Senior RF/Analog Design Engineer

Design, simulate, and analyze RF/microwave structures, including transmission lines, interconnects, and passive structures across PCB, hybrid, and integrated-circuit platforms.

Apply advanced knowledge of electromagnetics, transmission-line theory, circuits, and measurement science to high-speed optoelectronic components and related packaging applications.

Perform and guide RF/microwave and electro-optic characterization of photonic and passive devices at high frequencies.

Use circuit-simulation and finite-element electromagnetic tools to model, analyze, and optimize RF/microwave designs.

Analyze measurement and simulation data, identify performance limitations, and recommend design improvements.

Collaborate with optical, photonic, electrical, mechanical, packaging, and other engineering disciplines to solve complex design challenges.

Participate in technical and design reviews and contribute engineering expertise throughout the development lifecycle.

Provide technical guidance and share RF/microwave expertise with other members of the engineering team.

Bachelor's or graduate studies in Electrical Engineering, Applied Physics, or a related technical discipline.

Strong professional experience in RF/microwave engineering, high-frequency design, or a closely related discipline.

Strong understanding of electromagnetics, transmission lines, high-frequency circuits, signals and systems, and measurement techniques.

Experience designing and analyzing RF/microwave structures and interconnects.

Experience with RF/microwave simulation and electromagnetic modeling tools.

Hands-on understanding of high-frequency measurement, characterization, calibration, and experimental-data analysis.

Strong analytical and problem-solving skills, with the ability to address complex multidisciplinary engineering problems.

Ability to communicate technical concepts clearly and collaborate effectively within an R&D environment.

Experience with Ansys HFSS, Keysight ADS, or comparable RF/electromagnetic simulation tools.

Experience with high-speed optoelectronic devices such as modulators or photodetectors.

Knowledge of high-frequency amplifiers and transimpedance amplifiers.

Experience with vector network analyzers and RF characterization techniques.

Understanding of digital modulation and optical communication technologies.

Experience working with photonic components or optical communications products.

Pay Range:

The annual pay range in Quebec City is C$102,600 - C$163,800.

The annual pay range in Ottawa is C$114,000 - C$182,000.

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Pay ranges at Ciena are designed to accommodate variations in knowledge, skills, experience, market conditions, and locations, reflecting our diverse products, industries, and lines of business. Please note that the pay range information provided in this posting pertains specifically to the primary location, which is the top location listed in case multiple locations are available.

Non-Sales employees may be eligible for a discretionary incentive bonus, while Sales employees may be eligible for a sales commission. In addition to competitive compensation, Ciena offers a comprehensive benefits package, including medical, dental, and vision plans, participation in 401(K) (USA) & DCPP (Canada) with company matching, Employee Stock Purchase Program (ESPP), Employee Assistance Program (EAP), company-paid holidays, paid sick leave, and vacation time. We also comply with all applicable laws regarding Paid Family Leave and other leaves of absence. At Ciena, we are committed to building and fostering an environment in which our employees feel respected, valued, and heard. Ciena values the diversity of its workforce and respects its employees as individuals. We do not tolerate any form of discrimination.

Ciena is an Equal Opportunity Employer, including disability and protected veteran status.

If contacted in relation to a job opportunity, please advise Ciena of any accommodation measures you may require.