Additional information
| Brand | Intelitek |
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Exploring Robotics
Intelitek’s Exploring Robotics program provides an easy-to-implement solution for delivering early engagement and discovery of STEM (Science, Technology, Engineering and Mathematics) topics for middle school students. Topics are perfect for 9-week programs and implementation is a snap. Exploring Robotics includes everything needed out of the box, ready to use including the VEX IQ Super Kit and Intelitek’s easyC v5 programming software. You can choose flexible packages based on your class size.
Exploring Robotics can open up unlimited possibilities for middle school students.
Course Outline
Introduction
- Using LearnMate
- What are Robots?
- Driving the Model
- Natural vs programming languages
- Introduction to easyC
Basic Robot Movements
- Set Motor Speed
- Set Motor Time
- Set Motor Rotation
- Turning the Model
- Conclusion and Challenge
Repeating Actions – Loops
- Forever Loop
- Repeat Loop
- Variables
- While Loop
- Conclusion and Challenge
Reacting to Events – Conditional Branching
- Branching with Variables
- Touch Sensor – Output to LCD
- Touch Sensor – Controlling Motion (Part 1)
- Touch Sensor – Controlling Motion (Part 2)
- Conclusion and Challenge
Touch LED
- How Does it Work?
- Touch LED as a Touch Sensor
- Touch LED for Visual Feedback
- Touch LED for Indicating Distance
- Conclusion and Challenge
Ultrasonic Distance Sensor
- How Does it Work?
- Sensor Output to LCD – LED
- Rotating the Sensor to Detect an Object
- Moving the Model to Detect an Object
- Conclusion and Challenge
Color Sensor
- How Does it work?
- Sensor Output to LCD – LED
- Detecting Earth Properties
- Searching for a Mineral
- Conclusion and Challenge
Gamepad
- Arcade Control
- Single Motor Control
- Sending Variables
- Conditional Branching Using the Joystick
- Conclusion and Challenge
Compass – Using Gyro
- How Does it work?
- Sensor Output to LCD – LED
- Returning Home
- Final Program (Part 1)
- Final Program (Part2)
100% Original and quality
Extended WarrantyRelated products
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E-Learning/ModulesIntroduction to Advanced Manufacturing
Introduction to Advanced Manufacturing provides students an excellent overview of the field of advanced manufacturing. This 15-hour course engages students by means of hands-on activities and compelling online curriculum that includes:
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- a comprehensive overview of the manufacturing field, processes and career choices.
- multi-level activities in career seeking and planning a manufacturing company.
- a capstone project that challenges students to follow all the steps of the manufacturing process to produce a product.
For students on a career track in mechatronics, automation and advanced manufacturing, Introduction to Advanced Manufacturing serves as an excellent launching pad for more in-depth courses. Exploratory students with little exposure to the field may decide to pursue an advanced manufacturing career after learning of the many exciting opportunities available!
Introduction to Advanced Manufacturing is part of the Foundations of Advanced Manufacturing series, which teaches the introductory skills essential for success in advanced manufacturing careers.
Foundations of Advanced Manufacturing is ideal for any engineering or automated manufacturing program, providing a thorough and engaging element of STEM (Science, Technology, Engineering and Mathematics) education.
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- Introduction to Advanced Manufacturing includes everything you need for successful blended learning.
- Through LearnMate®, essential resources are provided for both students and teachers.
- Students are always one click away from glossaries and help files available on each page.
- Teachers have instant access to handouts, tips and detailed activity instructions.
- Learn more about the Foundations of Advanced Manufacturing series!
With Introduction to Advanced Manufacturing as the cornerstone, the Foundations of Advanced Manufacturing courses are an excellent launching point for more in-depth mechatronics, automation and advanced manufacturing courses.
Course Outline
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- Introduction
- Careers in Manufacturing
- Seeking a Manufacturing Career (Activity)
- The Manufacturing Company
- Planning and Staffing a Manufacturing Company (Activity)
- Manufacturing Processes
- Computers in Manufacturing
- Automation in Manufacturing
- The Arrow Plane (Project)
(0 reviews) -
Basic Power ElectricityLCR Circuits
EA01C: LCR Circuits features skills-based curriculum and hands-on activities with industrial-grade components. Students delve into the relationships between electrical properties such as inductance, capacitance and reactance.
EA01C: LCR Circuits delivers the skills needed for success in industrial maintenance careers, including:
Determining Capacitance
Assembling an Electromagnet
Inducing Voltage
Operating TransformersIncluded
Flexponent panels:
E029: Magnetism Demonstration Panel
E043: Capacitance Panel
E044: Inductance Panel
E057: Motor/Generator Demonstration Panel
E150: Relay/Contactor PanelRequirements
(sold separately)JobMaster® Learning Station
Power Control Panel: PC04 (120V)
Prerequisite courses:
Electrical Circuits (EA01A)
Resistors and Conductors (EA01B)
Digital Multimeter (Fluke Model 115 or equivalent)
Each JobMaster® module includes the listed hardware and panels to add to your JobMaster® Training station, as well as skills-based curriculum.All modules require a JobMaster® Training Station, sold separately.
Some modules also require hardware and/or panels purchased as part of prerequisite skill blocks in the same series, as noted on each product data sheet.Skills Acquired
Skill 1: Discharge a Capacitor
Skill 2: Testing a Capacitor
Skill 3: Determining Capacitance
Skill 4: Applying Capacitance Principles
Skill 5: Applying Magnetic Principles
Skill 6: Inducing a Magnetic Field
Skill 7: Assembling an Electromagnet
Skill 8: Applying Electromagnetic Principles
Skill 9: Inducing Voltage
Skill 10: Inducing DC Voltage
Skill 11: Assembling & Operating Transformers(0 reviews)
