Design the intelligence that drives the next generation of smart vehicles.

You’ll be joining a fast-growing technology innovator that is redefining how vehicles think, interact, and adapt. Their automotive-grade AI chips power real-time generative AI, multimodal interaction, and seamless integration of cockpit and driving systems into one intelligent platform.

As an Integrated Circuit Design Engineer, you will develop and implement micro-architectures, write RTL code, and collaborate closely with verification and system teams to bring complex digital blocks to life. This is your opportunity to directly influence the performance, reliability, and innovation of next-generation automotive AI chips.

If you are passionate about designing high-performance chips and solving complex engineering challenges, this is the role where your expertise will make an impact.

What You’ll Do

You will play a central role in the design and implementation of advanced automotive-grade chips, ensuring each block meets functional, performance, and quality requirements. Your responsibilities will include:

• Developing and implementing micro-architectures for complex digital blocks
• Writing synthesizable RTL code in Verilog/SystemVerilog for various IPs and SoCs
• Performing linting, CDC (Clock Domain Crossing), and low-power checks (UPF/CPF)
• Conducting logic synthesis, generating timing constraints, and supporting timing closure
• Collaborating with verification engineers to define test plans and ensure design quality
• Supporting pre-silicon validation and post-silicon bring-up and debug activities
• Creating and maintaining technical documentation

What You Bring

You are a design engineer who thrives on solving challenging problems and building efficient, reliable digital blocks. Ideally, you have:

• A Bachelor’s or Master’s degree in Electrical/Electronics Engineering or a related field
• Proven experience in ASIC design flow and methodologies
• Strong proficiency in RTL coding using Verilog or SystemVerilog
• Hands-on experience with synthesis, timing analysis, and scripting languages (TCL, Python)
• Knowledge of low-power design techniques and power integrity considerations is a plus
• Familiarity with industry-standard EDA tools from Synopsys, Cadence, or Siemens
• Excellent problem-solving skills and a collaborative, team-oriented mindset

Why This Opportunity Stands Out

This is a rare chance to be part of a visionary team building one of the world’s first mass-produced automotive-grade AI chips capable of supporting real-time large language models. Your design work will directly impact the performance, intelligence, and reliability of vehicles in the next era of smart mobility.

Join a culture that values curiosity, craftsmanship, and collaboration, and where your designs will power innovations that redefine mobility and human-machine interaction.

Ready to Build the Chips of Tomorrow?

If you are ready to design what drives the next generation of intelligent vehicles, we’d love to hear from you. Apply now by filling out the form and start the conversation.