Given the demonstrated efficacy of robots in educational contexts, a wide range of robotic platforms have been specifically designed for educational purposes. While numerous individual studies have...
Latest Developments
Recent developments in educational robotics and engineering research include the upcoming CES 2026 exhibition by Elephant Robotics showcasing new educational robotics solutions, including AI-enabled robots and robotic pets (Elephant Robotics, published 12/01/2025). Additionally, the 17th International Conference on Robotics in Education (RiE 2026) is scheduled to be held at Ostfalia University, focusing on the latest trends in robotics education (RiE 2026, current). Research also indicates significant growth in AI-powered robotics programs for teachers, with initiatives like the MAR-RET site aiming to enhance STEM curriculum and workforce development (AI Robotics Research Experience for Teachers, published early 2026). Furthermore, recent articles highlight the rapid acceleration of AI and robotics in education, with predictions of slower but ongoing integration into various sectors (Stefan Bauschard, 12/30/2025, Elad Inbar, 01/02/2026).
Sources
Frequently Asked Questions
What student levels does Educational Robotics and Engineering target?
It targets elementary and junior high school students for robotics programming, university students for mechatronics education, and broader groups through robot competitions. Self-directed learning and creative activities form core components. Control engineering integrates into teaching materials across these levels.
How does Educational Robotics and Engineering promote creativity?
It develops learning environments that foster creativity through engineering design and humanoid robotics projects. Participation in robot competitions yields measurable educational effects. Keywords like creative activity and self-directed learning highlight these methods.
What are key methods in Educational Robotics and Engineering?
Methods include robotics programming education, self-directed learning, and application of control engineering in teaching materials. Robot competitions provide practical experience. Engineering design processes support hands-on activities.
What recent applications exist in Educational Robotics and Engineering?
Preprints examine robotic platforms across educational levels and experimental studies on introducing computational thinking via educational robots. Grants fund projects like Alfred State's $474,000 NSF initiative for robotics programs. Tools like OpenEduBot provide Python libraries for school robotics teaching.
What is the current state of Educational Robotics and Engineering research?
The field includes 162,381 works with keywords spanning STEM education, robot competitions, and learning environments. Recent preprints address global effects on academic achievements and pair interactions in primary education with modular robotics. NSF grants totaling millions support ongoing advancements.
Open Research Questions
- ? How do different robotic platforms compare in enhancing computational thinking across primary and university levels?
- ? What are the global effects of robot-based education on motivation and performance in diverse academic settings?
- ? How do pair interactions and emergent roles influence problem-solving outcomes with modular robotics in primary education?
- ? Should educational robots serve as the primary tool for introducing students to computational thinking, based on experimental evidence?
- ? What role does bio-inspired navigation play in scaling tiny robots for engineering education applications?
Recent Trends
Preprints from the last six months emphasize experimental studies, such as "Should We Use Educational Robots to Introduce Students to Computational Thinking? Insights From Two Experimental Studies" by Kevin Sigayret, Nathalie Blanc, André Tricot , and meta-analyses on global effects of robot-based education on achievements (2025-08-11).
2025-11-22NSF grants surged, with $474,000 to Alfred State , $705,000 to Professor Nitin Sanket for tiny robots (2025-09-24), and $3.5 million to Virginia Tech (2025-11-24), signaling increased funding for practical implementations amid 162,381 total works.
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