In this role as a Staff RF/EM Engineer, you will collaborate within a dynamic, multidisciplinary team that fosters innovation and creativity. You'll tackle complex engineering challenges, contributing to the design and optimization of advanced broadband systems that will shape Nokia's future products. Your work environment will emphasize collaboration, flexibility, and continuous learning, allowing you to thrive alongside experts in RF engineering and related fields. Benefits include competitive compensation, opportunities for professional development, and a commitment to work-life balance. You will gain access to state-of-the-art tools and resources, enabling you to push the boundaries of technology and make a tangible impact in the telecommunications industry. Join us to drive cutting-edge advancements and elevate your career.
Responsibilities
Develop high-speed packages for advanced ASICs, focusing on substrate selection and ultra-broadband passive structures.
Create and validate design specifications, including prototyping and detailed design processing.
Provide PCB design guidelines, including stack-up, routing, and tolerance analysis.
Conduct broad band measurements up to 90GHz, ensuring design verification using probe stations.
Publish comprehensive test reports with recommendations to enhance product development.
Collaborate with a multi-disciplinary team to develop and optimize 3D EM models.
Integrate and verify proof of concepts and evaluation boards for next-generation products.
Utilize tools such as HFSS, ADS, and Matlab for simulation and modeling tasks
Qualifications
Must-Have:
M.Sc./Ph.D. in Electrical Engineering with specialization in microwave design
Minimum of 5 years experience in HFSS modeling and ADS
Proven design experience with passive structures above 50GHz
In-depth measurement experience using VNAs and probing techniques
Strong attention to detail and problem-solving abilities
Nice-To-Have:
Familiarity with Electro-optics and RF test equipment
Experience with PCB, HDBU, mSAP fabrication techniques
Proficiency in Matlab and other modeling tools
Knowledge of LTCC materials and fabrication
Effective written and verbal communication skills