System Architect

We are ZF R&D Tech Center in Romania!

Our presence in Automotive R&D market in Timisoara begun in 2007 when we started as BeeSpeed – Timisoara Engineering Center having a strong partnership with ZF Group along this journey. All our services contributed to the global mission of developing a safer vehicle for the driver and the passengers.

Starting with 1st of January 2019, we became part of the ZF Group, which is a global leader in driveline and chassis technology as well as active and passive safety technology. The company has a global workforce of more than 165,000 employees with approximately 168 locations in some 32 countries. In 2022, ZF achieved sales of 43.8 billion euro.

- Engineer, Bachelor of Science, Master of Computer Science, Electrical Engineering, Control Engineering;

-Detailed knowledge of design principles (modularity, information hiding and decoupling, abstraction);

-Detailed knowledge about architecture and design patterns (abstraction layering, error handling, structure patterns), analysis patterns and of object orientation;

-Experience in modelling languages UML/SysML;

-Knowledge of performance modeling and model execution;

-Knowledge of generating and analyzing UseCases;

-Ability to identify, exploit reusable components and create architectural prototypes;

-Knowledge of domain-specific norms and requirements (e.g. IEEE 29148, ECE 13H, FMVSS 136);

-Knowledge of functional safety (e.g. ISO26262), Automotive SPICE (e.g. ISO15504);

-Knowledge of the performance of reviews, review techniques and of test methods;

-Knowledge of the tools allocated to the role in the software standard process (e.g. Cameo, DOORS);

-Detailed Systems know-how and knowledge of the domain (e.g. Braking, slip control system) is a plus;

-Experience in systems engineering (ISO15288);

-Good moderation and communication skills as well as the ability to work in a team;

-Good communications skills and good English skills (German is a plus).

-Developing the logical model of the system and developing the systems architecture based on the logical model;

-Identifying the elements and their interfaces and identifying the element boundary and interfaces;

-Developing, evaluating alternative designs and support on design decisions;

-Ensuring that design can be retraced to requirements;

-Planning implementation strategy, support in the integration and verification planning;

-Analyzing interface impacts and ensuring preventive measures to mitigate problems.