Software development

Software and database concepts

Development of customised software and database architectures based on the specific requirements of industrial processes

Development of software concepts in high-level languages: Implementation of complex algorithms and business logic in high-level languages

Modelling of software modules with UML and other tools/languages

Creation of relational database models for efficient storage and fast processing of large amounts of data

Design and implementation of interfaces and APIs for the seamless integration of databases and software systems into existing infrastructures

Ensuring data transfer and customisation when changing systems or migrating to new databases

Implementation of security measures such as access controls, data encryption and backup strategies

Development of customised software solutions for industrial applications and automation

Programming and maintenance of software in VB, C/C++ and C#

Scripting for process automation and data analysis in Python and VB

Development and optimization of real-time systems and embedded software for industrial machines and systems

Development and customisation of user interfaces (GUIs) for user-friendliness and efficiency

Fault diagnosis and troubleshooting in complex software systems

Customisation and expansion of existing software solutions to increase efficiency and adapt to new requirements

Development of customised database architectures for specific requirements

Analysis and optimisation of database performance to improve query speeds and resource consumption

Creation and optimisation of SQL queries for efficient analysis and evaluation of large amounts of data

Development of scripts and stored procedures to automate recurring tasks

Planning and implementation of secure migrations and integrations between different database systems

Implementation of security and access control measures to ensure data integrity and confidentiality

Planning and implementation of solutions for reliable data backup and fast recovery

Development and implementation of unit tests to ensure the functionality of individual code components

Integration tests at software and hardware level to check the interaction of various system components

Automated test environments for continuous quality assurance and increased efficiency of test processes

Creation and maintenance of test cases and test databases

Performing tests and analysing test results to identify and document errors and their causes

Verification of hardware interfaces to ensure smooth communication and interoperability

Error analysis and optimisation based on test results to improve system stability and performance