Robotics Training Course

“Burraq Engineering Solutions” is a Robotics training company. It offers a range of courses and training programs covering all aspects of robotics, such as programming, control systems, and sensor integration. The training is aimed at individuals, including engineers, technicians, and students, who wish to gain knowledge and skills in robotics. In addition, Burraq Engineering Solutions can provide organizations with services such as Robotics systems integration, consultancy, and outsourced training programs. Robotics is a field of engineering and science that deals with the design, construction, control, and use of robots and the computer systems used for their control, sensory feedback, and information processing. These technologies are used to create machines that can replace humans and replicate human actions. There are many applications for robotics, including manufacturing, transportation, and healthcare, and space exploration. Robotics training is a form of education that teaches individuals about the design, construction, operation, and programming of robots.

Robot kinematics and dynamics, Programming languages and Software for robotsRobot control systemsSensors, and sensor integration, Applications of robotics, for example in manufacturing, healthcare, and transport, and Safety and ethical considerations of robotics.

Robotics Training In Lahore Pakistan.

Robotics Training

  • Fundamentals of programming concepts
  • Scientific method and inquiry
  • Basic physics and physical science concepts
  • Programming concepts related to robotics
  • Fundamentals of engineering concepts related to robotics
  • Focus on teamwork and collaboration
  • Robotics competitions and the robotics industry
  • Introduction to 3D Printing
  • COMPUTER SOFTWARE:
  • LabVIEW: LabVIEW is (short for Laboratory Virtual Instrument Engineering 
  • Workbench) is a
  • system-design platform and development environment for a visual programming
  •  language
  • from National Instruments.
  • ROBOTICS
  • How are signals sent?
  • How much current will my robot draw?
  • How much will a motor lift?
  • How does gear ratios affect speed and torque?
  • Does wheel size matter?
  • CALCULATIONS/FORMULAS
  • Equation Sheet
  • Vector Math
  • Free-Body Diagrams
  • Force
  • Torque
  • Center of Mass
  • Statics
  • Inertia
  • Kinematics
  • Dynamics
  • Machines
  • HARDWARE / TOOLS
  • Fasteners
  • Machine Thread
  • Standard Thread
  • Tapping & Die
  • Thread Size
  • Internal
  • External
  • Bearings
  • Inside Diameter
  • Outside Diameter
  • Width
  • Flanged
  • Non-flanged
  • Type
  • Hand Tool Identification
  • RAW MATERIALS
  • Stock
  • Material
  • Length
  • Wall Thickness
  • Material Grade
  • Diameter
  • Square Tubes
  • Solid Angles
  • Rectangular Bars
  • Round Tubes
  • Square Bars
  • Hexagon Bars
  • Round Rods
  • Strips
  • Plates
  • Sheets
  • ELECTRICITY
  • BASICS
  • Crimping
  • Wire Gauge
  • Soldering
  • Multimeter
  • Simple Schematic
  • ELECTRICAL COMPONENTS
  • DC Circuits
  • Power Distribution Board
  • Solenoids
  • Relay Module (Spike)
  • PWMs – Speed Control (Victor 884) / Speed Controller (Jaguar)
  • DC Motor
  • Servor
  • Compact Fan (Large)
  • Compact Fan (Small)
  • Circuit Breaker ( 20Amp, 30Amp, 40Amp)
  • Panel Signal Light
  • 120A Circuit Breaker
  • Battery
  • Potentiometer
  • Switches
  • Types of Switches
  • lide Switches
  • Push Buttons
  • Center Off
  • SPDT
  • DPDT
  • SPST
  • Types of Mounts
  • Vertical
  • Horizontal
  • Side
  • PCB
  • Solder-Type
  • Robot Electrical System
  • SENSORS
  • Microswitch
  • Optical Encoder
  • Accelerometer
  • Gyroscope
  •  CABLES
  • 2-Wire Jumper Cable
  • Servo Y-Splitter Cable
  • Ethernet Cable
  • PWM Cable
  • PNEUMATIC COMPONENTS
  • Fittings
  • Teflon Tape
  • Air Compressor
  • Air Pressure Regulator (Adjustable)
  • Air Pressure Gauge
  • Accumulator (Volume Tank)
  • Air Pressure Switch
  • Relief Valve
  • Solenoid
  • Air Cylinder
  • Bore Size
  • Stroke
  • Mounting
  • Single Action
  • Double Action
  • Pneumatic Tubing
  • TRANSMISSION
  • Cluster Gear
  • Width
  • Diameter
  • Bore Size
  • Pitch
  • Material
  • Output Gear
  • Width
  • Diameter
  • Bore Size
  • Pitch
  • Material
  • Pinion Gear
  • Width
  • Diameter
  • Bore Size
  • Pitch
  • Material
  • Output Shaft
  • Diameter
  • Keyway
  • Material
  • Output Sprocket
  • Width
  • Diameter
  • Bore Size
  • Pitch
  • Material
  • Machine Key
  • Width
  • Length
  • Height
  • Material
  • WHEELS
  • Skyway Wheels
  • Bearing Size
  • Wheel Diameter
  • Wheel Thickness
  • Bolt Pattern
  • Rover Wheels
  • Bearing Size
  • Wheel Diameter
  • Wheel Thickness
  • Bolt Pattern
  • Omni Wheels
  • Bearing Size
  • Wheel Diameter
  • Wheel Thickness
  • Bolt Pattern
  • Traction Wheels
  • Bearing Size
  • Wheel Diameter
  • Wheel Thickness
  • Bolt Pattern
  • Casters
  • Bearing Size
  • Wheel Diameter
  • Wheel Thickness
  • Bolt Pattern
  • SPROCKETS
  • Wheel Sprocket
  • Width
  • Diameter
  • Bore Size
  • Pitch
  • Bolt Pattern
  • Material
  • CHAIN
  • Type of Chain
  • Half Link for Chain
  • Master Link for Chain
  • BELTING
  • Belts
  • Length
  • Width
  • Pitch
  • Material
  • BELT SPROCKET
  • Small Supporting Sprocket
  • Width
  • Diameter
  • Bore Size
  • Pitch
  • Material
  • Supporting Sprocket of Teeth
  • Width
  • Diameter
  • Bore Size
  • Pitch
  • Material
  • Large Supporting Sprocket
  • idth
  • Diameter
  • Bore Size
  • Pitch
  • Material
  • CONTROL SYSTEM
  • DRIVER STATION
  • Radio, Driver Station
  • Joystick
  • Dongle – Enable/Disable
  • Driver Station
  • ROBOT CONTROLLER
  • Radio, Robot
  • Mobile Device Controller
  • Analog Input Module
  • Digital I/O Module
  • Digital Sourcing Module
  • Analog Breakout
  • Solenoid Breakout
  • Digital Sidecar

Our robotics classes aim to build computer knowledge in the context of a programming Project for the breakdown of tasks into elementary actions. What does it mean of our  Robotics programming courses we’ll give you a full robotic training, complete with Building instructions, programming missions, and the smart device control app and The Robotics course is perfect for those who wants to start robotic process automation training. Our carefully created activities are designed to tailor teaching and learning to every individual Need for online robotics classes. Students who attend this robotics training will be listened to, Encouraged and challenged by one of our experienced and qualified teachers while being Nurtured and motivated through our sessions which take place in small groups.

The programs aim to:

  • Give rap classes a new way to learn science, technology, math and engineering.
  • Provide in-depth knowledge and understanding of the rapidly developing field of
  • Computational intelligence, robotics, and other related fields of rpa training.
  • Encourage independent thinking, intellectual curiosity and a critical approach to
  • Evidence, theories and concepts in a thematic environment.

After successfully completing the programs of best robotics courses, you will be able to:

  • Gather, organize and critically evaluate the information necessary to formulate and
  • Solve problems.
  • Apply acquired knowledge effectively and efficiently in computer intelligence, robotics
  • And related fields.
  • Use their creativity and foster innovation in solving unfamiliar problems.
  • This software provides theoretical knowledge and enables practical implementation 
  • In the fields of science, technology, engineering, and mathematics (STEM).
  • Educational goals are considered achieved by demonstrating scientific principles in a
  • fun and accessible manner, combining experiences that form scientific intuition with
  • Processes that engage the imagination and develop soft skills.
  • Course Fee:  20,000
  • Duration:  1 Month
  • Timing:  9AM-11AM, 11AM-1PM, 1PM-3PM, 3PM-5PM, 5PM-7PM, 7PM-9PM
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