Advanced Technologies

Student Learning Outcomes

Architecture and Construction Technologies

Drafting & Design Technologies

  • Describe key drafting standards, symbols, and conventions used in architectural and engineering design.
  • Produce accurate 2D technical drawings using CAD software, adhering to industry standards.
  • Utilize and critique 3D modeling techniques to simulate project details and components, as evidenced by completed digital models or renderings.
  • Interpret architectural or engineering drawings to identify design details, specifications, tolerances, and material requirements.
  • Assess the accuracy and completeness of a set of drawings against project requirements and industry standards.
  • Design comprehensive documents of multidisciplinary projects (e.g., architectural layout or mechanical assembly), integrating 2D and 3D elements.
Building Construction Technology
  • Describe fundamental concepts of building construction, including materials, tools, and safety standards.
  • Explain the roles and functions of residential and commercial construction systems, such as framing, plumbing, and electrical.
  • Construct basic structural components, such as walls or roofs, using appropriate tools and techniques.
  • Interpret construction blueprints and specifications to identify materials, dimensions, and assembly requirements.
  • Assess the quality of a completed construction task (e.g., drywall installation or concrete finishing) against industry standards, evidenced by successful completion of simulated inspections.
  • Critique the environmental impact of construction methods and materials, recommending sustainable alternatives.
  • Develop a cost estimation and bidding proposal for a construction job, incorporating labor, materials, and equipment, as shown in a comprehensive portfolio submission.
  • Describe fundamental concepts of energy-efficient building and energy auditing.
Aerospace Technology
  • Describe fundamental principles of aerospace technology, including the construction, testing, and maintenance of aircraft and space vehicles.
  • Explain the operational roles and responsibilities of aerospace technicians in assembling, servicing, and repairing systems for space launch vehicles and ground support equipment.
  • Apply standard pre-flight, in-flight, and post-flight procedures to operate and maneuver unmanned aircraft systems (UAS) safely.
  • Create procedures and safety practices in alignment with FAA standards for the operation and maintenance of aerospace equipment.
  • Assess the effectiveness of a basic flight plan for a UAS mission, considering factors such as safety, efficiency, and environmental impact, as shown in peer-reviewed project critiques.
  • Critique maintenance and inspection protocols for aerospace equipment to ensure compliance with industry standards, as evidenced by written recommendations or oral justifications.
Automation and Manufacturing Technology
  • Describe the functions and interactions of mechanical and electronic components in automated manufacturing systems.
  • Implement safety protocols and quality control standards in a manufacturing environment.
  • Compare different manufacturing techniques (e.g., additive vs. subtractive processes) to determine their suitability for specific production goals.
  • Assess the efficiency of an automated production, identifying areas for improvement based on industry standards.
  • Evaluate the effectiveness of a maintenance schedule for manufacturing equipment, recommending adjustments to minimize downtime.
  • Develop a process improvement plan for a manufacturing operation, incorporating lean manufacturing principles and automation technologies.
Electronics Technology
  • Describe the fundamental principles of electronics, including Ohm’s Law, circuit components, safety protocols, analog versus digital electronic circuits, amplifiers, oscillators, and logic gates.
  • Construct basic electronic circuits using breadboards or soldering techniques, adhering to schematic diagrams, as demonstrated in lab projects.
  • Diagnose faults in electronic systems by using testing procedures, using multimeters, oscilloscopes, or signal generators to interpret test data and schematic diagrams, or verify circuit functionality.
  • Differentiate between various electronic components (e.g., resistors, capacitors, transistors) and their applications in circuit design, as demonstrated in comparative analyses or case studies.
  • Critique the reliability and efficiency of power systems or control circuits, identifying areas for improvement and recommending enhancements.
  • Design a functional electronic circuit, such as a signal conditioner or microcontroller-based system, integrating analog and digital components.

 

 

Computer and Information Technology Department

Computer and Information Technology Program
  • Identify fundamental concepts of computer hardware, software, and networking principles to support IT system operations.
  • Explain the role of cybersecurity protocols in protecting data and systems from unauthorized access and threats.
  • Apply logic to develop functional scripts, code, and programs for the automation of computer tasks.
  • Configure computer devices to establish secure and efficient network connectivity for optimal performance.
  • Analyze system performance metrics to diagnose and troubleshoot hardware, software, or network issues.
  • Assess the appropriateness of IT solutions for specific organizational needs, considering scalability, security, and cost-effectiveness.
  • Synthesize data to interpret and visualize trends for informed decision-making.
  • Evaluate AI solutions for fairness, bias, and ethical considerations, ensuring responsible use in real-world scenarios.

 

Commercial Technologies

Automotive Technology
  • Apply Safety And Industry Standards:
    Apply safety protocols and industry standards for personal and shop safety, including the proper use of tools, lifts, and emergency response procedures.
  • Utilize Tools and Equipment:
    Effectively utilize tools, equipment, and diagnostic instruments to conduct vehicle inspections, repairs, and maintenance according to industry standards.
  • Evaluate System Analysis and Diagnose Problems:
    Analyze vehicle systems and components to assess potential hazards, diagnose malfunctions, and recommend corrective actions.
  • Illustrate Critical Thinking and Problem Solving:
    Apply critical thinking and problem-solving skills to interpret work orders, conduct inspections, and develop service plans that align with customer needs and workplace policies.
  • Model Professionalism and Communication:
    Demonstrate professionalism, effective communication, and teamwork, adhering to workplace ethics and collaborating with peers and customers respectfully and knowledgeably.
  • Model Best Practices and Compliance:
    Implement industry best practices for vehicle servicing, ensuring proper documentation, customer service, and compliance with safety and environmental regulations.
  • Demonstrate Workplace Evaluation and Ethical Decision Making:
    Evaluate workplace situations to resolve conflicts, ensure ethical decision-making, and maintain an inclusive, productive work environment.
Electrical Programs 
  • Demonstrate Effective Communication and Teamwork:
    Professionally communicate in both oral and written forms, and work effectively in a team-based environment to achieve goals and solve problems.
  • Utilize Technical Calculations and Interpretation:
    Accurately perform electrical-related calculations and interpret results to repair or install electrical power systems, applying knowledge to real-world scenarios.
  • Apply Industry Techniques for Electrical Systems:
    Demonstrate the use of current industry techniques and equipment to diagnose, service, maintain, and repair electrical power systems, ensuring operational efficiency.
  • Construction of Electrical Power Systems:
    Use industry techniques and equipment to install electrical power lines and associated equipment, applying knowledge of electrical principles for safe and effective installation.
  • Utilize Understanding and Application of Electrical Principles:
    Demonstrate understanding of basic electrical principles as they relate to the installation, maintenance, and repair of electrical power systems.
  • Model Ethical Decision-Making and Safety Practices:
    Determine appropriate ethical actions in given circumstances, and consistently perform lineworker duties safely, adhering to industry standards and safety regulations.
Water Technology
  • Evaluate and Analyze Treatment Processes:
    Evaluate treatment processes using collected data, identify necessary process control changes, and analyze equipment/system failures to propose corrective actions. Also, evaluate invalid lab analyses and determine corrective actions.
  • Apply Operational and Technical Knowledge:
    Identify the required information for calculations, accurately perform those calculations, and apply operational parameters and sampling points to ensure efficient data collection and process evaluation.
  • Design Treatment Systems and Schematics:
    Draw accurate treatment facility schematics, incorporating all treatment processes, and integrate relevant concepts to identify optimal operational responses for varying situations.
  • Utilize Laboratory and Operational Skills:
    Perform laboratory techniques and analyses with acceptable accuracy. Safely conduct operational and laboratory duties, and perform necessary equipment maintenance and repairs.
  • Evaluate Ethical and Safety Considerations:
    Identify and evaluate ethical actions in different circumstances, differentiate between situational and other ethical theories, and identify and address safety issues in the water and wastewater field.
  • Relate Technical Information Effectively:
    Effectively present technical information both orally and in writing, ensuring clarity and understanding in professional settings.
  • Model Collaboration and Apply Regulatory Knowledge:
    Work effectively as a team and demonstrate knowledge of applicable regulations, ensuring compliance and correct application in all operational and technical tasks."
Welding Technology
  • Compose technical knowledge:
    Present technical welding-related information clearly in both written and oral formats, and work collaboratively to solve problems.
  • Demonstrate technical training:
    Utilize different welding techniques to perform welds using various processes, ensuring adherence to AWS visual inspection standards.
  • Analyze and solve problems:
    Assess welding parameters/conditions, make accurate measurements (±1/16 inch or 1mm), and calculate necessary values (areas, volumes, tensile strength, and travel speed).
  • Evaluate measurements and conversions:
    Convert between the English and Metric systems, as well as fractional and decimal measurements.
  • Utilize technical skills:
    Set up, shut down, and use various welding equipment, including different power sources, wire feeders, submerged arc, air carbon arc, and oxy-acetylene tools.
  • Identify and apply ethical standards:
    Recognize unethical situations in the welding profession and select appropriate ethical responses.
  • Model professional behavior:
    Exhibit good employee conduct and demonstrate civic responsibility through community service projects."
Heating, Ventilation, and Air conditioning (HVAC)
  • Demonstrate Effective Communication and Teamwork:
    Use oral and written communication effectively to convey technical information and work collaboratively as a team to solve problems and achieve goals.
  • Utilize Troubleshooting and Problem-Solving Skills:
    Troubleshoot and diagnose issues in air conditioning, heating, and refrigeration systems, applying technical knowledge to identify and resolve system malfunctions.
  • Solve Technical Calculations and Conversions:
    Accurately perform calculations related to air conditioning, heating, and refrigeration systems, and convert between various units to ensure precision in measurements and operational efficiency.
  • Demonstrate Ethical and Safe Practices:
    Determine appropriate ethical actions in various situations and consistently perform technician duties safely, following industry standards and regulations.
  • Model System Servicing and Maintenance:
    Service, maintain, and repair air conditioning, heating, and refrigeration systems, ensuring optimal performance and addressing mechanical issues as needed.
  • Application of Technical Knowledge:
    Apply knowledge of system components to maintain, service, and repair HVAC systems efficiently, ensuring compliance with technical and safety standards."