CAS Smart Technologies (FH)  (Schwyz):
1 Provider - 1 Training locations

After a Smart Technologies apprenticeship, you can work in digital, technical and innovative professional fields. The training opens up opportunities in IT, automation and digitalization.

Graduates often work on digital projects or in technology-oriented companies. The training is practical and future-oriented.

Possible areas:

• IT and digitization projects
• Data and system analysis
• Automation and process optimization
• Technical project work

Conclusion:
Smart Technologies training offers good prospects in the digital world of work and in future-oriented industries.

Training in Smart Technologies is usually practice-oriented and combines theory with project work. It is often carried out on a part-time basis.

The content has a modular structure and is geared towards digital and technological topics. Practical application plays a central role.

Procedure:

• Theoretical foundations
• practical project work
• Digital tools and systems
• Final project or exam

Conclusion:
The training has a practical structure and combines theory with real projects from the digital working world.

The admission criteria may vary depending on the provider. For a CAS at university of applied sciences level, a corresponding previous education or a degree at continuing education and training / tertiary level as well as relevant professional experience are generally required. Depending on the provider of the training in Smart Technologies, admission "sur dossier" is also possible.

It is best to contact the provider of your choice directly.

Training in the field of smart technologies is generally aimed at professionals who are interested in the topic of intelligent technologies and would like to use or develop them in their professional environment or company.

It is aimed at: Project managers, product managers, software developers and team leaders.

Further information can be obtained via the contact form of the respective school - quickly, easily and without obligation.

Continuing education, further training in the field of smart technologies is usually modular and covers various technological focal points. The content may vary slightly depending on the provider and level of training. Common modules include

• Data ManagementTeaches the basics of data collection, storage, processing and protection. The focus is on topics such as data protection, data security and data analysis.
• Internet of Things (IoT): Deals with the networking of devices and systems. It deals with the definition, core components and technologies of the IoT as well as security aspects and integration into existing digital infrastructures.
• Blockchain technologiesGives an introduction to how blockchain works and its areas of application. In addition to the technical basics, security, transparency and specific use cases are also covered.
• Artificial intelligence (AI) and machine learningThis module deals with applications and technologies of artificial intelligence and machine learning. The role of data analysis and practical examples from the corporate world are also highlighted.
• Cloud computing and platforms: Focuses on digital platforms, cloud services and the most important providers on the market. Aspects such as planning, implementation and security requirements of cloud solutions are presented in detail.

These modules provide practical knowledge for technological change and are tailored to the needs of the digital working world.

As each school determines the course content individually, the specific topics may vary slightly. For binding information, we recommend contacting the respective educational institution directly. Questions can be forwarded directly to the desired school via our contact form - simple and uncomplicated.

Training in smart technologies teaches digital and technological skills for modern fields of work. It improves opportunities in future-oriented industries.

The training covers topics such as digitalization, data processing and networked systems. It prepares students for work in technology-driven companies and strengthens their understanding of digital processes.

Typical contents:

• Digital technologies and systems
• Data analysis and automation
• Project work in the digital environment

Conclusion:
A Smart Technologies apprenticeship opens up good prospects in the digital world of work and prepares students for modern professional fields.