RFIC Design Engineer

Sivers Semiconductors UK; Göteborgs kommun; On-site; SEK 529,436 - 741,211; Full time

Job summary

A leading technology company in Gothenburg is looking for a talented engineer to join their RFIC Design Engineering team. The role involves designing subsystems for RF transceivers and requires experience with Cadence Virtuoso and EDA tools. With a focus on innovative solutions in millimeter-wave products, you will have the chance to collaborate with skilled colleagues on cutting-edge technology in wireless communication. This position offers a challenging and exciting opportunity to contribute to a greener data economy.

Qualifications

• Experience with Cadence Virtuoso and related EDA tools.
• Strong passion for RFIC design.
• Relevant industry experience or academic expertise.

Responsibilities

• Design subsystems such as LNAs, PAs, mixers, PLLs.
• Work on sub-micron CMOS design and validation.
• Support integration of RFICs into antenna modules.

Skills

Cadence Virtuoso

Wireless systems fundamentals

RF transceivers architecture

Deep sub-micron CMOS design

Mixed-signal design and verification

Calibration methods

Tools

Cadence

Keysight RF software

ANSYS

Mentor Graphics

Job description

Are you ready to become a key member of our world-classRFIC Design Team?

Sivers Semiconductorsare Critical Enablers of a Greener Data Economy with Energy Efficient Wireless & Photonic Solutions. Our high-performance RF beamformer technologies and high precision lasers help our customers in key markets such as SATCOM, wireless infrastructure, AI datacenters, and Defense solve essential performance challenges while enabling a much greener footprint.

Our business unitSivers Wirelessdevelops millimeter wave products for satellite communications and advanced 5G systems for data and telecommunications networks. Having completed our first generations of mmWave RFICs covering frequency bands from 24 GHz to 71 GHz, we are now starting the development of our next generation products.

The opportunity

We are expanding and looking for atalented engineerto join our RFIC Design Engineering team within Sivers Wireless. If you are innovative and passionate about developing RFIC transceivers, we want to hear from you!

Your role

As part of the RFIC Design Engineering team, you will:

• Design subsystems such as LNAs, PAs, mixers, PLLs, LO generation, baseband filters, ADCs, DACs, or other analog blocks.
• Take your design from schematic to layout and verification, using our capable EDA tools from Cadence, Keysight, ANSYS, and Mentor Graphics.
• Work on sub-micron CMOS design and/or BiCMOS designs.
• Define and participate in bring-up and validations of our products.
• Support production test.
• Support integration of RFICs into our antenna modules.

You will work in a group of experienced RFIC Design Engineers located in Gothenburg and Kista, supported by well-equipped labs at both locations.

Required qualifications and experiences

We are seeking an innovative engineer with a strong passion for RFIC design, whether you bring relevant industry experience, academic expertise, or both.

Mandatory requirement

Experience with Cadence Virtuoso and related EDA tools.

We value experience in one or more of the following areas:

• Wireless systems fundamentals, e.g., Wi‑Fi, WiGig, 3GPP.
• Architecture and design of RF transceivers.
• Subsystem design of LNAs, PAs, mixers, PLLs, LO generation, baseband filters, ADCs, or DACs.
• Deep sub‑micron CMOS and/or BiCMOS design.
• Mixed‑signal design and verification.
• Bring‑up and validation of RFIC transceivers, including calibration methods.
• Driving chips into volume production.
• Solid understanding of CMOS processes and device physics.
• Experience with Keysight RF software (e.g., EM simulation) is considered a merit.

We offer

An exciting and challenging position where you get the chance to work with cutting-edge technology and state-of-the-art mmWave instruments. Collaborate with skilled colleagues to develop world-class RFICs for wireless communication. We are scaling up our design and validation capabilities to meet the growing demand for our mmWave products.

We will continuously review applications.