Teacher Practical Guidance:

Project Based Learning (PBL)

Category: Strategy

Rank Order

24

Effect Size

0.78

Achievement Gain %

28

How-To Strategies

BENEFITS


  • Engaging for students

 

  • Leads to sustained learning of content

 

  • More authentic and relevant

 

  • Builds “soft skills” – team work, problem solving, collaboration

 

  • Increased persistence and responsibility for learning

 

  • Development of research and discussion skills

 

  • Improved attendance

 

  • Improved academic outcomes across subjects, grades and household incomes. Saavedra & Rapaport (2024)

 

 

 

HOW TO


  • Determine authentic, challenging problem, project or question.

 

  • Teach research techniques.

 

  • Practice team collaboration skills. Students need to learn how to work in teams.

 

  • Encourage student voice and choice.

 

  • Promote sustained inquiry where. students learn to use a project management process that enables them to proceed effectively from project initiation to completion.

 

  • Students work is publicly displayed, discussed, critiqued, and given feedback with dialogue.

 

  • Reflection, critique, and revision. Student reflect on work, process and ultimate task completion.

 

  • Ensure aligned professional learning support for all teachers.  Create a school wide PBL culture. Boss & Larmer, (2018)

 

  • Use Narrative and Role-Play – Create an overarching narrative or theme for the class, like students becoming astronauts exploring space or spies on a mission.

 

  • Have students take on roles and personas related to the theme. Decorate the classroom accordingly.

 

  • Link learning goals and activities to this narrative for an immersive experience.

 

  • Implement Badges, Levels and Progress Tracking –  Set specific goals or “quests” for students to complete and earn badges/achievements.

 

  • Use progress bars, leaderboards or levels to track student advancement visually.

 

  • Badges can unlock privileges like homework passes, choice of work environment, opting out of tests etc.

 

  • Incorporate Time Pressure – Add time limits or countdowns to activities to increase challenge and adrenaline.

 

  • This fosters cooperation within teams and competition between groups.

 

  • Use regular reminders or digital timers to enforce the time crunch.

 

  • Encourage Creativity and Choice – Allow students to be creative by designing characters, worlds, stories related to the learning.

 

  • Provide options for students to choose their own pathway to complete badges/quests.

 

  • This promotes student agency, self-direction and accountability in their learning.

 

  • Use Collaborative and Competitive Elements –  Incorporate both collaborative group challenges and competitive dynamics.

 

  • Students can play against each other or work together towards shared goals.

 

  • Cooperation and friendly competition can increase engagement.  Link

 

 

 

PBL PROGRAMS / CURRICULUM


  • International Baccalaureate (IB) Link

 

  • Knowledge in Action (KIA) Link

 

  • Generation Citizen (GC) Link

 

  • New Tech Network (NTN) Link

 

  • Street Law “Rule of Law” (ROL) Link

 

 

  • Democratic Knowledge Project (DKP) Link

 

 

CHALLENGES


  • Tension between breadth and depth – the tension schools and teachers feel to “teach” the breadth of district and state learning standards.

 

  • Keeping projects central – whole school and not 1-or-2 classrooms.

 

  • Misalignment of standardized assessments – most educators see the biggest gains in metrics not as easily measured such as “soft skills.”

 

  • Financial requirements – Teaching PBL requires materials and professional learning support long-term. Saavedra & Rapaport (2024)

 

 

 

WHAT NOT TO DO


  • Don’t bolt on a poster, model, or slideshow at the end of a traditional unit and call it PBL; in high‑quality PBL, the project is the central vehicle for learning, not an afterthought.

 

  • Don’t design activities that are fun but only tangentially related to core concepts.

 

  • Launching an ambitious, open-ended project without building your (and students’) PBL routines and systems first.

 

  • Assuming PBL automatically guarantees deep learning, regardless of task design and scaffolds.

 

  • Not backward-planning from clear standards, content goals, and success criteria.

 

  • Designing products that emphasize aesthetics (posters, slides, “creative” crafts) over intellectually demanding thinking and explanation.

 

  • Avoiding explicit instruction, modeling, or worked examples, even when students lack the background knowledge or strategies to investigate meaningfully.

 

  • Trying to infer individual mastery only from group products, which hides who actually understands what.

 

  • Skipping systematic formative checks (quick writes, exit tickets, conferences) that track progress.

 

  • Expecting full student self-direction from day one without teaching collaboration norms, roles, timelines, and help-seeking routines.

 

  • Ignoring structural constraints (time, curriculum pacing, class size, parent expectations).  link

 

 

 

 

How-To Resources

ARTICLE


Link – ARTICLE (Clickview) 15 problem solving activities for students

 

Link – ARTICLE (ETI) Curated list PBL tools

 

Link – ARTICLE (Create) 15 fun problem solving activities

 

Link – ARTICLE (Sequin) Group problem solving games

 

Link – ARTICLE (Shabbir) Engaging problem solving activities

 

Link – ARTICLE ( Prodigy) PBL explained & 10 activities

 

Link – ARTICLE (Kappan) Key lessons from research on project based learning

 

Link – ARTICLE (Cornell U) Problem based learning

 

Link – ARTICLE (EduTopia) 5 PBL pitfalls to avoid

 

Link – ARTICLE (TeachThought) 12 myths about PBL

 

Link – ARTICLE (AMLE) Tech for PBL classrooms

 

 

RESEARCH / REPORT / GUIDE


Link – GUIDE (New Tech) Comprehensive Guide to PBL

 

Link – RESEARCH (EAJournals) PBL implementation challenges

 

Link – RESEARCH (NIH) Implementation challenges in PBL

 

 

 

VIDEO


Link – VIDEO (Bucks Ins) PBL Explained

 

Link – VIDEO (Spencer) What is Problem Based Learning

 

Link – VIDEO (Wright) Hidden habits of genius

 

Link – SLIDESHOW (BAbu) Introduction to instructional games

 

 

WEBSITE / DIGITAL


Link – WEBSITE (Bucks Institute) PBL

 

Link – WEBSITE (IB) International Baccalaureate

 

Link – WEBSITE (Lucas) Knowledge In Action

 

Link – WEBSITE (GC) Generation Citizen

 

Link – WEBSITE (NTN) New Tech Network

 

Link – WEBSITE (ROL) Rule of Law Curriculum

 

Link – WEBSITE (DKP) Democratic Knowledge Project

 

Link – WEBSITE (Bucks Ins) PBL

 

Link – DIGITAL (TT) Curated list of 26 tools for PBL

 

Link – ARTICLE (Nearpod) Nearpod for PBL

 

Link – ARTICLE (Cypher) 6 digital tools for PBL

References

Link – RESEARCH (EAJournals) PBL implementation challenges

 

Ayaz & Soylemez (2015). The Effect of the Project-Based Learning Approach on the Academic Achievements of the Students in Science Classes in Turkey: A Meta-Analysis Study. Education and Science.

 

Barron, B., & Darling-Hammond L. (2008). Teaching for meaningful learning: A review of research on inquiry-based and cooperative learning. in Powerful Learning: What We Know About Teaching for Understanding. Edutopia.

 

Boss & Larmer (2018). Project based teaching. ASCD Link

 

Grant, M. (2011). Learning, beliefs, and products: Students’ perspectives with project-based learning. Interdisciplinary Journal of Problem-based Learning, 5(2).

 

Hattie, J. (2023). Visible learning: The sequel. NY: Routledge.

 

Meng N, Dong Y, Roehrs D, Luan L. (2023). Tackle implementation challenges in project-based learning: a survey study of PBL e-learning platforms. Educ Technol Res Dev. 28:1-29.

 

Perplexity (2024). *Perplexity.ai* (AI chatbot). https://www.perplexity.ai/

 

Phillips, et al. (1999) Projects with young learners. Oxford: Oxford University Press

 

Polikoff, M. (2021). Beyond standards: The fragmentation of education governance and the promise of curriculum reform. Harvard Education Press.

 

Purbosari, Mobo, Sugiyanto, Malyati, Muryati, Angganing, & Pujiyana (2024). Meta-Analysis of the Impact of the PjBL Learning Model on Student Academic Achievement: Analysis of Combined Effects and Heterogeneity. International Journal of Educational Studies in Social Sciences.

 

Rehman, Huang, Batool, Andleeb, & Mahmood. (2024). Assessing the Effectiveness of Project-Based Learning: A Comprehensive Meta-Analysis of Student Achievement between 2010 and 2023. CMU Journal of Social Sciences and Humanities.

 

Saavedra, A., & Rapaport, A. (2024). Key lessons from research about project-based teaching and learning. Kappan, 105 (5) Link

 

Saavedra, A., et al (2022). The impact of project-based learning on AP exam performance. Educational Evaluation and Policy Analysis, 44(4).

 

Wagner, T., (2020). Learning by heart: An unconditional education. Viking

 

Wenlan & Jiao (2019). Is the learning effect of problem-based learning happening? An experimental and quasi-experimental studies. Curriculum and Teaching. Curriculum and Teaching.

 

Wright, T. (2020). The hidden habits of genius: Beyond talent, IQ and grit – Unlocking the secrets of greatness. W. Morrow. Link

Project Based Learning (PBL) 

 

 

DEFINITIONS

PBL involves students actively exploring real-world problems and challenges through collaborative, hands-on projects.

Project-Based Learning (PBL) is a student-centered teaching method where students learn concepts and skills by working collaboratively on real-world projects over an extended period. The approach goes beyond traditional project work by integrating knowledge acquisition with its application to solve real-world issues, preparing students for success in a project-based world.  PBL emphasizes student agency, authenticity, and collaboration, aiming to engage students in meaningful learning experiences that promote long-term retention of skills and concepts. Link

Inquiry: Inquiry-based learning is similar to PBL as it is a student-centered teaching method that encourages students to ask questions, conduct research, and explore new ideas.  This approach promotes student-driven research, exploration, and problem-solving, aiming to connect learning to the real world and improve critical thinking skills.  It involves students developing questions, conducting investigations, and sharing their findings with others.  Link

DATA

  • 79 Meta analysis reviews

  • 3,000 Research studies

  • 460,000 Students in studies

  • 4 Confidence level.  Hattie (2023) p. 370, 394

QUOTES

“We need students today to wander widely, combine things, cross-train, be fearless, keep our eyes open, and have the boldness of ignorance.  The half-life of professional knowledge today is 5 years…” Wright (2020) p. 170

” Think opposite.  It’s an age old strategy. If you want a better understanding of a concept or object, conceive the opposite. If you want to understand how machines work, disassemble them. The advantages of oppositional thinking is that it allows us to see solutions to problems we would not otherwise see; makes us more mentally flexible and imaginative; teaches us to be comfortable with ambiguity and paradox; and finally it makes us laugh. Wright (2020) p .173

One student said, “let’s say you’re working for a company. They won’t ask you to take a test. They’ll ask you to solve a problem.” Saavedra & Rapaport (2024) p.20