Implement Individual, Complex Systems
Business Engineering
The Importance Of Business Engineering
The growing complexity of technical products and the integration of products and services require well thought-out systems engineering. Structured planning of the product life cycle, ensuring the business case and partnership-based implementation can make your projects more efficient and successful.
Mastering challenges:
- Efficient networking: The management and integration of new interfaces are key challenges in modern development.
- Early error prevention: A systematic and interdisciplinary approach enables the early detection of sources of error and reduces risks.
- Process simplification: Our systems engineers aim to simplify your business processes and make risks calculable through transparency.
Advantages For Your Company:
- Cost optimization: Early, model-based validations for hardware and software reduce the need for costly physical prototypes.
- Holistic quality management: Combining different engineering disciplines into a coherent system increases quality and facilitates coordination.
- Complexity management: Improve manageability and control of system complexity during development.
- Risk optimization: Increased risk assessment and improved product quality through a consistent development process.
With business engineering from prelytics®, you can rely on an integrated approach that helps you to manage projects successfully and ensure the quality of your products in the long term.
Implement Business Engineering
Our Business Engineering Process
We provide you with comprehensive support in the areas of business and systems engineering and also offer sub-processes such as the verification of your design, proof of concept or pilot installations. Our goal is to ensure your success.
1
Requirements Engineering
The first step is to thoroughly analyze your requirements. This so-called requirements engineering helps us to understand and define your specific needs. Together, we develop requirements that serve as the basis for our work. Effective requirements management is crucial to the success of your project.
2
Architectural Design
During the system design phase, we make important design decisions for your product. An efficient system design forms the backbone of the entire development process. We create detailed reports with visual representations and comprehensive descriptions for each architectural design.
3
Software Development
Our expertise lies in two areas:
- Medium-sized embedded systems: Development based on Linux or BSD Unix kernels, suitable for applications ranging from home automation to complex video analysis.
- High Performance Simulation: Simulation of large and complex structures and processes to minimize experimental trials.
4
Prototype Design and System Integration
In this phase, we develop prototypes and prepare the integration of the systems into larger structures. Our services include:
- Rapid Prototyping
- High- & Low Fidelity
5
Testing
Comprehensive test management is essential for the success of your project. We ensure that all test processes are thoroughly monitored and documented to meet the high quality requirements of modern systems.
Our Offer to You
We offer comprehensive support in the areas of business and systems engineering, architecture design, embedded software development, PLC programming, prototype design, proof-of-concept, product testing and validation. Our services range from requirements analysis, architecture design and programming to quality assurance and documentation.
Contact us to design, develop and maintain your customized system applications. Let us know how we can help you!
Questions about Business Engineering?
Frequently Asked Questions (FAQ)
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What is business engineering and why is it important?
Business engineering is an interdisciplinary approach to the development, integration and management of complex systems over their entire life cycle. It is important because it ensures that all technical and organizational aspects of a project are considered to ensure a successful and efficient implementation. Systems engineering helps to minimize risks, control costs and maximize the quality of the system solution.
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What advantages does business engineering offer my company?
Business engineering offers numerous benefits, including clear structuring and planning of complex projects, improved communication between different disciplines and stakeholders and early identification and resolution of potential problems. This leads to more efficient project management, higher quality end products and a reduction in development and operating costs.
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How does business engineering differ from conventional engineering approaches?
In contrast to conventional engineering approaches, which often focus on individual disciplines, systems engineering integrates various technical and non-technical disciplines to design and optimize a system as a whole. This holistic approach makes it possible to consider all aspects of a project, from the definition of requirements to the integration and operation of the system.
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What types of projects benefit most from business engineering?
Business engineering is particularly beneficial for projects that involve complex technical systems, such as aerospace, automotive, defense, energy and IT. Projects with many interacting components, high reliability and safety requirements and strict regulatory requirements benefit most from a system-specific approach.
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How long does it take to implement a business engineering project?
The duration of a business engineering project depends heavily on the complexity and scope of the system. While smaller projects can be completed within a few months, complex and highly regulated systems can take several years. The exact timeframe is determined during the planning phase and is closely linked to the specific project requirements.
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What steps are included in a typical business engineering project?
A typical business engineering project comprises several phases, including requirements analysis, system architecture and design, integration and verification, validation, operation and maintenance. Each phase is designed to ensure that the system meets the defined requirements and is seamlessly integrated into existing environments. The iterative nature of business engineering allows for adjustments and optimizations to be made throughout the process.
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How is quality ensured in business engineering projects?
Quality is ensured in business engineering through strict adherence to processes, standards and best practices. This includes regular reviews and audits, detailed testing and verification phases and comprehensive documentation. The systematic approach makes it possible to identify potential errors at an early stage and rectify them before they affect the progress of the project.
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What role does requirements analysis play in business engineering?
Requirements analysis is one of the most important phases in business engineering. It lays the foundation for the entire project by ensuring that all functional and non-functional requirements are clearly defined and understood. A thorough requirements analysis minimizes the risk of undesirable developments and ensures that the finished system exactly meets the needs and expectations of the stakeholders.
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Is business engineering also suitable for smaller projects?
Yes, even smaller projects can benefit from a business engineering approach. While the scope and depth of the methods applied may need to be adapted, the principles of business engineering can help to create clear structures, minimize risks and ensure high quality, regardless of the size of the project.
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What does a business engineering project cost?
The cost of a business engineering project varies depending on the complexity, scope and specific requirements of the system. Factors such as the number of disciplines involved, the need for special technical solutions and the time frame influence the overall costs. As a rule, a cost estimate is prepared after a detailed analysis of the project requirements.