
Basics of Robots and Robotics
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Understand robot anatomy, movement, and joint structures to design machines that collaborate with humans.
Enquire about this topicSeedlore Educare nurtures young minds through hands-on Robotics, AI and Computer courses for Grades 5–12. We offer dedicated online student batches, structured school programmes, robotics lab setup and hardware support.
Supporting ICSE, CBSE, ISC and West Bengal Board learners.
We help schools set up robotics labs and provide hardware, experiment kits and technical support.

Find your class, board and learning path.
Bring practical STEM learning to your campus.
Robotics, STEM and computer programmes for Grades 5–12. Explore coding, AI and hands-on projects, with activities matched to each learner’s class and experience. Open a topic to discover the curriculum.
A guided path from understanding to hands-on learning.

Understand robot anatomy, movement, and joint structures to design machines that collaborate with humans.
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Understand microcontroller architecture and memory to bridge the gap between software logic and physical hardware.
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Master fundamental physics, math, and electronics to understand the energy and logic powering modern technology.
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Understand how robots use electronic signals to 'feel' and measure the physical world around them.
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Explore how motors and other actuators turn electronic signals into physical movement.
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Understand how resistors control electricity and protect sensitive components by limiting the flow of current.
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Learn how to program microcontroller boards for real-world interactive projects.
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Build strong programming logic with C++ for robotics and embedded systems.
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Simulate circuits and code online to test ideas before building hardware.
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Design and simulate electronics projects in an easy visual learning environment.
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Start coding with block-based logic to create interactive stories, games, and ideas.
Enquire about this topicStudents can request the product or hardware kit for any experiment shown here. Contact us for details, availability and guidance.

Control a rover using gesture inputs and understand motion logic.
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Build a bot that senses obstacles and automatically changes direction.
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Train a robot to follow track lines using sensor-based feedback.
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Create a touchless dustbin that opens using distance sensors.
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Automate home devices with switches, relays, and simple control logic.
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Design an intelligent doorbell alert system with sensors and buzzers.
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Capture temperature and humidity data for live weather insights.
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Build energy-saving street lights that react to ambient light.
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Explore basic AI by detecting facial emotions from camera input.
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Track location signals and understand connected satellite data flow.
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Build a mini satellite model that collects and transmits sensor data.
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Prototype a cube satellite concept and learn aerospace system basics.
Enquire about this topicOnline learning and school-based programmes, with delivery and kit arrangements confirmed for your chosen course.
Enquire about RoboticsJoin instructor-led online classes in Robotics, STEM and Computers, from foundational skills to advanced projects. Choose a batch for your grade, with ICSE, CBSE, ISC or West Bengal Board subject support matched to your school syllabus.
20 learning pathways · Showing the first 6. Filter by board or explore all below.
Class-wise computer learning and practical support matched to your school syllabus.
Build confidence in Java and object-oriented programming, with class-wise practical and exam support.
Connect robotics concepts with AI and introductory Python.
Class-wise support in computer concepts, cyber safety and practical applications.
Develop digital workplace skills through guided practical exercises.
Explore AI, ethics, data and introductory Python programming.
Subject codes apply to the listed secondary and senior-secondary board subjects. Foundation and skill-building batches do not have separate board subject codes. Course selection and content follow your school syllabus; batch timings and availability are confirmed on enquiry.
Build understanding, practise with purpose and grow through guided feedback.
Connect concepts in robotics, coding and AI with practical challenges and your school curriculum.
Learn through kits, coding exercises and guided builds, with learning resources through Seedlore LMS.
Develop confidence through mentor feedback, practical milestones and course-completion certificates.
Start with an introduction. Build a programme that fits your students and your institution.
An interactive first session that introduces students to robotics and basic coding.
Discover hands-on learningSpecialised workshops that take students deeper into practical topics after the introductory session.
Explore practical topicsStructured robotics, coding logic and hardware design with collaborative, kit-sharing learning.
Build skills step by stepGuided preparation for STEM hackathons, coding contests and robotics expos.
Build a competitive edgeTrain-the-trainer programmes in robotics theory, hands-on experiments, Java, Python and robotics simulators.
Empower your facultyRobotics lab setup for schools, with hardware, experiment kits and technical support for hands-on learning.
Equip your school for discoverySee how your programme is delivered and how learners develop, through one shared view for authorised school staff.
Learning health across the cohort
Planned and completed learning
Required project progress by batch
A closer look at learning with Seedlore.
From course choices to kits and learning support, find the details that help you decide.
Seedlore Educare offers structured Robotics, AI/ML, Coding, and Computer programs for students from classes 5 to 12.
Aligned with NEP and designed to complement ICSE, CBSE, and ISC academic structures
Skill-building through hands-on learning while reinforcing school concepts
Classes are planned as focused weekly sessions based on the learning track a student is enrolled in.
Robotics + Coding: 1 session per week, typically 2 hours
Computer / AI-ML (additional): 1 extra session per week of around 1.5 hours
Each class follows a structured learning model to ensure clarity, engagement, and measurable progress.
Conceptual theory explained using visuals and real-world examples
Hands-on practical learning with hardware kits, coding platforms, and simulations
Quizzes, assessments, and exam-oriented preparation with progress tracked via LMS
Yes. Our beginner pathway starts with core logic, block-based coding, and foundational robotics, and gradually advances to text-based programming and AI concepts. No prior experience is required.
We maintain small batch sizes to ensure personalized attention and effective mentoring.
Robotics classes: Maximum ratio of 1 instructor: 6 students
Computer / AI / AI-ML classes: Maximum ratio of 1 instructor: 8 students
You can enroll by calling or WhatsApping us at +91-6290465739 or +91-8621988211. You can also use the Contact Us option on our website to drop an email. A Seedlore executive will connect with you to understand your requirements and guide you through the next steps.
Yes. You may opt for only Computer, only Robotics, only Coding, or choose a combination of these programs based on your learning goals and schedule.
Online options are available for robotics, coding and AI. School programmes are delivered at partner institutions. Delivery mode, timings and kit arrangements are confirmed for your chosen course and batch.
Yes. Ask about online robotics with a DIY kit-based option. School programmes take place at partner institutions. For group learning, we can discuss delivery at your location, subject to feasibility and agreed terms.
Contact our team to arrange a demo class and find a suitable learning pathway. Schools can enquire about an introductory workshop for their students.
Yes. Tell us your group size, class levels and learning interests so we can discuss a suitable programme and batch arrangement.
Hardware arrangements depend on the programme. Individual learners can use a DIY kit-based option, while school programmes use shared kits. Our team will help plan the appropriate equipment for your course or school lab.
Every student enrolled in instructor-led classes receives lifetime access to course content, experiments and learning resources through Seedlore’s Learning Management System (LMS). Your instructor will explain how to access the materials for your programme.
Yes. Upon successful completion of each course, students are awarded a Course Completion Certificate issued by Seedlore Educare, recognizing the skills and learning outcomes achieved.
Student progress is continuously tracked using our Learning Management System (LMS). Attendance, assessments, practical achievements, and course completion milestones are recorded systematically. In addition, feedback and review sessions are conducted at defined milestones to guide improvement and learning growth.
Schedules are created based on the selected course, batch availability, and prior discussion during enrollment. If a schedule change is required later, students or parents may coordinate with the assigned Seedlore Coordinator to explore feasible options.
Tell us what you’re looking for. We’ll help you choose a programme.