● Strong knowledge and experience with designing API’s, cloud native applications, Microsoft Azure, and microservices architecture.
● At least 5+ years of experience in system and software development as well as in the development and maintenance of scalable, cloud-based software sustainable system architectures.
● Experience in systems engineering and system modelling with UML/SysML (e.g. Enterprise Architect).
● Experience in abstraction and structuring of complex systems.
● Experience in agile development methods (e.g. Scrum, Kanban, etc.) and tools (e.g. Git, Bitbucket, JIRA etc.).
● Knowledge from at least one of the following domains and areas: Energy management systems, thermal energy systems, electrical energy systems is a plus.
● Very good written and spoken English skills.
● Bachelor’s or Master’s Degree in computer science, engineering, electrical engineering or equivalent study programmes.

O stanowisku / o projekcie 

As part of the team, you will have the opportunity to define and implement the software architecture for advanced platform development to solve key business problems in the energy sector. You will work in a cross-disciplinary team of experts from different parts of the organization in order to achieve the target vision of the company.

Zakres obowiązków

1. Derivation and definition of sustainable software architectures for energy management applications based on business requirements defined in the form of User Stories, while balancing the non-functional requirements, such as scalability, performance and availability. 
2. Development and coordination of customer-oriented end-to-end solutions 
3. Analysis and preparation of the detailed technical specifications and make design decisions for energy management applications based on the developed system and software architectures. 
4. Definition and implementation of the interfaces between the different systems and software components of the end-to-end solutions deployed on embedded devices, backend and frontend. 
5. Define and ensure the implementation of an API player that allows applications to consume the functionality of the platform in a modular, scalable manner.