MAKING YOU A PRO IN ROBOTICS

QUADRINO LAB KIT + Level 4 course at our Maker Lab

Designed by Industry Experts and taught by Sparky, an AI-assisted learning platform.
AUD 500 ( Incl. of all taxes )
SEE IT IN ACTION
Enquiry Form
WHAT YOU WILL LEARN
A mix of complex mechanical designing, electronics and programming combined to make autonomous walking Robots!
This level deals with creating complex algorithms, different walking gaits, using complex sensors, structural designing and more…
Debugging codes is neither difficult nor boring – it’s fun and easy, when you have to do it with Robots…
Excited to design your own gesture controlled robot, robot with ultrasonic sensor, and a few other robot variations? Go for it, and explore 100+ projects that can be done in this level.
40 hours of AI-assisted learning followed by assessment and certification
SKILLS GAINED
Algorithm framing for controlling, balancing and integrating complex mechanisms is the ultimate requirement in Robotics. This level focuses on Algorithm framing and below are the skills you will gain upon completion of this level.
ALGORITHM FRAMING
LOGICAL THINKING
DEBUGGING SKILLS
PROBLEM SOLVING
CODING SKILLS
MATHEMATICS
HOW QUADRINO KIT HELPS IN ROBOTICS?
If you know the basics in Electronics, Mechanical and Programming, then this kit is the most apt one to help you master Robotics. Walking Robots are interesting and exceeding complex to code from scratch. This kit helps you understand the dynamics and the course will help you code a walking robot yourself. Completing this level, along with the previous 3, gives you an overall experience in Robotics - with a strong foundation in all domains of engineering. At the end, you will know which field your interests lie in and which is your strength. Self-realization is the most important factor for success - and that’s exactly what you will discover at the end.
HOW YOU WILL LEARN
“Sparky”, our AI, will help you learn from the basics in a structured way with the online e-learning platform. It teaches using animated videos, real-time examples, interactive sessions and more. Tests, scores, progress reports are all part of the learning experience. With technical support, from talented humans :), you will learn to build circuits seamlessly with ease and with fun.
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AI-ASSISTED LEARNING
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DETECTION OF DIFFICULTIES
The AI detects if you get stuck in any practical experiment, and helps you to solve it real-time.
CUSTOMIZED LEARNING
Having difficulties in understanding a concept? The AI will teach you the concept in a different way.
CUSTOMIZED TIME TARGET
Like challenging the AI? Well, it will give you a customized time target to complete every activity!
PROGRESS ANALYSIS
Guidance on next level of learning based on analytics from evaluation of answers, time-taken, interest levels etc.
BECOME A MASTER IN ROBOTICS
These are some of the example videos done by members of our community who have learnt this course online. Take a look at the creative ideas after learning the Programming and Algorithm concepts using the kit.
Ball Balancing Game
Dancing Robot
Distance Tracker
Robotic Face
Bionic Arm
Biped
Robotic Arm
Snake Robot
BECOME A PROUD MEMBER OF THE BEST TECH COMMUNITY AND SHOWCASE YOUR TALENTS.
WHY EXPERT LEVEL?
You just need to come with an open and relaxed mind to absorb all that will be taught during the course. Everything required for the learning will be provided by the Maker Lab.
This level will be a dream come true - making a robot WALK! You will be working with a lab kit to build a Four Legged Robot. However, from the concepts learnt, you can even build a humanoid, 2 legged robot, yourself. The level will take you through the algorithm framing to understand the dynamics in a walking robot, how to maintain the CG, how to translate the algorithm into a code and more..You will make the robot walk in different ways and even control it with gestures.
1.Electrical and Electronics
Introduction to complex sensors/ Accelerometers – Working, Types and Specification/ Ultrasonic – Working, Types and Specification/ Voltage and Current concepts in Servo working/ Parameter alterations in Walking Robots.
2.Mechanical
Introduction to Degrees of Freedom/ Servo positioning mechanism and usage/ Designing walking Robots/ Effect of DOFs in one leg/ Effect of number of legs/ Effect of material/ Other aspects in Walking Robot.
3.Programming
Servo Motor Control/ Angle positioning in servos/ Speed control of servos/ Delay period between servo commands/ Programming based on algorithms
4.Algorithm
Flowchart Algorithms/ Components of flowchart/ Representing different conditions and loops/ Representing previous concepts in flowchart/ Concept of Accelerometer based Robot/ Concept of Ultrasonic Robot/ Walking Robot methodologies/ Types of walking/ Advantages and disadvantages/ Analyzing the possible conditions/ Simulating the output.
This level requires 24 involvement hours (which includes smart-class time, practical time and time for assessments). If you want to keep yourself engaged more, you can always ask the Maker Lab for available time and checkout the big list of projects (50+) that can be done using this kit !
Our Maker Labs are equipped with sophisticated smart classes where you will be learning with the help of animation videos and real-time examples. The facilitators will help you with the basic requirements and if you have any further doubts, our Tech Support will be available through the smart class over text, video and screen share support. Exerts in the tech support will be able to answer all your queries and help you through completion and certification.
After every chapter, there will be quick tests and scores to evaluate the conceptual understanding of that particular chapter. After all these chapter tests are taken, a Completion Certificate will be provided.
If you want to get Certified with a Master Certificate, then you will have to do a project of your own (any creative idea would do), take a video of project and submit it. The project will be evaluated and e-Medal along with a Master Certificate will be provided.
The class hours depends on the Maker Lab you choose. Contact the Maker Lab for available slots or batches.
UNBOXING THE KIT

Learn Walking Robots at Maker Lab and Code your Robot with the Quadrino Kit

Un_boxing_kit
  • 1. Top Plate -1 nos.
  • 2. Base Plate -1 nos.
  • 3. Servo Leg -4 nos.
  • 4. Support Leg -4 nos.
  • 5. Ultrasonic Sensor Set -1 nos.
  • 6. Accelerometer Mounting plate -1 nos.
  • 7. SPDuino -1 nos.
  • 8. Gait Shield -1 nos.
  • 9. Accelerometer Sensor -1 nos.
  • 10. Mini Servo Motor (Metal Gear) -9 nos.
  • 11. Micro Servo Motor (Plastic Gear) -1 nos.
  • 12. Servo Clamp (Mini-Servo) -8 nos.
  • 13. IR Remote -1 nos.
  • 14. Lithium Ion Battery (2 cell Li-ion) -1 nos.
  • 15. Brass Spacer M3x40 (F-F) (Pack of 5) -2 nos.
  • 16. Brass Spacer M3x6 (F-M) (Pack of 5) -2 nos.
  • 17. Slotted (Minus) M3x25 Screw (Pack of 10) -1 nos.
  • 18. Slotted (Minus) M3x35 Screw (Pack of 10) -1 nos.
  • 19. Slotted (Minus) M3x10 Screw (Pack of 10) -2 nos.
  • 20. Plastic Spacer M3x20 (White) (Pack of 10) -1 nos.
  • 21. Plastic Spacer M3x10 (Blue) (Pack of 10) -1 nos.
  • 22. Phillips (Star) M3x10 Screw (Pack of 10) -3 nos.
  • 23. Phillips (Star) M3x5 Screw (Pack of 10) -2 nos.
  • 24. Self Tapping M2x4 Screw -1 nos.
  • 25. Phillips (Star) M2.5x4 Screw (Pack of 9) -1 nos.
  • 26. Fibre Washer 3mm (Pack of 25) -1 nos.
  • 27. M3 / 3mm nuts (Pack of 25) -3 nos.
  • 28. Battery Clamp (Li-ion 2-cell ) -1 nos.
  • 29. USB A- B Cable -1 nos.
  • 30. 4 pin RMC (Female-Female) 15cm -1 nos.
  • 31. 5 pin RMC (Female-Female) 1m -1 nos.
  • 32. Screw Driver (Slotted/Minus) -1 nos.
  • 33. Nut Driver -1 nos.
  • 34. Servo Accessories -1 nos.
  • 35. Charging Adapter (9V 1Amps) -1 nos.
  • 36. Slotted (Minus) M2x10 Screw (Pack of 5 ) -1 nos.
  • 37. M2 / 2mm nuts (Pack of 5) -5 nos.
  • 38. Servo Horn -9 nos.
  • 39. Phillips (Star) M2x8 Screw (Pack of 5) -4 nos.
  • 40. Screw Driver (Phillips/Star) -1 nos.
ENQUIRY FORM
Prefer to phone? Give us a call from 9:30 am to 6 pm.
All Weekends Holiday.
Toll free
Landline / Mobile
1300-00-7626
Location
Head Office:
No: D73, 24-32 Lexington Drive, Bella Vista, New South Wales, Sydney, Australia, PinCode: 2153
Envelope
Email
info@sproboticworks.com.au
SP Robotic Works - Learn Walking Robots and Algorithms using Quadrino Kit