Radar Electronics Engineer — R&D Antenna

Weibel Scientific; Lillerød; On-site; DKK 600,000 - 800,000; Full time

Job summary

Weibel Scientific in Allerød, Denmark, is seeking an Electrical Engineer for our R&D Antenna group. You will contribute to debugging, verification and hardware design for our next generation of Doppler radars, collaborating with RF/analog and mechanical engineers.

The role involves hands-on testing, design for manufacturing, documentation updates, and close interaction with system architects to balance performance and reliability in harsh environments.

Qualifications

• A university degree in electrical engineering, marine engineering or similar engineering degree
• Experience with design of digital, analog and/or mixed-signal electronics from concept over schematics to layout and verification
• Experience with CAD/CAE tools e.g. Cadence OrCAD or Allegro
• Preferably knowledge of electronic design for harsh environments, temperature and humidity
• Knowledge of RF technology is considered an advantage
• Development experience with CE compliant devices

Responsibilities

• Debugging at test site and determining root cause, designing short- and long-term solutions
• Performance testing and verification of redesigns on board, module and radar level
• Engage with System and Subsystem Architects
• Work with RF/analog and Mechanical Engineers to find the best design compromises
• Design and verification of hardware with timing requirements
• Support production and customers with updated documentation
• Participate in assembly, test and evaluation of design prototypes
• Conduct Design for Manufacturing (DFM) reviews with our in-house production team

Skills

Digital/Analog Electronics

Mixed-Signal Design

RF Technology

CE Compliance

Harsh Environments

Education

Bachelor's degree in Electrical Engineering

Tools

Cadence OrCAD/Allegro

Job description

Weibel Scientific in Allerød, Denmark, is seeking an Electrical Engineer for our R&D Antenna group. You will contribute to debugging, verification and hardware design for our next generation of Doppler radars, collaborating with RF/analog and mechanical engineers.

The role involves hands-on testing, design for manufacturing, documentation updates, and close interaction with system architects to balance performance and reliability in harsh environments.