Robotic systems in sustainable production technologies
Course Information
Title: Robotic systems in sustainable production technologies
Instructor(s): Yurii Romasevych, Mykola Korobko
ECTS credits: 2
| Course structure: | 60 hours |
| Lecture classes | 10 hours |
| Laboratory classes | 10 hours |
| Personal Activities | 40 hours |
Mode of delivery: hybrid
Course Summary
This course explores the integration of robotic systems into modern, sustainable manufacturing and production environments. Students will gain knowledge of robotics fundamentals, automation strategies, and sustainable production principles, with a focus on efficiency, resource optimization, and minimizing environmental impact. Key topics include robotic kinematics, control systems, human–robot collaboration, and smart manufacturing.
By the end of the course, students will acquire skills in analyzing, designing, and implementing robotic solutions that support sustainable production goals. They will be able to evaluate trade-offs between productivity and sustainability, apply robotics to green manufacturing processes, and understand the role of digitalization and Industry 4.0 technologies in creating sustainable industrial systems.
Course Materials
Copilot Course Handbook_Robotic systems_Romasevych+Korobko.docx
Timetable_Robotic systems.docx
Copilot Course Evaluation Questionnaire_Robotic systems.docx