2.1.XX INDUSTRIAL ROBOTICS & AI — OPERATION, PROGRAMMING, OPTIMIZATION
- Jan 23, 2025
- 1 min read
Updated: Feb 25
Course Description:
Learn robotics fundamentals, workplace health and safety for robot operation, and basic task programming. The course extends traditional competencies with AI applications for optimizing robot trajectory, predictive maintenance, and intelligent production process control.
Target Audience:
Manufacturing plant workers, automation technicians, individuals interested in working with industrial robots, and engineers looking to expand their skill set with AI applications in automation.
Funding Eligibility:
The course may be accredited by training institutions authorized by the Ministry of Education (MEN) and/or listed in the Development Services Database (BUR). Eligible for co-financing from KFS, ESF, and Public Employment Office programs — up to 100% of training costs.
Graduate Profile
Upon completion, the graduate will possess:
1. Practical knowledge of operating and programming industrial robots (including robotic arms and cobots).
2. Understanding of health and safety regulations for robot operation and production environment safety standards.
3. Ability to program basic robot tasks (pick & place, welding, assembly) with AI-powered optimization.
4. Competence in implementing predictive maintenance solutions based on AI data analysis.
5. Understanding of integrating robotic systems with production management systems (MES/ERP) and IoT sensors.
Graduates will be prepared for roles as robotics technicians, industrial robot operators, or automation specialists — with knowledge of AI applications in modern industry.
