Pathfinder Tech

Electronics Technology

SKILLS ACQUIRED AT EACH GRADE LEVEL

Grade 9

  • Electronics assembly skills focused on soldering & desoldering, protoboarding, wire crimping, and mechanical assembly/disassembly using basic hand tools.
  • Electronics theory and laws such as Ohm’s law, Kirchhoff’s law, and Watts’s law are introduced and practiced.
  • Component identification and number codes, resistor color code, schematic diagram reading, and creating.
  • Basic DC circuits. Series, parallel, and combination circuits, capacitors.
  • Magnetism theory and how it applies to Mechatronics through electric motors, generators, solenoids, and relays. Relay motor controllers.
  • Printed circuit board design fundamentals.
  • 3D printing fundamentals

Grade 11

  • Basic transistor theory and biasing configurations, Small and large signal amplifiers, multistage amplifiers, and field effect transistors (FETs).
  • Introduction to digital electronics – basic logic gates, combinational logic, timers, counters, and flip flops.
  • Operational amplifiers, fiber optics, and oscillators.
  • Introduction to Programmable Logic Controllers (PLCs) – hardware components, fundamentals of logic, basics of ladder logic programming, timers, and counters.
  • Ladder logic programming and factory automation control utilizing Logix-pro simulation software.
  • Basic hands-on PLC wiring and programming on PLC trainers.
  • Introduction to basic Mechatronics subjects such as automation basics, pneumatics, pumps and compressors, cylinders, and controllers.

Grade 10

  • Introduction to AC theory, Sine waves, calculation of amplitude and frequency, oscilloscope use, Inductors, capacitors, and transformers.
  • Introduction to Semiconductor theory and devices, including Diodes, voltage regulators, and silicon-controlled rectifiers. Basic transistor theory.
  • Power supply fundamentals. Half-wave, full-wave, and bridge rectifiers. Filter and voltage regulator circuits. Thermal management of semiconductors (heat sinks).
  • Robotics fundamentals include gear ratios, drive trains, motors, lift mechanisms, end effectors, and sensors.
  • Introduction to the engineering design process. Create a VEX robot to solve an engineering challenge.
  • Surface mount technology (SMT). Hand soldering of components, re-work, inspection criteria, and component number codes.
  • Capstone project consisting of constructing a fully functional, lab-quality power supply.

Grade 12

  •  Radio theory and AM/FM radio construction project.
  • Electric motor basics include DC series, brushless DC, and AC motors. Pulse width modulation, motion and position detection, and PID control systems.
  • Advanced digital logic circuits such as Shift registers, adders, subtractors, arithmetic logic units, multiplexers, analog-to-digital (ADC), and digital-to-analog (DAC) converters.

  • Advanced PLC topics, including data manipulation, math instructions, sequencer and shift register instructions, and PLC installation practices, editing, and troubleshooting.

  • Advanced Op Amp circuits. Inverting, Non-inverting, Integrators, differentiators, summing, active filters, high pass, low pass, band pass, and band reject.

  • Advanced Mechatronics topics including pneumatic logic circuits, electronic controls, transfer devices, and feeders.

The student who is curious about taking something apart just to see how it works will definitely enjoy the Electronics/Mechatronics Engineering program. Students work in a modern technical laboratory complete with updated workstations and advanced test and measurement equipment.

In this program, students are prepared for mid-level positions in the dynamic and challenging fields of electronics and mechatronics, as well as have a significant advantage if pursuing a post-secondary college degree in engineering.Throughout the year, students reinforce their technical and theoretical knowledge through the construction of several exciting and interesting projects, such as a programmable 3D LED cube, Bluetooth wireless speaker, digital Multimeter, and more. Additionally, juniors and seniors are engaged in a year-long design project of their choice. Past projects have included such innovative things as a motorized skateboard, acoustic levitator, bone conduction speaker, plasma thruster, Tesla coil, and many others.

There are many manufacturers in our area that rely heavily on automation and mechatronics to produce their products. Most of these companies are desperate for skilled technicians to install, maintain, and repair their automated manufacturing lines. Students in this program are taught these very high-demand skills that pay high salaries.

Lastly, students will have the opportunity to participate in Pathfinders Tech’s robotics club, which is comprised of several VEX teams plus an FRC team (FIRST Robotics). By participating and competing on a robotics team, students will gain very important engineering skills through the use of gears, sprockets, motors, pneumatics, vision systems, sensors, and programmable controllers. Additional beneficial skills acquired by the students are teamwork, organization, planning, and adherence to strict timelines. These are also highly sought-after skills by all employers.

NOTEWORTHY PROJECTS
  • Variable DC power supply
  • Wireless Bluetooth speaker
  • Programmable 3D LED cube
  • Fiber optic communicator
  • Digital Multimeter
OPPORTUNITIES FOR INDUSTRY RECOGNIZED CREDENTIALS
  • OSHA 10 hour safety card: General Industry
  • Associate Electronic Technician (CET)
  • IPC Essentials certifications
THIS PROGRAM RELIES HEAVILY ON THE FOLLOWING ACADEMIC SKILLS and/or DISCIPLINES
  • Math
  • Science
  • Pre-Engineering
Additional Program Info

The program also has 3D printers and students learn basic 3D modeling through On-Shape and Tinker CAD software. This allows them to create custom parts for the various projects they are involved in. They also learn how to create custom printed circuit boards (PCBs) utilizing KiCad and Ultiboard that can then be fabricated on our T-Tech PCB milling machine. Lastly, students are taught the basics of surface mount technology (SMT) which is the dominant method of manufacturing electronics assemblies today. The program also has a new state-of-the-art, four-head automatic pick-and-place machine with conveyor and vision systems for the automated assembly of SMT circuits. All of these skills will prepare our students for a career in the field of engineering.

POSSIBLE CAREER OPPORTUNITIES UPON COMPLETION OF PROGRAM

  • Electronics/Electro-Mechanical assembler
  •  Mobile Electronics Installer
  •  PLC programmer
  •  Electronics/Mechatronics Technician
  •  Printed circuit board designer
    Median Yearly Salary – $48K
    After completion of 1-2 years of post-secondary technical training (apprenticeship, certificate program or associate’s degree):
    • Electro-Mechanical and Mechatronics Engineering Technologists and Technicians
    •  Non-Destructive Testing Specialists
    •  Electrical and Electronic Repairers – commercial and Industrial Equipment
    •  Industrial Engineering Technologists and Technicians
    •  Industrial Machinery Mechanics
      Median Yearly Salary – $72K
    After completion of Advanced degree (4 year college degree or higher)
    •  Electrical Engineer
    •  Process Engineer
    •  Automation & Robotics Engineer
    •  Mechanical Engineer
    • Test Engineer
    •  Engineering Manager
      Median Yearly Salary $100K +
    The owner of this website has made a commitment to accessibility and inclusion, please report any problems that you encounter using the contact form on this website. This site uses the WP ADA Compliance Check plugin to enhance accessibility.