Principal Software Engineer

The Principal Software Engineer at Acoustic is responsible for performing core critical path components, mentoring junior developers, and leading implementation and design discussions. This role also involves researching and defining technology solutions while creating blueprints and application assets for cloud and on-premise offerings.

To qualify for the Principal Software Engineer position at Acoustic, candidates should have a Master’s degree or foreign equivalent in Software Engineering, Computer Science, or a related field. Alternatively, a Bachelor’s degree with five years of relevant experience is acceptable, alongside skills in JavaScript libraries, relational databases, and Java programming.

In this role, the Principal Software Engineer at Acoustic is tasked with developing solutions that are directly focused on driving business outcomes, creating efficient and testable code, and ensuring proposed tech solutions enhance the overall marketing environment for our clients.

Essential technical skills for the Principal Software Engineer role at Acoustic include extensive experience with JavaScript libraries and frameworks, relational databases, Java web programming, object-oriented design, and server deployment and environment setup.

Yes, the Principal Software Engineer position at Acoustic is fully remote, allowing for flexibility while contributing to an innovative and growing marketing technology company.

When answering this question, highlight specific JavaScript libraries or frameworks you've worked with, detailing the projects you've developed and how you utilized these tools effectively. Use examples that showcase your problem-solving skills and understanding of design principles.

Discuss a few design patterns you're familiar with, like Singleton, Factory, or Observer. Explain their use cases, benefits, and how they have influenced your coding practices, particularly in the context of building maintainable and scalable applications.

Describe your approach to code efficiency, such as using algorithms with the lowest time complexity, writing modular code, and employing unit tests. Provide instances where your testing strategies uncovered bugs or improved code reliability.

Share your experience with development methodologies like Agile or Scrum, detailing how you've participated in sprint planning, daily stand-ups, and retrospectives to foster team collaboration and continuously improve the development process.

Outline your mentoring strategies, such as offering code reviews, providing learning resources, and facilitating pair programming sessions. Emphasize the importance of encouraging growth and confidence in less experienced developers.

Reflect on specific challenges you've encountered, such as scaling an application or integrating new technologies. Discuss the strategies you used to overcome these challenges and what you learned from the experience.

Describe your communication strategies with stakeholders to gather detailed specifications, including what questions to ask and how you document requirements to ensure clarity and avoid misunderstandings during development.

Express your understanding of the advantages and disadvantages of both cloud and on-premise solutions. Discuss how you choose between them based on client needs, scalability, cost, and maintenance considerations.

Your response should encapsulate the project's context, your leadership role, and key takeaways that showcase your strategic thinking and problem-solving capabilities.

Share your methods for keeping abreast of advancements in technology, such as attending webinars, participating in online forums, or reading relevant journals. Emphasize the importance of continuous learning in your professional development as a Principal Software Engineer.