Senior Embedded Systems Engineer

The Senior Embedded Systems Engineer at Chemix is responsible for designing and developing cutting-edge embedded systems with an emphasis on low power consumption and small size. Tasks include creating and optimizing both hardware and firmware for embedded devices, implementing PCB layouts, and developing wireless communication solutions like Bluetooth and WiFi, all while ensuring high performance and manufacturability.

To qualify for the Senior Embedded Systems Engineer role at Chemix, candidates should have a Bachelor’s degree in Electrical Engineering or a related field, along with at least 5 years of experience in embedded systems design. Knowledge of Battery Management Systems, strong PCB design skills, and experience in fast-paced development environments are also critical.

In this role, a Senior Embedded Systems Engineer at Chemix will engage in innovative projects focusing on small form-factor devices that integrate advanced wireless communication technologies. This includes evaluating and managing design considerations for performance and reliability while collaborating closely with teams across various disciplines.

Preferred skills for the Senior Embedded Systems Engineer role at Chemix include experience in regulatory compliance, especially in the auto industry, mechanical design experience, and familiarity with ISM Band Communications. These additional skills will enhance your effectiveness in creating cutting-edge solutions for our projects.

At Chemix, a Senior Embedded Systems Engineer will thrive in a dynamic and collaborative work environment. The company emphasizes fast-paced development, encouraging rapid prototyping and iteration. Engineers work closely with multidisciplinary teams to solve complex challenges and contribute to pioneering technology solutions.

When answering this question, focus on specific projects you’ve worked on, highlighting your role in hardware and firmware integration. Discuss any unique challenges you faced and how you overcame them, demonstrating both your technical abilities and problem-solving skills.

Discuss your knowledge of various low power design techniques, such as sleep modes, power gating, and energy-efficient coding practices. Providing examples of how you've applied these techniques in past projects will showcase your expertise in embedded systems.

Explain your design process, including the considerations you take for manufacturability, component placement, and signal integrity. Mention any software tools you use and how you ensure that your PCB designs align with functional requirements.

When answering, detail the specific communication protocols you have worked with, such as NFC, Bluetooth, or WiFi. Discuss any challenges you faced while implementing these protocols and the solutions you developed to ensure reliable communication.

Talk about your experience balancing budget constraints while achieving high performance. Discuss how you evaluate design choices and their impacts on both cost and performance, ensuring that the final product meets all customer and company expectations.

Highlight your approach to mentorship, focusing on providing guidance and sharing knowledge best practices. Discuss how you foster an environment of learning and collaboration, perhaps mentioning specific experiences where your guidance helped others to grow.

Share specific examples of rapid prototyping techniques you've applied in your projects. Discuss how you've iterated on designs based on testing and feedback, helping to develop final products quickly while maintaining quality.

Reflect on particular challenges you've experienced, such as technical obstacles or tight deadlines, and explain the strategies you used to overcome these challenges. This shows your resilience and adaptability in fast-paced environments.

Mention your methods for keeping current, such as attending conferences, engaging in relevant forums, and pursuing continuous education. This demonstrates your commitment to professional growth and staying at the forefront of your field.

Discuss your experience working with different departments, such as data engineering and machine learning. Emphasize effective communication, understanding project goals, and your ability to influence and drive collaboration towards common objectives.