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Certified Robotic Engineer Courses

Certified Robotic Engineer

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Years of R & D in Syllabus

Certified Robotic Engineer Courses

Industrial automation is mostly carried out by robots. Robots are programmed to do certain industrial functions. Robots are composed of sensors to sense different things and in order to do all this the robots would be programmed. Many manufacturing companies utilize robots to control the industrial process. So by utilizing robots in the industrial processes the production speed, efficiency, and quality can be increased.

So as we all know most industries are being automated. Due to this, there are a lot of vacancies for robotics engineers. Most industries are preferring robotic professionals with a lot of skills, so you must be a certified robotic engineer with good skills. After learning this course from SMEClabs you would be able to build, design, and operate the robots. You would also get a lot of industrial exposure while learning this course from SMEClabs.

  • Introduction
  • Classification of languages – Low level and High-level language
  • C Tokens – Keywords, Identifiers, Constants, Strings, Special Symbols, Operators
  • Data Types- Fundamental data types, Derived data types
  • Input and output functions in C
  • Looping statements- while, do…while, for
  • Decision making- if, if else, switch
  • Array, multi-dimensional array
  • String and String Functions
  • Functions, Classification of functions
  • Pointers
  • Break, goto, continue statements
  • Structure and union
  • Files
  • Data Structure and Linked Lists
  • Introduction to Embedded systems and Robotics
  • Arduino Nano hardware basics
  • Installing Arduino IDE and driver for programming
  • Digital write for controlling DC load
  • LED
  • Using delay functions for precise timing
  • Digital read for taking input – Push Button
  • Serial communication – Print message on the serial monitor
  • Serial communication – Read serial message and control DC load
  • Digital read serial – Print status of digital input to Serial monitor
  • Analog read serial – Read voltage from a potentiometer and display on serial monitor
  • Analog write – Fading an LED using duty cycle adjustment of PWM
  • Introduction to Embedded systems and Robotics
  • Arduino Nano hardware basics
  • Installing Arduino IDE and driver for programming
  • Digital write for controlling DC load
  • LED
  • Using delay functions for precise timing
  • Digital read for taking input – Push Button
  • Serial communication – Print message on the serial monitor
  • Serial communication – Read serial message and control DC load
  • Digital read serial – Print status of digital input to Serial monitor
  • Analog read serial – Read voltage from a potentiometer and display on serial monitor
  • Analog write – Fading an LED using duty cycle adjustment of PWM
  • Introduction to Raspberry Pi
  • hardware setup
  • installing Raspbian OS
  • LED blinking using GPIO
  • Push button input using GPIO
  • Playing audio
  • viewing image
  • writing on image
  • viewing live camera image
  • saving a picture using camera
  • face detection using live video
  • adding effects to live video
  • simple flask web server
  • web server using HTML
  • reading sensor value through web server
  • controlling device through web server
  • Ultrasonic sensors
  • IR sensors
  • Gas sensors
  • LED
  • DC Motor
  • Servo motor
  • Bluetooth
  • Zigbee
  • IR sensor
  • Self-balancing Robot
  • Object Detection Robot
  • Robotic Arm

** The above is the lite syllabus and doesn’t cover the full syllabus. To get full syllabus  Book a Free Demo Now

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Certified Robotic Engineer Courses

Robotic systems cover all aspects of designing, developing, testing, programming and deploying robots and human-robots. With the advent of big data, the IoT, and machines that can process large amounts of data and learn with little human interaction, robotics is rapidly growing. As an example, autonomous vehicles can process thousands of data points per second and location data from the internet to safely move it along its route. Robotics applications and projects can be found in many industries, including automotive production, military drone operations, and landing on Mars. With virtual reality data mapping, even four-legged robots can make a difference in the world.

Robotics is a multidisciplinary area of Engineering and Science. It comprises Electrical Engineering and Mechanical Engineering. It involves the operation, construction, and application of robots. It is a multidisciplinary field that offers many undergraduate and postgraduate degrees.

Robotics Jobs

Robots in space and on earth are no longer science fiction. There are many career options in Industrial Robotics. These include humanoid robotic programming and engineering, construction, deployment, healthcare and automate management, as well as maintenance and maintenance. Careerbuilder.com lists more than 1,000 full-time jobs with titles like Robotics Technician and Robotics Technician. California, Massachusetts, China, and Boston are some of the most sought-after areas. Most positions require advanced degrees in math or computer science. An internship will help you stand out from the rest when applying for your first job.

Why should I enroll?

The demand for skilled software engineers in advanced robotics is far greater than the supply. This is a good time to advance your career in this field. The Nanodegree program offers a unique opportunity to learn core robotics skills like C++, ROS and probabilistic robots algorithms such Localization, Mapping and Path Planning. These projects will be used as portfolio pieces to show potential employers and recruiters that you have the skills. These skills will allow you to pursue a career as a roboticist.

Primary Areas of Robotics

  • Operator interface.
  • Mobility or locomotion.
  • Manipulators & Effectors.
  • Programming.
  • Sensing & Perception.

Robotics Engineer Roles

  • Robotics System Engineer
  • Robot Design Engineer
  • Automated Product Design Engineer
  • Robotics Test Engineer

Benefits of learning from us

Program Fees

Live Instructor Led Training Fee

 137,500.00
  • The above fees are applicable to candidates in India only.

Mode of Training

OnDemand

Live Instructor Led

Virtual Lab

Classroom

Comprehensive Curriculum

3 Months +

Learning Content + Practicals

Regular Batch

Date

01-Apr-2024

Time

10:30 AM IST

Fast Track Batch

Date

03-Apr-2024

Time

10:30 AM IST

Extra 5% off on Courses

Coupon Code: UPGRADE

FAQ For Certified Robotic Engineer Courses

Yes SMEClab provides placement, in order to get more details regarding this you can check this website

Placementshala

You would be internationally certified after completing this course from SMEClabs. You would also be trained by industrial experts and they would share their knowledge with you. We also help you to get placed in a reputed company.

Most of the automation process is carried out with the help of robots so the automation sector is a developing field. Due to this, the opportunities for robotic engineers are increasing day by day.

Robots can improve the productivity of industry, robots can work in a hazardous environments where humans can’t work. It can handle chemicals, and tedious tasks, and also can lift huge loads. Certified Robotic Engineer

SMEC, one of India’s first worldwide EPC contractor company globally recognized for its distinctive services specifically in Marine & Industrial Automation, Instrumentation, Electrical, Pneumatics, Hydraulics and Mechanical sectors which started its journey in 2001. It has a R&D and training division SMEClabs which caters job-oriented training in various domains which helps an aspiring engineer /fresher or professionals to get a jump start to their career.

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