Robotics Olympiad Coaching Needed -- 2

₹3000-5000 INR

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Disiarkan 19 hari yang lalu

₹3000-5000 INR

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I’m preparing two motivated 7th grade student for an upcoming Robotics Olympiad. They already understand the basics of coding and can assemble and drive a simple robotic car, but they now need a mentor who can take them to the next level. The core of the engagement is hands-on, challenge-driven coaching delivered online (preferred) or in person if you are nearby. Sessions should steadily deepen their knowledge while producing small, demonstrable projects they can refine into a competition-ready solution. Focus areas • Advanced programming techniques (efficient C/C++ for embedded systems) • Sensor integration—ultrasonic, IR, line-tracking, IMU, or similar modules • Working confidently with Arduino Uno and Nano boards using the Arduino IDE If you can weave in elements of mechanical design or strategy for competition scoring, even better, but the items above are mandatory. What I’d like to see from you • A brief outline of a 2 week training roadmap with milestones • Examples (video or repo links) of student projects you have supervised that involve multiple sensors and clean, well-commented code • Your availability for 1- to 1.5-hour sessions • Any suggestions for low-cost components or kits that keep parts sourcing simple Other Technical Requirements: The training will focus specifically on the Arduino Nano microcontroller. The trainer must be proficient in working with the following components and sensors: Microcontroller: Arduino Nano. Sensors: Dual IR Sensors (Line Following), Ultrasonic Sensor HC-SR04 (Obstacle Avoidance), and LDR (Light Intensity Detection). Actuators: DC Motors with L298N/L293D Motor Drivers. Concepts: PWM Speed Control, Sensor Fusion, and Nested Conditional Logic. Key Learning Objectives: The students need to master complex tasks where multiple sensors work simultaneously. The trainer must be able to teach: Advanced Line Following: Smooth navigation and T-junction detection. Obstacle Detour Logic: Detecting an obstacle, navigating around it, and successfully recovering the line. Environmental Adaptation: Using LDR sensors to trigger actions (like turning on headlights or adjusting speed in tunnels). Integrated Missions: Combining Line Following + Obstacle Avoidance + Auto-Lighting + Parking into one seamless code. Troubleshooting & Calibration: How to adjust sensor thresholds and motor speeds based on competition floor conditions. The students learn quickly and enjoy experimenting, so I value a coach who is patient, encouraging, and willing to push them with real debugging tasks rather than pre-baked solutions. If this sounds like a good fit, let’s discuss your approach and timeline.

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5 pekerja bebas membida secara purata ₹4,160 INR untuk pekerjaan ini

@anums53

Hi, I’d be excited to mentor your students for the Robotics Olympiad. I have hands-on experience building competition-level robotics projects, including: • Line-following robot (smooth control & junction handling) • Obstacle-avoiding robot using HC-SR04 • Sumo robot (torque control & competition strategy) • Balloon-bursting robot • Ultrasonic sensor–based pick-and-place robotic arm • Projects using Arduino Nano, Uno, Mega, ESP32, and Raspberry Pi • Currently developing an autonomous Pixhawk-based quadcopter I’m very comfortable with PWM motor control, sensor fusion, nested conditional logic, and writing clean, well-structured embedded C/C++ code. 2-Week Training Roadmap Week 1: Advanced line following (smooth navigation + T-junction detection), motor calibration, and structured modular coding. Week 2: Obstacle detour + line recovery logic, LDR-based environmental adaptation, and full mission integration (Line + Obstacle + Lighting + Parking), along with real debugging exercises. Each session will result in a working, testable milestone. I’m available for 1–1.5 hour sessions and focus on teaching structured problem-solving rather than pre-written solutions. If you want, I can share samples of my previous work with you on demand for further assistance. Looking forward to helping them build a competition-ready robot.

₹4,000 INR dalam 7 hari

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(1 ulasan)

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@madj0

Hello, I’m a Robotics & Automation Engineer, and I have worked for 1 year in the EdTech field in Bangalore, training school students in robotics and Arduino-based projects. I really enjoy working with young learners, especially students who are curious and love experimenting. From your description, I can see that the students already know the basics — which is great! My goal will be to help them move from “basic working robot” to a competition-ready smart robot. I focus on teaching in a simple, clear way so 7th grade students can understand concepts like: * How multiple sensors work together * How to think logically before writing code * How to debug when things don’t work * How to improve speed and accuracy for competitions Instead of giving ready-made code, I guide students step-by-step so they understand *why* the robot behaves a certain way. This builds confidence and problem-solving skills. Over 2 weeks, I will help them: * Improve smooth line following with proper calibration * Add obstacle detection and smart recovery * Use LDR for automatic light response * Combine everything into one clean, structured program I am patient, encouraging, and I push students in a positive way so they learn to solve challenges independently. I would love to mentor them and help them perform confidently in their Robotics Olympiad. Looking forward to working together!

₹4,000 INR dalam 7 hari

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(0 ulasan)

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@gagan25092004

Hello, Though I am new to Freelancer, I have strong practical experience in Arduino Nano–based robotics systems and embedded C/C++ programming. I regularly work with IR line sensors, HC-SR04 ultrasonic sensors, LDR modules, PWM motor control, and L298N/L293D drivers. For your Robotics Olympiad preparation, I will follow a structured 2-week challenge-based roadmap focused on: • Advanced line following with smooth navigation and T-junction detection • Obstacle detection, detour logic, and line recovery • Sensor fusion using IR + Ultrasonic + LDR together • Clean, modular, well-commented Arduino Nano code • PWM speed optimization and calibration for competition floors • Full integrated mission: Line Following + Obstacle Avoidance + Auto-Lighting + Parking My approach emphasizes real debugging, sensor threshold tuning, motor balancing, and competition strategy — not pre-written solutions. I am available for 1–1.5 hour online sessions, 4–5 times per week, and can adapt to your preferred schedule. I would be excited to mentor these students and help them build a confident, competition-ready robotics system. Looking forward to working with you. Best regards, Gagan

₹4,000 INR dalam 15 hari

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(0 ulasan)

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@ajarul2022

Hi — I’d love to mentor your students toward building a competition-ready robotics system. I have hands-on experience teaching Arduino Nano robotics with multi-sensor integration, motor control, and structured debugging. I regularly work with IR line sensors, ultrasonic modules, LDR sensing, and L298N/L293D drivers, focusing on clean, understandable C/C++ code that students can confidently modify. My coaching style is challenge-driven and practical. Instead of pre-built solutions, I guide students through calibration, troubleshooting, and sensor fusion so they develop real engineering thinking. Sample 2-week roadmap: Week 1: Sensor calibration, PWM motor control, advanced line following, obstacle detection. Week 2: Obstacle detour logic, environmental response with LDR, multi-sensor integration, competition-style testing. Sessions run 1–1.5 hours with hands-on building and live debugging. I also suggest simple, low-cost components for easy sourcing.

₹4,800 INR dalam 12 hari