Values

The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Experience with Cadence design tools, Linux and Python is an advantage”
The ad says“Foundation in digital logic, computer architecture, or embedded systems”
The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Foundation in digital logic, computer architecture, or embedded systems”
The ad says“Exposure to digital verification through simulation, testbenches, assertions, or formal methods is an advantage”
The ad says“Foundation in digital logic, computer architecture, or embedded systems”
The ad says“Laboratory measurement skills”
The ad says“Experience with Cadence design tools, Linux and Python is an advantage”
The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)”
The ad says“Familiarity with synthesis, timing, and power/area tradeoffs is an advantage”
The ad says“Experience with Cadence design tools, Linux and Python is an advantage”
The ad says“Familiarity with synthesis, timing, and power/area tradeoffs is an advantage”
The ad says“Familiarity with synthesis, timing, and power/area tradeoffs is an advantage”

Silicon Labs (NASDAQ: SLAB) is the leading innovator in low-power wireless connectivity, building embedded technology that connects devices and improves lives. Merging cutting-edge technology into the world’s most highly integrated SoCs, Silicon Labs provides device makers the solutions, support, and ecosystems needed to create advanced edge connectivity applications. Headquartered in Austin, Texas, Silicon Labs has operations in over 16 countries and is the trusted partner for innovative solutions in the smart home, industrial IoT, and smart cities markets. Learn more at www.silabs.com.

How Silicon Labs Norway Works

We are an elite team of IC Design, IC Validation, Software and HW/Tools engineers focused on developing and validating key components of the Silicon Labs IoT product portfolio. Our team has a deep understanding of all aspects of our MCU and Wireless products, from design to delivering a complete customer friendly system. Silicon Labs EFR32 and EFM32 MCU and Wireless product portfolios both originate from the Norway team. We take great pride in the technology that we deliver. We have a passion for what we do and always seek out better ways to serve our customers.

How the Oslo Design Teams work

The EFR32 and EFM32 MCU and Wireless products combine an energy-friendly MCU with a highly integrated radio transceiver. These devices are well suited for a variety of applications across a wide range of RF protocols, digital protocols, and power levels.

The design teams consist of a combination of more experienced designers and young talents that are given a perfect opportunity to develop within the field. We work in close collaboration with sites in Austin and Singapore. We deliver a low power, simplicity focused platform, which is the base for all Silicon Labs MCUs and Wireless MCUs.

We leverage our history of low power, simplicity focused designs to make the best products for the future of the Silicon Labs IoT story, while having fun.

As an IC Design Engineer in our Oslo IC Design organization, you will join either the Analog Design team or the Digital Design team. The teams collaborate closely to develop key analog and digital functions for Silicon Labs' MCUs and Wireless MCUs.

Why this position matters

The Internet of Things is a fast growing, innovative market. Silicon Labs has invested in many exciting and market-leading highly integrated mixed signal SoCs aimed at IoT. The low power Gecko MCUs and Wireless MCUs that we develop will be deployed in literally millions of products worldwide. The IoT is the future of Silicon Labs, and the Oslo Design teams are at the forefront of that initiative. As a Design Engineer you will work with our other hardware design teams, software teams and the marketing department to define and deliver key features within the low power Gecko MCU and Wireless MCU platform.

Essential Functions

Architect, design and verify analog and digital circuits for our IOT products.
Determine design approaches and parameters.
Responsible for custom layout, including overseeing the work of layout designers.
Conduct evaluation of design results by laboratory measurements of ICs.
Report on design results through design reviews, in accordance with company quality requirements and resolves action items generated from these reviews.

Desired Skills

M.S. or Ph.D in Electrical Engineering.
Both newly graduated and more experienced candidates will be considered.
Verification skills (e.g., circuit simulation)
Experience with Cadence design tools, Linux and Python is an advantage
Digital design team:
Foundation in digital logic, computer architecture, or embedded systems
Exposure to digital verification through simulation, testbenches, assertions, or formal methods is an advantage
Familiarity with synthesis, timing, and power/area tradeoffs is an advantage
Analog design team:
Design skills and knowledge related to building blocks (e.g., OPAMP, power management circuits, ADC, DAC, oscillators, memories, bandgap references, PLL)
Understanding of layout tradeoffs for performance and size
Laboratory measurement skills

Personal Profile

Enthusiastic, creative and innovative
Excellent analytical and system troubleshooting skills
Good written and oral communication skills
Team player

More About Us

We hire the most innovative talent in the world through professional and university channels and then solve the industry’s toughest problems, providing our customers with significant advantages in performance, energy savings, connectivity and design simplicity. Silicon Labs’ software and mixed signal engineering teams create solutions for customers in diverse markets including Internet of Things, internet infrastructure, industrial automation, consumer and automotive. We take pride in our products and in our people, and that’s one of the many reasons we continue to be awarded Most Respected Public Semiconductor Company. Learn more at www.silabs.com/careers

What You'll Get

You will be joining a highly skilled and tight-knit team where every engineer makes a significant impact on the end-product. Our office is superbly located in beautiful, easily accessible Nydalen in Oslo.

We can also offer:

Monthly social gathering like summer and new year’s parties, celebrations, team building and happy hours (“lønningspils”)
Weekly sport activities like cageball, indoor climbing and running
Monthly innovation day - “Hack a Gecko” (hack-a-thon event for fun and learning)
Weekly info meeting for all employees
Paid volunteer days
5 weeks of vacation, plus Christmas Eve and New Year's Eve
Parking for car, motorbike and bikes available
Flexible working hours
Free mobile telephone
Last, but not least: an amazing culture with skilled colleagues

Silicon Labs is an equal opportunity employer and values the diversity of our employees. Employment decisions are made on the basis of qualifications and job-related criteria without regard to race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status, or any other characteristic protected by applicable law.

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