Grow With Us:

About this opportunity:

We are starting a new Silicon R&D center in Bangalore. Join our team as we pioneer the IPs that power the digital ASICs of tomorrow's mobile standards. Ericsson System on a Chip (SoC) devices are custom-made for mobile networks and spans across the Ericsson Radio System - RAN Compute, Radio and Transport – to enable communication service providers to surpass the expectations of their end-customers. At our state-of-the-art design centers, we don't just follow industry trends—we set them. By leveraging cutting-edge tools and methodologies, we lead innovation in the telecommunications sector. As a valued team member, you'll play a pivotal role in shaping the future of global connectivity, contributing to the advancement of 5G and 6G technologies.

As part of our global R&D organization, you'll collaborate with talented teams across Sweden, the US, and beyond. We are committed to fostering a collaborative and innovative work environment that encourages creativity and teamwork.

Creative Freedom: Immerse yourself in an environment that champions innovation and critical thinking. You'll have the opportunity to explore advanced verification technologies alongside skilled experts.

Global Impact: Contribute to projects with far-reaching impacts, transforming industries, advancing digital economies, and enhancing communication worldwide.

Work-Life Balance: We prioritize the well-being of our team members, offering a balanced work-life environment to help you excel professionally without compromising your personal life.

Professional Growth: Engage in continuous learning opportunities, tackle exciting challenges, and collaborate with brilliant minds in a supportive and forward-thinking atmosphere.
An international work environment with opportunities for professional growth and development.

A collaborative and inclusive culture that values diversity and innovation.

What you will do

• Take part in the verification of designs, whether at the block or subsystem level.
• Participate in defining and implementing UVM-based test environments.
• Support the creation of Verification Strategies and contribute to the development and execution of Verification Plans.
• Develop, run, and debug test cases to ensure design quality.
• Contribute to the improvement and optimization of verification methodologies.
• Generate documentation throughout the verification lifecycle.
• Collaborate closely with other verifiers, designers, and architects.
• Build competence in the technical domain.
• Engage in cross-team collaboration to ensure successful project delivery

You will bring

• Bachelor’s degree in electrical or computer engineering.
• 10+ years industry experience in ASIC IP verification using SystemVerilog and UVM.
• Strong experience in / with:
  • developing verification test plans and creating directed/randomized test cases.
  • in implementing scoreboards, checkers, bus functional models within UVM environments.
  • AMBA-based designs such as AXI and CHI.
  • SystemVerilog Assertions.

Additional Requirements:

• Experience with Cadence or Synopsys verification suites.
• Team-oriented, prioritizing team success within the team, across teams, and across sites over individual results. Specifically, experienced at communicating and meeting expectations within and across teams in an agile environment.
• High attention to detail and commitment to quality.
• Strong focus on meeting project deadlines and deliverables.
• Proficient in English, with strong communication skills.

Preferred Skills:

• Understanding of radio access systems and their components.
• Experience in low-power design verification.
• Working knowledge of systems for continuous integration (e.g., Jenkins), simulation and analysis environments (e.g., Simscope), issue-tracking (e.g., Jira).
• Formal Verification experience
• Experience in verification in one or more of the following hardware domains:
  • ARM-based real-time embedded microcontroller systems including their control and interface peripherals. Wireless infrastructure specific protocols and interfaces and protocols.
  • Implementation of hardware-based digital signal processing systems (filters, adaptation, etc.)

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"All academic credentials must be from recognized and accredited institutions and are further subject to verification.”