Foundation: Demonstrate understanding of fundamental principles of digital logic design.
Application: Accurately interpret and use digital logic terminology, diagrams, notations, tools, and techniques for creating circuit solutions involving digital components.
Build: Design, assemble, and troubleshoot digital logic circuits using appropriate construction techniques and industry-standard tools.
Evaluation: Collect, record, and interpret data to analyze circuit performance and communicate clear engineering conclusions.
Professionalism: Demonstrate consistent responsibility, collaboration, and ethical behavior to contribute effectively and safely in work environments.
Foundation: Demonstrate understanding of advanced industry techniques for implementing digital circuits.
Application: Accurately interpret and use digital logic terminology, diagrams, notations, tools, and techniques for creating complex digital circuit solutions.
Build: Design, assemble, and troubleshoot advanced digital circuits using appropriate construction methods and industry-standard tools.
Evaluation: Collect, record, and interpret data to analyze circuit performance and communicate clear engineering conclusions.
Professionalism: Demonstrate consistent responsibility, collaboration, and ethical behavior to contribute effectively and safely in work environments.
Foundation: Demonstrate methods of accurate measurement, proficiency with basic drawing tools, and ability to create and interpret basic technical drawings.
Application: Analyze technical drawings and specifications to plan effective solutions using appropriate drafting tools and techniques.
Build: Design and manufacture physical projects using industry-standard CAD tools and methods, employing an iterative engineering process to ensure accuracy.
Evaluation: Collect, record, and interpret measurement and project data to assess design accuracy and communicate clear engineering conclusions.
Professionalism: Demonstrate consistent responsibility, collaboration, and ethical behavior to contribute effectively and safely in work environments.
Foundation: Demonstrate accurate measurement and analysis of real-world objects, and ability to interpret design diagrams and specifications.
Application: Analyze technical drawings and specifications to plan effective solutions using appropriate drafting tools and techniques.
Build: Design and manufacture physical projects using industry-standard CAD tools and methods, employing an iterative engineering process to ensure accuracy.
Evaluation: Collect, record, and interpret measurement and project data to assess design accuracy and communicate clear engineering conclusions.
Professionalism: Demonstrate consistent responsibility, collaboration, and ethical behavior to contribute effectively and safely in work environments.
Foundation: Demonstrate comprehensive understanding and application of core engineering and design principles relevant to individual pathways (Drafting, Electronics, or Computer Science).
Application: Analyze complex, real-world problems, break them into manageable components, and develop innovative, effective engineering solutions using appropriate tools and techniques.
Build: Design, develop, and refine projects independently and collaboratively, employing iterative engineering processes and leveraging pathway-specific tools and technologies.
Evaluation: Collect, document, and analyze data rigorously to assess project performance, synthesize findings, and communicate clear, evidence-based engineering conclusions.
Professionalism: Exhibit leadership, responsibility, collaboration, and ethical behavior, demonstrating mastery of workplace skills and adaptability in diverse team and project environments.
Foundation: Demonstrate comprehensive understanding and application of engineering and design principles.
Application: Analyze a complex, real-world problem, break into manageable components, and develop an effective engineering solution using appropriate tools and techniques.
Evaluation: Collect, document, and analyze data rigorously to assess project performance, synthesize findings, and communicate clear, evidence-based engineering conclusions.
Professionalism: Exhibit leadership, responsibility, collaboration, and ethical behavior, demonstrating mastery of workplace skills and adaptability in diverse team and project environments.
Foundation: Demonstrate comprehensive understanding and application of core engineering and design principles relevant to individual pathways (Drafting, Electronics, or Computer Science).
Application: Analyze complex, real-world problems, break them into manageable components, and develop innovative, effective engineering solutions using appropriate tools and techniques.
Build: Design, develop, and refine projects independently and collaboratively, employing iterative engineering processes and leveraging pathway-specific tools and technologies.
Evaluation: Collect, document, and analyze data rigorously to assess project performance, synthesize findings, and communicate clear, evidence-based engineering conclusions.
Professionalism: Exhibit leadership, responsibility, collaboration, and ethical behavior, demonstrating mastery of workplace skills and adaptability in diverse team and project environments.
Foundation: Demonstrate understanding of the essential engineering building blocks and the design process.
Application: Analyze complex, real-world problems, break them into manageable components, and develop effective engineering solutions using appropriate tools and techniques.
Build: Design, develop, and refine projects independently and collaboratively, employing iterative engineering processes.
Evaluation: Collect, document, and analyze data rigorously to assess project performance, synthesize findings, and communicate clear, evidence-based engineering conclusions.
Professionalism: Exhibit leadership, responsibility, collaboration, and ethical behavior, demonstrating mastery of workplace skills and adaptability in diverse team and project environments.
Foundation: Demonstrate comprehensive understanding and application of core engineering and design principles relevant to individual pathways (Drafting, Electronics, or Computer Science).
Application: Analyze complex, real-world problems, break them into manageable components, and develop innovative, effective engineering solutions using appropriate tools and techniques.
Build: Design, develop, and refine projects independently and collaboratively, employing iterative engineering processes and leveraging pathway-specific tools and technologies.
Evaluation: Collect, document, and analyze data rigorously to assess project performance, synthesize findings, and communicate clear, evidence-based engineering conclusions.
Professionalism: Exhibit leadership, responsibility, collaboration, and ethical behavior, demonstrating mastery of workplace skills and adaptability in diverse team and project environments.
