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Why Choose Us?

Welcome to Utkarsh, where we empower individuals with essential computer skills for the digital age. Here's why choosing us is the first step towards mastering the world of technology:.

  • Comprehensive Course Catalog
  • Practical, Real-world Learning.
  • Experienced Instructors.
  • User-friendly Platform.
  • Flexible Learning Options.
  • Practical Skills for Everyday Life
  • Community Support
  • Constantly Updated Content
  • Affordable Learning
  • Empower Yourself in the Digital Era

Self-paced live learning

Live learning from our expert instructors.

Online, offline, hybrid

Mode of learning is flexible as per the needs of the learners.

Flexible schedule

Possibility to change batches, timings, or the mode of learning.

Facilities for learners

Assignments, Quizzes, Capstone projects, Recording of session, Revision Notes, Certifications.

active support

Alumni relations

Placement assistance, job-readiness training, internships, feedback.

Tailor-made

Diverse courses, practical training, courses suggested based on your background and aspirations.

Finance leaders

Finance and account professionals

Marketing

Sales and marketing professionals

Profiling

Human resource professionals

Teacher student

Teachers

Job hunt

Job seekers

College students

College students

Doctors

Doctors

Business owners

Business owners

Tier-I engineer

12000(40 hours)

  • Module 1: Introduction to Robotics
    • History of Robotics
    • Applications of Robotics
    • Basic Robot Anatomy (sensors, actuators, controllers)
    • Introduction to Robotic Systems
  • Module 2: Electronics and Electrical Basics
    • Fundamentals of Electricity
    • Basic Electronic Components (resistors, transistors, capacitors)
    • Introduction to Microcontrollers (Arduino, Raspberry Pi)
    • Basic Circuits and Soldering
  • Module 3: Programming for Robots
    • Introduction to Programming with Block-Based Languages (e.g., Scratch for robotics)
    • Basics of Text-Based Languages (e.g., Python, C++)
    • Logic, Control Structures, and Basic Algorithms
    • Writing Simple Control Programs for Robots
  • Module 4: Mechanical Design and Fabrication
    • Introduction to Mechanical Components (gears, bearings, linkages)
    • Basic Engineering Drawing and CAD Modeling
    • Fabrication Techniques (cutting, drilling, 3D printing)
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Tier-II engineer

12000(40 hours)

  • Module 1: Sensors and Actuation
    • Types of Sensors (distance, temperature, tactile)
    • Types of Actuators (motors, servos, stepper motors)
    • Signal Processing and Data Interpretation
  • Module 2: Control Systems
    • Feedback and Control Loops
    • Introduction to PID Control
    • Motor Controllers and Drive Systems
    • Implementing Control Algorithms in Software
  • Module 3: Intermediate Robotic Programming
    • Data Structures and Object-Oriented Programming
    • ROS (Robotic Operating System) Basics
    • Multi-threading and Real-time Programming
  • Module 4: Kinematics and Dynamics
    • Forward and Inverse Kinematics
    • Trigonometry and Geometry in Robotics
    • Basics of Dynamics for Motion Planning
  • Module 5: Robotics Projects and Capstone Design
    • Large-scale Robotics Project Proposal and Design
    • Project Planning, Scheduling, and Budgeting
    • Integration of Multiple Robotic Systems
    • Testing, Troubleshooting, and Optimization
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Tier-III engineer

20000(70 hours)

  • Module 1: Machine Vision and Perception
    • Fundamentals of Computer Vision
    • Image Processing and Analysis
    • Depth Sensing and Point Clouds
    • Object Recognition and Tracking Algorithms
  • Module 2: Advanced Robotic Control
    • Non-linear Control Systems
    • Robotic Arm and Manipulator Control
    • Advanced Motion Planning Techniques
    • Path Planning and Obstacle Avoidance
  • Module 3: Artificial Intelligence in Robotics
    • Introduction to Machine Learning and Neural Networks
    • Reinforcement Learning for Robotic Control
    • Natural Language Processing for Human-Robot Interaction
  • Module 4: Human-Robot Interaction and Ethics
    • Ergonomics and User Centered Design for Robotics
    • Ethical Considerations in Robotics and AI
    • Social Impact of Robotics and Future Trends
  • Module 5: Robotics Projects and Capstone Design
    • Large-scale Robotics Project Proposal and Design
    • Project Planning, Scheduling, and Budgeting
    • Integration of Multiple Robotic Systems
    • Testing, Troubleshooting, and Optimization
  • Module 6: Specialized Topics (Options for Electives)
    • Soft Robotics and Bio-inspired Designs
    • Collaborative Robots (Cobots) and Industrial Applications
    • Space Robotics and Unmanned Systems
    • Advanced Topics in Artificial Intelligence
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Browse Other Courses

Looking for something else? Browse our other specializations.

Digital skills

Commerce specialization

Data Science

Cloud and devops

Full stack web development

Android app development

iOS App development

School/College/Competitive exams

Robotics, Internet of Things

Foreign and Indian Languages