Senior Analog Design Engineer
Ciena View all jobs
- Ottawa, ON
- $114,000-182,000 per year
- Permanent
- Full-time
- You will be responsible to perform feasibility work with various circuit topologies to recommend the best solution to carry through implementation by weighing tradeoffs and discussing these with other members of the team including system groups to guide formation of a circuit requirement specification.
- You will be responsible for the complete and detailed design of the analog blocks assigned to you including close collaboration with analog layout team members and more junior members of the design team as applicable who may assist with some aspects of the overall implementation through to full GDSII delivery to Ciena’s integration partner.
- Reporting on status updates on a regular basis, participation in team meetings and sharing of experience with the rest of the group.
- Characterization in Ciena’s state-of-the art lab of the analog circuits from test-chips through to full product implementation working with members of our Analog Macro Integration team.
- Electrical or computer engineering, computer science or other applicable scientific degree at the BEng/BSc, MEng/MSc, or Ph.D level.
- Experience leading designs in advanced CMOS technology with a minimum of 5-years industrial experience.
- A highly motivated self-starter, able to work independently, while being a great teammate
- Ability to methodically address sophisticated technical problems
- Excellent organization, written and oral (English) interpersonal skills
- Proficiency above the intermediate level with use of applicable design tools from Cadence, Mentor and Synopsys for analog design (eg Virtuoso, Calibre, STAR-RC, MMSIM).
- A history of successful analog circuit product deliveries.
- Experience with 2.5D or 3D E-M tools such as HFSS or EMX
- Experience with team-leadership within an analog macro design group
- Architect or System Design experience for complex analog macro IP solutions using tools such as MatLab and/or C++
- Experience with mixed-signal design validation using state-of the art probing and test equipment