Praxis Technology Education study plan
Praxis Technology Education · Give each week a clear focus.
8 weeks · About 7 hours per week
Fundamentals of Technology and Technology Education
Define the nature of technology and differentiate technology from science and engineering using at least three original examples
Map the historical evolution of technology across eras (Stone Age through Information Age) and identify the dominant materials, energy sources, and tools of each
Explain the core concepts of systems thinking (input, process, output, feedback, open vs. closed systems) and apply them to two everyday technological systems
Describe the universal systems model and the designed world's technological contexts (medical, agricultural, energy/power, information/communication, transportation, manufacturing, construction)
Summarize the philosophy, scope, and goals of technology education as a discipline distinct from educational technology
Your checkpoint
A one-page concept map linking the universal systems model to each of the seven technological contexts, with a written paragraph explaining technology education's distinct purpose
Technological Design and Problem Solving
Identify and sequence the steps of the technological design process and explain how iteration and constraints shape it
Distinguish between criteria and constraints in a design brief and write a complete design brief for a hypothetical classroom project
Compare brainstorming, morphological analysis, and reverse engineering as idea-generation strategies
Explain the role of prototyping, testing, and design review in refining a solution
Describe how standards, patents, and intellectual property influence technological design decisions
Your checkpoint
A complete design portfolio for one original problem: problem statement, criteria/constraints list, three alternative concepts, a prototype sketch, and a test plan
Technological Design and Problem Solving & Fundamentals of Technology and Technology Education
Apply the engineering design process to a hands-on mini-project and document each phase with dated notes
Analyze trade-offs among competing design criteria and justify a final selection in writing
Evaluate a design failure case study and identify where the process broke down
Connect systems thinking from Domain 1 to design decisions in Domain 2
Practice solving multi-step design and systems problems under timed conditions
Your checkpoint
A design journal with a completed mini-project, trade-off analysis, and a 15-question self-made practice set with answer rationales
Communication and Information Technologies
Trace the historical development of communication technologies from print through digital media
Diagram the communication systems model (encoder, transmitter, channel, receiver, decoder, storage, feedback) and apply it to a modern digital example
Differentiate analog and digital signals and explain encoding, bandwidth, and compression
Describe key information technology concepts: networks, the internet, cloud computing, cybersecurity basics, and data storage
Explain how technical drawing, drafting, and graphic communication convey design information
Your checkpoint
A systems-model diagram of a modern communication technology plus a written explanation of its signal path from encoder to decoder
Manufacturing and Construction Technologies
Compare manufacturing processes (forming, separating, combining, conditioning, finishing) and give an example of each
Explain manufacturing systems: mass production, lean manufacturing, automation, and quality control
Identify construction systems including site preparation, structural systems, and building materials
Relate manufacturing and construction processes to material properties and selection
Analyze how manufacturing and construction decisions affect cost, safety, and environmental impact
Your checkpoint
A comparison table of manufacturing processes with examples and a short report on a construction system (e.g., wood frame vs. steel frame) with trade-offs
Energy, Power, and Transportation Technologies
Classify energy sources as renewable and nonrenewable and describe conversion pathways from source to useful work
Explain the principles of power systems including transmission, mechanical advantage, and efficiency
Describe transportation systems across land, air, water, and space with their propulsion and control systems
Apply the law of conservation of energy to analyze efficiency in a real system
Evaluate environmental and economic trade-offs among energy and transportation technologies
Your checkpoint
An energy conversion diagram for one renewable and one nonrenewable pathway with efficiency calculations and a written trade-off analysis
Instructional Practices and Professional Responsibilities in Technology Education
Design a standards-aligned technology education lesson using the engineering design process as the instructional backbone
Develop authentic assessments, rubrics, and safety protocols for a hands-on activity
Explain strategies for teaching diverse learners, including differentiation and inclusive design
Describe professional responsibilities: safety, ethics, liability, and professional development
Connect technology education to STEM integration and career pathways
Your checkpoint
A complete lesson plan with objectives, standards alignment, activities, rubric, and safety plan for a hands-on design activity
Fundamentals of Technology and Technology Education & Technological Design and Problem Solving & Communication and Information Technologies & Manufacturing and Construction Technologies & Energy, Power, and Transportation Technologies & Instructional Practices and Professional Responsibilities in Technology Education
Review all six domains using a self-made summary sheet of key terms and concepts
Complete two full-length timed practice tests and analyze missed questions by domain
Re-teach the three weakest concepts in writing without notes
Finalize a one-page reference sheet of formulas, models, and process steps
Practice answering scenario-based instructional questions and justify each answer
Your checkpoint
A full-length timed practice test score report with a written analysis of missed items and a remediation plan for the final week
Milestones
Week 2: Score at least 80% on a 20-question self-made quiz covering Domains 1 and 2, and confirm the design portfolio includes all required components
Week 4: Complete a 30-question mixed practice set across Domains 1-3 with at least 75% accuracy and write rationales for every missed item
Week 6: Finish a full-length timed practice test and identify the two weakest domains to target in Week 7
Week 8: Achieve at least 80% on a second full-length timed practice test and complete the remediation plan