smartLXP

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smartLXP is our online learning experience platform that offers practical content on new smart industrial technologies in the form of short micorlearning units. The learning content is based on in-depth expertise from specialists from leading industrial companies and from research. The educational offering, which is growing daily, covers topics such as Smart Engineering, Non-Destructive Testing, Quantum Engineering, Smart Technician, Mechatronics, IoT Connectivity and Retrofitting and more.

Smart Engineer (Digital Engineer)

Smart Engineer

In the context of digitalization, it is not only technologies that are changing faster and faster. Work processes also need to be adapted to meet the increasing demands for quality, flexibility and productivity. In this course module, you will learn how Virtual Engineering and the digital twin can help to successfully master these challenges.

Definition and understanding of Virtual Engineering and the digital twin.

The engineering process model of the first module unit:

– Virtual Engineering and the Digital Twin

– Application of new methods (demonstrator), technologies and development concepts

– Digital twin in practice, implementation of smart engineering

– Implementation of Smart Engineering in the company

Additional course modules will be offered after successful completion of the first course unit:

Design Thinking (Empowering R&D), Operational Control Systems, Smart Shopfloor Management and Cyber Security, Physic-Machine and Cyber Physic-System Orchestration and other modules.

 

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Quantum Engineer

The Quantum Engineer develops control solutions for quantum technologies ranging from hardware to software tools for mechanical, electronic systems, and computer and physical sciences.

Quantum Engineering

Quantum Engineering is referred to as the new tool for engineers to solve engineering problems.

The course modules include advanced modules in electrical engineering and information technology, engineering science. Good prior knowledge of physics and mathematics is required to determine and improve quantum measurement accuracy and simulations. In this module, learners learn about quantum sensing, cryptography, and communications by focus to be selected for determination and testing. Companies using quantum technology need specialists trained to fit, and support in controlling, servicing, and maintaining the technology.

Definition and understanding of quantum engineering

Quantum Engineering modules at a glance:

– Teaching electricity, circuitry, electrical engineering, electronics, and microtechnology.

– Demonstrator – physical application areas atomic physics, quantum physics, optics, nanophysics and in metrology

– new methods, technologies and development concepts for solving technical problems

 

Additional course modules will be offered upon successful completion of the first course units:

Design Thinking (Empowering R&D), Operational Control Systems, Smart Shopfloor Management and Cyber Security, Physics-Machine and Cyber-Physics-System Orchestration.

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NDT QM - Non-Destructive Testing Inspection

NDT QM is important in many industries, such as oil & gas, automotive, aerospace, and construction. NDT inspector’s knowledge includes engineering, QM, statistical analysis and information technology, with optional digital twin and AR hands-on training.

NDT-QM

While in some industries with machine vision the material condition testing is taken over, the areas where the testing must be done manually by the specialist or coworkers with drones or robots are increasing. There are different inspection methods, such as penetrant inspection (PT) eddy current inspection (ET) radiographic inspection (RT) visual inspection (VT). The modules are 3 -stage and ISO 9712 compliant.

In these 3-stage modules the participants learn about

Use of the respective test methods

Understanding and analyzing the test results

The NDT QM – first module units:

Eddy current (ET) testing magnetic and electrical properties of conductive components for defect detection of wall and layer thickness and conductivity measurement. Fundamentals of magnetism and electricity, operation of ET test systems and ET testing.

Magnetic particle testing (MT) Magnetic field technology for defect detection on and under the surface of ferromagnetic components. Fundamentals of magnetic fields, set-up and operation of MT test equipment and testing devices, performance of MT tests, assessment and evaluation of test results, preparation of MT test instructions.

Penetrant testing (PT), capillary effect for defect detection on metallic surfaces and non-metallic components.

The module covers basics of capillarity, optics, setup and operation of PT test equipment and instruments, performing PT tests, assessment and evaluation of test results, and preparation of PT test instructions.

Radiographic Testing (RT) Scattering and absorption of X-rays or gamma rays Detection of defects inside components. The course includes introduction to the origin and properties of radioactive and ionizing radiation, construction and operation of X-ray, gamma-ray equipment and RT test equipment, and performance of RT tests.

Ultrasonic testing (UT), propagation and reflection of ultrasonic waves to detect defects inside and on the surface of metallic and non-metallic components, as well as wall and coating thickness measurement. The module includes theory of ultrasonic waves, structure and operation of UT inspection systems, performance of UT inspections.

Visual inspection (VT) uses the naked eye and tools such as magnifying glasses, gauges, roughness gauges and endoscopes to inspect surface condition and geometry of components. Module Fundamentals of optics, structure and operation of VT inspection equipment, treatment of relevant standards, preparation of VT inspection instructions, performance of VT inspections.

Further course modules of level 2 and 3 are offered after successful completion of the first course units:

NDT object inspection with drones or robots, AR applications for manual NDT inspection, inspection of digital twin plants, retrofitting and installation of sensor technology and evaluation systems for measurement and maintenance.

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Smart Technician

The environment of the smart Technician works is the Smart Factory. The training modules include Machine Technician, Physic-Technician and advanced IT & Cyber Security, Cyber Physic System Orchestration and Digital Twin.

Smart Technician

In the context of digitalization, it is not only technologies that are changing ever faster. Work processes also need to be adapted to meet the increasing demands for quality, flexibility and productivity. In this module, learners will find out how virtual engineering and the digital twin can help to successfully master these challenges.

Definition and understanding of virtual engineering and the digital twin

The engineering process model of the first module unit:

–  Virtual engineering and digital twin

–  Demonstrator – Application of new methods, technologies and development concepts

– Digital twin in practice – implementation of smart engineering Implementation of Smart Engineering in the company

Further course modules will be offered after successful completion of the first course modules:

Design Thinking (empowering R&D), Operational Control Systems, smart Shopfloor Management and Cyber Security, Physic-Machine- and Cyber Physic-System-Orchestration.

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Further Products

We have more training modules ready for you.

Contact us for more information and about the modules, course structure, demo version and our customized solutions, as well as partner requests.

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