Qualification

Customized qualification offers

Tailored qualification for your digital success

The successful implementation of technological innovations depends largely on the people who shape them. That is why fortiss supports companies with targeted training programs for digital transformation and the adoption of new technologies.

Our programs combine cutting-edge research with practical learning formats and are designed for a variety of audiences—from development teams to senior management. We provide practical expertise that can be directly applied in a corporate setting.

Through seminars, workshops, or digital formats, our experts bring methods, tools, and the latest insights into your organization—for example, from fields such as systems engineering, test automation, or artificial intelligence. The content is precisely tailored to your needs and can be flexibly integrated into existing structures.

This allows you to lay the foundation not only for understanding new technologies, but also for embedding them sustainably within your company and further developing them.

Your benefits at a glance

Practical and well-founded
A combination of theory and application for direct transfer into everyday work
Holistic overview
From fundamentals and methods to the entire software development lifecycle (SDLC)
Up to date and future-oriented
Contextualization of new technologies, tools, and developments in software engineering
Applicable in organizations
Focus on introduction, implementation, and sustainable integration within the organizational context

Our formats – as flexible as your needs

We support your organization with individually tailored training programs, adapted to your specific topics and timelines. By providing in-depth expertise, we enable your employees to acquire the competencies needed for specific digitalization topics and future-relevant challenges.

Whether as a training session, webinar, or workshop: our content is designed for different target groups – from development teams to management level. We precisely tailor each format to your specific requirements.

  • Lecture
  • Workshop
  • Webinar
  • Training
  • Automotive
  • Energy
  • Production
  • Defense
  • Software & Systems Engineering
  • AI Engineering
Requirements engineering

Using requirements management to find the right software solution

Minimize project risks through professional requirements engineering, which serves as the foundation for both in-house and outsourced software solutions.
  • Lecture
  • Workshop
  • Webinar
  • Training
  • Automotive
  • Energy
  • Production
  • Defense
  • Software & Systems Engineering
Data-driven process engineering

Leveraging data to improve processes

Applying a systematic, data-driven approach to process engineering to identify process and system deficiencies within the organization and break down data silos.
  • Workshop
  • Training
  • Automotive
  • Energy
  • Defense
  • Software & Systems Engineering
  • Aerospace
Model-based systems engineering

Fundamentals and potential

Methods for improving efficiency and minimizing risk. The application of sound SPES methodology enables the reliable design of complex industrial system structures.
  • Lecture
  • Webinar
  • Automotive
Software-defined vehicle

Challenges and opportunities for vehicle development

Ensuring competitiveness through a focus on software. Developing the necessary technological steps for an efficient transition to software-defined vehicles.
  • Workshop
  • Webinar
  • Training
  • Automotive
  • Energy
  • Production
  • Defense
  • Software & Systems Engineering
  • AI Engineering
Requirements engineering for AI systems

Intelligent requirements for intelligent systems

Specific requirements analysis for probabilistic systems. Managing technical complexity as the foundation for stable, ethical, and legally compliant AI solutions.
  • Workshop
  • Webinar
  • Training
  • Automotive
  • Defense
  • Administration
  • AI Engineering
Artificial Intelligence

Applications in industry

Identifying opportunities and technical implementation. The process ranges from data collection to the independent development of high-performance algorithms.
  • Lecture
  • Webinar
  • Automotive
  • Energy
  • Production
  • Defense
  • Software & Systems Engineering
  • AI Engineering
Edge AI

The future of data processing

Decentralized data analysis to optimize latency and data sovereignty. Understanding and implementing modern edge controllers for high-availability assistance systems in the factory.
  • Workshop
  • Training
  • Energy
  • Production
  • Defense
  • Medicine
  • Administration
  • AI Engineering
  • Aerospace
Machine learning

Training camp for techniques and applications

Deepening of mathematical fundamentals and programming of complex models. Successful translation of theoretical concepts into scalable industrial applications.
  • Lecture
  • Webinar
  • Automotive
  • Energy
  • Production
  • Defense
  • AI Engineering
Deep Fakes

Examples and detection strategies

Research into machine learning algorithms for media manipulation. Building technological expertise to identify and counter disinformation in the corporate environment.
  • Lecture
  • Webinar
  • Automotive
  • Production
  • Defense
  • Software & Systems Engineering
  • AI Engineering
AI agents

Efficient workflows with intelligent assistance systems

Integration of autonomous assistance systems into work processes. Communication of regulatory requirements under the EU AI Act and ethical guidelines for collaboration.
  • Workshop
  • Training
  • Automotive
  • Energy
  • Defense
  • Construction
  • Software & Systems Engineering
  • AI Engineering
AI agents

A new approach to software development

Use of automated tools for code generation and error analysis. Integration of intelligent assistants into modern development processes to significantly boost productivity.
  • Lecture
  • Webinar
  • Automotive
  • Energy
  • Production
  • Defense
  • Software & Systems Engineering
  • AI Engineering
LLM systems

Measuring quality and making informed decisions

Objective evaluation of probabilistic models to ensure stability. Development of robust software architectures for the professional use of language models.
  • Webinar
  • Automotive
  • Energy
  • Production
  • Defense
  • Software & Systems Engineering
  • AI Engineering
Prompt engineering

Effective AI communication for small and medium-sized businesses

Systematic structuring techniques and reasoning strategies. Acquiring in-depth expertise in managing LLMs to achieve precise and high-quality results.
  • Workshop
  • Webinar
  • Energy
  • Software & Systems Engineering
  • IoT Engineering
  • AI Engineering
Energy management with sector coupling

Smart integration of electricity and heat at the district level

Managing load shifts using planning tools such as “EQuiP.” Utilizing AI predictions to optimize energy integration and reduce operating costs.
  • Lecture
  • Webinar
  • Energy
  • Software & Systems Engineering
  • AI Engineering
Smart energy management

AI and renewable energy for the buildings of tomorrow

Synchronization of supply and demand through smart management systems. AI applications for energy storage enable sustainable and cost-effective real estate.
  • Workshop
  • Energy
  • Software & Systems Engineering
  • IoT Engineering
  • AI Engineering
Smart solar box DIY

Build your own smart power supply

Integration of solar power systems with smart sensors. Providing expertise on hardware selection and the implementation of IoT control systems for mobile energy self-sufficiency.
  • Lecture
  • Webinar
  • Automotive
  • Energy
  • Production
  • Defense
  • Software & Systems Engineering
  • IoT Engineering
Blockchain

Technology and application

Evaluation of Distributed Ledger Technologies for business processes. A three-step method supports requirements analysis and IT architecture design within the organization.

AI tutorials – knowledge on demand

Our tutorials and webinars cover key topics across the entire software engineering domain – from software and systems engineering, AI engineering, machine learning, and artificial intelligence to IoT engineering and modern software architectures. The content is available flexibly as an on-demand offering and can be accessed independently of time and location. In addition, selected webinars can also be delivered as in-person sessions on site if required.

  • AI Engineering
  • Tutorial
AI tutorial Predictive Maintenance

Condition assessment of complex systems using machine learning

Teaching the technical fundamentals and software libraries for assessing the condition and early error detection of complex systems.
  • AI Engineering
  • Tutorial
AI tutorial Time Series Forecasting

AI-powered forecasts for data-driven decisions

Using historical data patterns to predict electricity prices. simulation and evaluation of automated optimization processes.
  • AI Engineering
  • Tutorial
AI tutorial Intelligent Control

Intelligent process control using machine learning

Development of a code framework for the efficient and robust control of complex processes, using an elevator control system as an example.

Start your qualification now

Interested in one of our formats? Or looking for a custom selection of topics? Feel free to send us a non-binding inquiry.

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