Cobot/ROBOT Basic Training

filter: 0; fileterIntensity: 0.0; filterMask: 0; captureOrientation: 0;
algolist: 0;
multi-frame: 1;
brp_mask:0;
brp_del_th:null;
brp_del_sen:null;
motionR: null;
delta:null;
bokeh:0;
module: photo;hw-remosaic: false;touch: (-1.0, -1.0);sceneMode: 2621440;cct_value: 0;AI_Scene: (12, 1);aec_lux: 253.0;aec_lux_index: 0;albedo: ;confidence: ;motionLevel: 65536;weatherinfo: weather?null, icon:null, weatherInfo:100;temperature: 30;

Still Have More Questions?

Contact Our Support Team.

Robot/Cobot Training

Master Safe Human-Robot Collaboration & Programming

This 3-day certification course is designed to equip technical professionals with the skills to deploy, program, and maintain Collaborative Robots (Cobots). Participants will move from the basics of industrial robotics to advanced task automation, focusing on the unique safety standards that allow humans and robots to work side-by-side.

Course Information

Duration: 3 Days
Key Software: Cobot Programming Environment & Remote Control Interface
Hardware: Industrial Collaborative Robots (Cobots)
Certification: ARTC Certificate of Completion
HRD Corp Status: 100% Claimable (Serial No: 202501044803)
Public Register Fee / Pax / Day: RM1200
HRDCorp Register Fee / Pax / Day: RM1440

Training Course Tentative

Day 1: Introduction to Robots and COBOTs

Industrial Revolutions.
Robotics and Systems.
Introduction to Collaborative Robots (COBOTS).
COBOT Practical 1 – Introduction to COBOTs Programming Environment
COBOT Practical 2 – Create and execute program using Teach Pendant

Day 2: Safety Rules and Standards
Safety Rules and Standards
COBOT Practical 3 – Operate COBOTs via Ethernet and Wireless Connection
COBOT Practical 4 – Basic Maintenance of COBOTs

Day 3: COBOTs Maintenance

Global Robotics Market
Basic Troubleshooting & Routine Maintenance Overview
COBOT Practical 5 – Mini Project – Build and Test program to perform structured tasks for COBOTs.

Upon completion of this course, the trainees will be able to:

Fundamental Cobot Literacy

Develop a comprehensive understanding of Collaborative Robots (Cobots), their evolution through the Industrial Revolutions, and their role in modern automated systems.

Remote System Configuration

Develop the technical ability to configure Cobot software and establish stable control via Ethernet and Wireless connections.

Hardware & Safety Integration

Identify and explain essential hardware components and safety-rated monitored stop features required for secure industrial deployment.

Task Automation & Mini-Projects

Apply advanced skills to design and test structured task chains, such as pick-and-place or assembly, through a capstone mini-project.

Teach Pendant Proficiency

Master the Cobot programming environment and gain hands-on experience using the Teach Pendant to create, edit, and execute movement programs.

Diagnostics & Routine Upkeep

Perform essential maintenance and basic troubleshooting, ensuring system reliability and peak performance in a factory environment.

Lecturers and trainers

Robotics Engineers & Technicians

Automation Engineers

Logistics & Warehouse Operations Managers

Industrial Engineers

System Integrators working with AMRs

Technical Support Staff

Maintenance Personnel