Job closed
Ref: NP659-04
Job description / Role
We are seeking a junior leverl System Engineer to work within our projects team, your main duties will include:
- Work with project team to Design, implementation, assembly and testing of SKF instrumentation and integrated consoles and cabinets.
- Assist System Engineer in Validation of system software configurations to achieve system specifications and requirements
- Ensure adherence to project schedules and identify any obstacles in time to remedy them without negative effect on schedules.
- Assisting System Engineer in design, configuration and documentation of the technical solution for delivery of the project.
Requirements
- Bachelor degree in Electronics/ Electrical/ Mechatronics or Mechanical.
- 0-2 years experience in Instrumentation & Control or Automation Systems.
- Good aptitude towards System Theory and Signal Processing, with good familiarity in Communication Systems
- Knowledge of International Standards relevant to Control Systems and Automation.
- Pro-active approach, quick learning, attention to details skills.
- Excellent communication skills in written and spoken English.
- Excellent proficiency in Microsoft Office suite (Word, Excel and PowerPoint).
- Experience using Microstation and AutoCAD.
- Willingness to work with people from different cultures, backgrounds in team and across the departments.
- Willing to learn and grow within the organization.
- Willing to travel and work at sites when required and directed by his superiors.
About the Company
SKF has been a leading global technology provider since 1907. Our fundamental strength is the ability to continuously develop new technologies then use them to create products that offer competitive advantages to our customers. With more than 35 years experience in production and service of instruments for monitoring, analysis and diagnosis of mechanical behaviour of critical machinery, SKF offers total system integration by bringing advanced condition monitoring and protection systems into a plant-wide control platform. This integration leads to the avoidance of costly unexpected down-time and reduced operating and maintenance costs. The end result is not only improved profitability, but also a better and safer environment.