Sr. Software QA Engineer - Mobile Ecosystem

As a Sr. Software QA Engineer at Also, your primary responsibilities will include developing comprehensive test strategies for safety-critical traction-based systems, collaborating closely with firmware and hardware development teams, and managing both SIL and HIL test environments. You will also oversee the software release process, conduct root cause analysis, and provide QA metrics and reports throughout the development cycle.

To qualify for the Sr. Software QA Engineer role at Also, candidates must have a Bachelor's degree in software engineering, Computer Science, or a related field, along with a minimum of 5 years of experience in Quality Assurance and embedded software development. Technical expertise in validating mobile app ecosystems across different devices and experience in automation tools like Jenkins will significantly enhance your application.

A successful Sr. Software QA Engineer at Also should have proficiency in C/C++, Python, and test automation scripting. Familiarity with CI/CD workflows and various communication protocols such as CAN, SPI, and I2C, along with experience in embedded systems testing in automotive environments, will be crucial for this role.

At Also, you’ll find an unparalleled blend of innovation and passion in the heart of Silicon Valley. We are not just creating electric vehicles but are dedicated to a complete transformation of mobility. Working here means collaborating with leading experts from diverse fields, all united by a shared goal of sustainability. You can expect flexible time off, robust health benefits, and a supportive culture that champions new ideas.

The Sr. Software QA Engineer role at Also is crucial in ensuring that the software systems of our innovative electric vehicles meet the highest standards of quality and safety. Your work directly supports our mission to provide affordable and efficient alternatives to conventional transport, ultimately making a positive impact on global mobility.

Certainly! Be prepared to discuss specific projects where you tested embedded systems, highlighting your methodologies, tools used, and any challenges faced. Emphasize your understanding of performance and safety testing and how your contributions ensured system reliability.

Share your systematic approach: from analyzing project requirements, collaborating with cross-functional teams, to implementing comprehensive testing plans. Discuss how your strategies ensure thorough coverage and risk management in software quality.

Talk about specific automation tools such as Jenkins, Python for scripting, or any frameworks you’ve implemented. Explain how automation has improved testing efficiency and allowed more frequent releases without compromising quality.

Describe your criteria for prioritization, like the severity of the issue, impact on functionality, and user experience. Providing examples from past experiences can illustrate your decision-making process.

Outline your experience with continuous integration and delivery processes. Mention specific tools you have used, how you maintain stable builds, and the role of QA within these workflows to ensure rapid and reliable software delivery.

Discuss how Software-in-the-Loop (SIL) testing allows early validation of algorithms, while Hardware-in-the-Loop (HIL) testing is critical for assessing system interactions. Highlight your hands-on experience and its significance in reducing risk before deployment.

Demonstrate your commitment to professional development by mentioning relevant resources such as industry blogs, conferences, workshops, or certifications you engage with to keep abreast of the latest trends in software testing and quality assurance.

Share a specific story detailing the challenge, your analysis, actions taken, and the positive outcomes. This will showcase your problem-solving skills and resilience under pressure.

Discuss your experience with protocols like CAN, I2C, or USB and how they integrate within your testing environments. Include examples of how knowledge of these protocols played a role in effectively validating hardware-software interactions.

Highlight how cross-functional collaboration saves time, enhances product quality, and provides diverse perspectives that can lead to innovative solutions. Share examples of successful team projects where your input made a significant difference.