Design Manager

About Us

At onsemi, we help improve lives through silicon solutions every day. Our intelligent power and sensing technologies solve the world’s most complex challenges and lead the way in creating a safer, cleaner, and smarter world. Our group develops MCU and DSP systems as well as hardware accelerators that are used in a large variety of different products and markets.

The Role

We are looking for a Design Manager with experience in the development of embedded MCU/DSP systems, to build and manage a new product design team. You will develop a series of digital compute products, and benchmark such systems for a variety of applications and driving the necessary improvements for differentiation

What You’ll Do

• Design leadership: Lead and manage the team to create of a wide range of compute-focused products
• Problem solving: Identify novel solutions when architecting product functionality and/or with design methodologies
• Technical guidance & mentoring: Guide world-wide teams in technical areas, from microarchitecture to productisation
• Innovation: Define and create design methodology and design flow improvements for efficiency and robustness

What You’ll Need

• B.Tech / M.Tech in Electrical Engineering or related technical field
• At least 12 years of strong technical experience across any domain of VLSI design, with strong leadership and team management credentials
• An extensive technical background within the development of semiconductor products or sub-components (IPs)
• Experience with embedded CPUs, from a hardware and software/firmware perspective
• Strong communication skills
• Ability to define strategic actions, with appropriate design trade-off analyses

What Else You May Bring (Experience in some of the following areas is a plus)

• Experience in the design of CPU/MCU (sub)systems, compute functions and accelerators
• Development of signal processing components or processing systems
• Programming in Python for automation and C/C++ for embedded software
• Definition of design intent: one or more of specification, microarchitecture, structural / functional assessments (CDC, test readiness), verification methods (formal / simulation), physical design (synthesis, timing/power optimisation), process technology aspects, etc.
• Experience in FPGA prototyping
• Awareness in mixed-signal design and verification