Embedded Electronics Design Engineer

**About our group**:
Since 1979, Seagate has been creating precision-engineered data storage technologies that deliver superior capacity, speed, safety, and performance. We are a diverse workforce of 40,000 creative, hard-working, passionate people all over the world—Silicon Valley, the Southeast Asia, India, China, the United Kingdom, and beyond. At Seagate, we know that data is always in motion, alive, connected—and we harness it in order to maximize human potential.

Seagate Research Group conducts research to transform Seagate’s considerable technical expertise, innovation, and manufacturing excellence to develop innovative technologies for the rapidly growing datasphere.

Data Storage and Memory Devices research explore novel data storage technology at device and systems level and create proof-of-concept (PoC) for the fast-growing datasphere and further exploring device innovations at micro/nano scale that leverage Seagate core competencies.

**About the role - you will**:
An embedded electronics engineer is responsible for designing and developing electronic systems and devices that are integrated into other products or systems.

**About you**:

- Be prepared to engage in interdisciplinary research and to explore new research directions
- Design and develop embedded hardware and software systems: This involves designing and developing the hardware and software components of an embedded system, including microprocessors, microcontrollers, sensors, and actuators.
- Test and troubleshoot: Embedded electronics engineers must test and troubleshoot their designs to ensure they meet the required specifications and functionality. This includes performing functional tests and compatibility tests.
- Collaborate with cross-functional teams: Embedded electronics engineers must work closely with other teams, such as software engineers, mechanical engineers, and team leads, to ensure that the design of the embedded system integrates seamlessly with the overall concept.
- Research and stay up to date with emerging technologies: Embedded electronics engineers must stay up to date with the latest advancements in their field to ensure they are designing systems that incorporate the latest and most advanced technologies.
- Document designs and processes: Embedded electronics engineers must create detailed documentation of their designs and development processes, including schematics, code, and test plans.

**Your experience includes**:

- A degree in electrical or electronics engineering, computer engineering, or a related field.
- Good foundational knowledge and skills in analog and digital electronics
- Proficiency in programming languages commonly used in embedded systems, such as C, C++, and Assembly.
- Experience with common embedded systems platforms and tools, such as ARM, AVR, and Raspberry Pi.
- Strong analytical and problem-solving skills.
- Excellent communication and collaboration skills.

**Location**:
The Shugart site (named after Seagate’s founder, Al Shugart) is a research and design center. Easily accessible from the One-North MRT Station, many employees choose to take mass-transportation to work. Ample free on-site parking is also available. Being a purpose-built building, The Shugart has excellent employee recreational facilities. Take an active break at our badminton courts, table tennis tables, in-house gym and recreation rooms. Our yoga and zumba classes are very popular. We also offer classes and interest groups in photography, gardening, and foreign languages, and have various on-site celebrations, and community volunteer opportunities

**Location : Shugart, Singapore**

**Travel : 0-10%