Lead Controls Engineer - Visualization & HMI

As a Lead Controls Engineer - Visualization & HMI at INNIO, your primary responsibility is to design and develop user-friendly human machine interface applications for our gas engines. This involves creating intuitive software solutions, implementing software quality controls, troubleshooting third-level customer support issues, and collaborating with product owners to fulfill product specifications.

To qualify for the Lead Controls Engineer - Visualization & HMI position at INNIO, candidates should have at least 5 years of experience with controls and visualization, along with expertise in object-oriented programming languages such as C#, Java, C++, or Python. Additionally, experience with database design and SQL is essential.

INNIO offers a comprehensive benefits package for the Lead Controls Engineer - Visualization & HMI role, including full healthcare, dental, and vision plans, tuition reimbursement, generous 401(k) matching, and permissive time off. The company also promotes a flexible working model, allowing for a healthy work-life balance.

At INNIO, the work environment is innovative and international, fostering a culture of collaboration and respect. As a Lead Controls Engineer - Visualization & HMI, you will work in a supportive atmosphere alongside talented colleagues who value diversity and encourage professional development.

INNIO is deeply invested in the professional development of its employees, offering leadership development programs and numerous career advancement opportunities on an international scale. As a Lead Controls Engineer - Visualization & HMI, you will have access to resources and support to help you reach your full potential.

A Lead Controls Engineer - Visualization & HMI at INNIO should be proficient in object-oriented programming languages such as C#, Java, C++, or Python. Familiarity with database design and SQL is also critical to success in this role.

The hybrid work model for the Lead Controls Engineer - Visualization & HMI position at INNIO entails a combination of onsite work at the Waukesha, WI location and remote work from home. This structure provides flexibility and helps maintain a good work-life balance.

When responding to this question, describe specific HMI projects you have worked on, the design challenges you faced, and the user-centered design principles you applied to create effective interfaces that enhance user experiences.

In your answer, discuss your methodologies for ensuring software quality, such as implementing unit tests, code reviews, and using version control systems. Provide examples of how these practices have helped prevent issues in past projects.

Share a specific instance where you encountered challenges with embedded software. Focus on the troubleshooting techniques and problem-solving strategies you employed to reach a successful resolution.

In your response, explain your familiarity with agile methodologies, such as Scrum or Kanban. Include examples of how working in an agile environment has influenced your past projects and the benefits of this approach.

Discuss the resources you utilize to stay informed about new technologies and trends, such as attending workshops, following industry publications, or participating in online communities. Highlight how this knowledge has impacted your work.

When answering this question, detail a project where you worked closely with product owners. Describe the communication strategies you used to ensure that the product met expectations and how your contributions were pivotal to the project's success.

Explain your systematic approach to debugging, including the tools and techniques you employ. Provide an example of a complex issue you resolved and the steps you took to identify and fix it.

Discuss the key elements of an effective HMI, such as user friendliness, functionality, and aesthetics. Back your points with examples from your own experience that demonstrate how you have implemented these principles in your designs.

In your answer, emphasize the importance of customer support in ensuring user satisfaction. Discuss how effective troubleshooting and communication can enhance the overall user experience and longevity of HMI applications.

When addressing this question, share your strategies for time management and prioritization, such as using project management tools, setting clear goals, or breaking tasks into manageable segments. Provide an example of a time your prioritization positively impacted a project.