Digital IC Design Intern – CMOS Image Sensors (Summer 2027)

Sony Europe; Oslo; On-site; NOK 156,000 - 223,000; Full time

Benefits offered by this job

Free coffee and fruit in the kitchen

Canteen with meals

Job summary

Sony Europe is seeking an IC Digital Design Intern to contribute to the design and development of advanced CMOS image sensors. You will join an international team working on timing and control signals for pixel arrays, amplifiers, ADCs, and signal processing blocks.

The internship will run in the Summer of 2027, based in Lysaker near Oslo, and you will collaborate with teams in Europe and Japan to define specifications and develop RTL/firmware to control the sensor and process video data.

Qualifications

• Currently enrolled in a degree program with at least one year remaining.
• Academic background in technical, electronics or software subjects.
• English language proficiency is required.
• Valid permit to work in Norway is required.

Responsibilities

• Design and develop advanced CMOS image sensors as part of an IC Digital Design intern role.
• Contribute to timing and control signals for pixel array readout, amplifiers, ADCs, and signal processing blocks for noise reduction and colour enhancement.
• Develop RTL/firmware to control the sensor and process video data; act as a hands-on contributor responsible for design success.
• Collaborate with multi-disciplinary teams across Europe and Japan to define specifications and verify designs.

Skills

English fluency

Education

Ongoing Electrical/Electronics or Computer/Software degree

Job description

Sony Europe is seeking an IC Digital Design Intern to contribute to the design and development of advanced CMOS image sensors. You will join an international team working on timing and control signals for pixel arrays, amplifiers, ADCs, and signal processing blocks.

The internship will run in the Summer of 2027, based in Lysaker near Oslo, and you will collaborate with teams in Europe and Japan to define specifications and develop RTL/firmware to control the sensor and process video data.