Engineer, Analog Design Engineering
Overview
As part of Analog Devices' Milan Design Center, you contribute to analog IC design for industrial automation applications. You work with a multi-disciplinary team to develop transistor-level circuits and verify designs that power PLCs, industrial sensors, and Industrial Ethernet systems. You gain mentorship from seasoned engineers while actively contributing to architecture discussions and layout activities. This role suits candidates driven by learning, collaboration, and tangible impact on industrial infrastructure.
Retribuzione / Benefits
- discretionary performance-based premio
- variable compensation
- paid annual leave
- supplemental benefits
- learning and development opportunities
Responsabilità
- Design and simulate transistor-level analog circuits from blocks to full IC integration
- Develop an understanding of semiconductor device operation, limitations, and reliability requirements
- Use and develop behavioral models for chip-level simulations
- Support and review analog and top-level IC layout activities
- Contribute to chip floorplanning and package-design activities
- Participate in discussions on top level architecture and design reviews
- Prepare clear and accurate technical documentation
- Perform laboratory evaluation, product validation, characterization, and debugging
- Support development of production test solutions for product qualification and release
Requisiti fondamentali
- Strong understanding of fundamental electronics principles
- Familiarity with analog circuit operation and basic digital design concepts
- University-level experience in design and simulation of basic analog blocks (preferred)
- Ability to collaborate with analog, digital, verification, layout, and test teams
- Strong problem-solving skills and attention to detail
- Willingness to learn, receive feedback, and contribute to team activities
- Good organizational skills and ability to meet milestones
- Strong motivation for continuous learning and professional growth
- Inclination toward innovation and knowledge sharing, with willingness to present results at internal forums
- collaboration
- communication
- proactiveness
- transistor-level analog circuit design
- device operation and reliability
- behavioral modeling for simulations
As part of Analog Devices' Milan Design Center, you contribute to analog IC design for industrial automation applications. You work with a multi-disciplinary team to develop transistor-level circuits and verify designs that power PLCs, industrial sensors, and Industrial Ethernet systems. You gain mentorship from seasoned engineers while actively contributing to architecture discussions and layout activities. This role suits candidates driven by learning, collaboration, and tangible impact on industrial infrastructure.
Retribuzione / Benefits
- discretionary performance-based premio
- variable compensation
- paid annual leave
- supplemental benefits
- learning and development opportunities
Responsabilità
- Design and simulate transistor-level analog circuits from blocks to full IC integration
- Develop an understanding of semiconductor device operation, limitations, and reliability requirements
- Use and develop behavioral models for chip-level simulations
- Support and review analog and top-level IC layout activities
- Contribute to chip floorplanning and package-design activities
- Participate in discussions on top level architecture and design reviews
- Prepare clear and accurate technical documentation
- Perform laboratory evaluation, product validation, characterization, and debugging
- Support development of production test solutions for product qualification and release
Requisiti fondamentali
- Strong understanding of fundamental electronics principles
- Familiarity with analog circuit operation and basic digital design concepts
- University-level experience in design and simulation of basic analog blocks (preferred)
- Ability to collaborate with analog, digital, verification, layout, and test teams
- Strong problem-solving skills and attention to detail
- Willingness to learn, receive feedback, and contribute to team activities
- Good organizational skills and ability to meet milestones
- Strong motivation for continuous learning and professional growth
- Inclination toward innovation and knowledge sharing, with willingness to present results at internal forums
- collaboration
- communication
- proactiveness
- transistor-level analog circuit design
- device operation and reliability
- behavioral modeling for simulations