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The “Industry 4.0 technologies for Health and Safety in workplaces” training is designed for industries that want to incorporate or extend the digitalization concept, as well as the lean manufacturing concept, by enriching their equipment and services with cutting edge technologies.
Audience🔸Engineers
🔸Design Engineers
🔸Companies
🔸Individuals/Students
Objectives & Learning outcomes🎯Familiarizing the engineers and the operators with Industry 4.0 technologies for Health and Safety in workplaces
🎯Acquiring a first knowledge about Industry 4.0 technologies
🎯Implementation of Industry 4.0 technologies on specific workstations
🗝️VR technology
🗝️IoT sensorial systems
🗝️Theoretical & Practical Training
🗝️Potential use of Virtual Reality and IoT technologies in workplaces
🗝️Technologically Advanced equipment
🗝️Input of qualified instructors
AudienceThe “First Aid at Work” Training Service is mainly aimed at companies
industries that wish to train their employees in providing first aid. Also,
citizens as independent individuals, have the possibility to attend the
program, when the minimum required number of participants to form a
group is met.
Objectives & Learning outcomes🎯Creating a safer Working Environment
🎯Promoting Safety Culture
🎯Upskilling of First Aid Providers at Work
🗝️Counselling Support
🗝️Tailor-made Training
🗝️Theoretical & Practical Training
🗝️Quality feedback & guidance
🗝️Technologically Advanced equipment
🗝️Input of qualified instructors
Basic Life Support
Basic Life Support (Cardiopulmonary resuscuitation – CPR)
Use of an Automatic External Defibrillator (AED)
Resuscitation Position
Bleeding Control
Direct pressure, elastic bandage
Israeli bandage, tourniquet
Improvised tourniquet
Nasal packing, Hemostatic
Multiple Trauma Management: Immobilization and Transport
Scene Safety – Extrication
Immobilization of the spine
Safe transport of the injured on a stretcher
Falling from a height
Musculosskeletal injuries
Immobilization in:
• Sprain- Dislocation
• Injuries and Fractures of Upper Extremities
• Pelvic Injuries and Lower Extremity Fractures
Wound care, Cleaning-bandaging
Audience🔸Production Engineers
🔸Operation managers
🔸Safety engineers
🔸System integrators
🔸Individuals/students
Objectives & Learning outcomes🎯Gain expertise in the use of Autonomous collaborative robots.
🎯Gain a deeper understanding of human-robot interaction in production.
🎯Prepare the technical staff for tailored solutions for specific pilot cases, that improve product design and manufacturing efficiency.
🎯Explore ways to reduce working accidents, minimize and efficienlty address risks (especially new and emerging).
🎯Get closer to the enhancement of human well-being, workplace health, and job satisfaction.
🎯Detect ideas to create collaborative working environments.
🗝️Counselling Support
🗝️Tailor-made Training
🗝️Theoretical & Practical Training
🗝️Quality feedback & guidance
🗝️Technologically Advanced equipment
Audience🔸Production Engineers
🔸Design engineers
🔸Companies
🔸Individuals/students
Objectives & Learning outcomes🎯Gain expertise on the the most rapidly developing non-conventional manufacturing process of today.
🎯Familiarization with AM process groups, advantages of each and criteria for selection.
🎯Design guidelines and specific methodologies towards design optimization for each AM process group/material type.
🎯Deeper understanding of manufacturing process mechanisms towards product and process optimization.
🎯Business perspective of AM through the development of an AM business case.
🎯Step-by-step application and hands-on practice though realistic pilot case.
The facilitators assigned to the learning service are experienced and fully qualified for the development and the implementation of the training. They support learners enhancing the fulfillment of learning goals, with their technical and teaching skills.
After the completion of the course, each learner receives a certification of attendance, a document which certifies that he/she has attended this training course on a specific date and place.
This Training Service is certified by TUV Hellas (TUV Nord) S.A. for the ISO 29993:2018 Standard. Certification Registration No 040 22 0008.
