Lead Controls Engineer - Visualization & HMI

A Lead Controls Engineer - Visualization & HMI at INNIO is responsible for designing and developing HMI and diagnostic applications for the company's Waukesha gas engines. This includes user interface design based on user experience and ensuring software quality through effective unit tests. The role also involves providing 3rd level customer support for HMI applications, creating technical documentation, and collaborating closely with product owners to meet specifications.

To qualify for the Lead Controls Engineer - Visualization & HMI position at INNIO, candidates should have at least 5 years of experience in controls and visualization or HMI development. Proficiency in programming languages such as C#, Java, C++, or Python is essential, along with experience in database design and SQL. A BS degree in computer science or related fields is required, while an MS is preferred.

The work environment for a Lead Controls Engineer - Visualization & HMI at INNIO is innovative and collaborative. With a hybrid working model, employees have the flexibility to work both onsite at the Waukesha location and remotely. INNIO promotes a culture of diversity and inclusion, providing a supportive atmosphere where team members can thrive and develop their skills.

INNIO offers a comprehensive benefits package for the Lead Controls Engineer - Visualization & HMI role, which includes full healthcare, dental, and vision benefits, along with tuition reimbursement and generous 401(k) matching. Additionally, employees enjoy permissive time off and a positive workplace culture that emphasizes teamwork and mutual respect.

INNIO is dedicated to career development for its employees, including those in the Lead Controls Engineer - Visualization & HMI role. The company provides opportunities for leadership development, encourages continuous learning, and fosters a culture that values diverse perspectives and innovative ideas. Employees can participate in various professional growth programs and initiatives.

Essential skills for the Lead Controls Engineer - Visualization & HMI role at INNIO include strong programming abilities in languages like C#, Java, C++, or Python, expertise in object-oriented design, and experience with database design and SQL. Excellent communication skills, efficient troubleshooting abilities, and a proactive approach to learning are also vital for success in this position.

As a Lead Controls Engineer - Visualization & HMI at INNIO, you'll work on exciting projects related to the design and development of human machine interfaces for gas engines. Your focus will be on enhancing user experience and application performance, as well as automating diagnostic processes. These innovative projects aim to maximize the reliability and efficiency of INNIO's products.

In answering this question, highlight specific projects where you created user interfaces for industrial applications. Discuss the technologies you used, your design methodology, and how your contributions improved user experience and functionality.

Mention the programming languages you have experience with, such as C#, Java, C++, or Python. Provide examples of how you have used these languages in your previous roles, particularly for developing HMI applications.

This is an opportunity to showcase your understanding of software development processes. Talk about your experience with unit tests, quality control measures you have implemented, and how you gather user feedback to refine your applications.

Discuss your approach to customer support, especially as it relates to HMI applications. Give examples of issues you resolved, methods of communication with customers, and how you gathered feedback to enhance the user experience.

Discuss your familiarity with agile methodologies, including how you have applied them in past projects. Explain the benefits of agile development in your work and provide examples of how it has improved teamwork and project outcomes.

This is a chance to emphasize your commitment to personal development. Talk about industry conferences you attend, online courses you take, or relevant literature you follow to keep your knowledge updated and relevant.

Provide an overview of the communication protocols you've worked with, such as J1939 or Modbus. Explain how you have integrated these protocols into your projects and the impact they had on system performance.

Speak about the importance of collaboration in engineering. Share examples of how you have effectively worked with product owners, designers, and other stakeholders to achieve common project goals, focusing on communication and adaptability.

Discuss your design philosophy and user-centered design approach. Highlight how you gather user feedback, incorporate it into your designs, and ensure that user experiences are intuitive and accessible.

Mention a specific project that presented challenges in development or implementation. Talk about how you navigated these challenges, the approaches you took to find solutions, and what you ultimately learned from the experience.