2026 ASEE Annual Conference & Exposition

The Fault Analysis Certificate Program is a cutting-edge initiative developed to bridge academia and industry while addressing critical workforce needs in power engineering. Fault analysis, a foundational competency in power system operations, is essential for reducing outage times and improving overall system reliability. This skill set is not fully covered in traditional college curricula. As a result, a significant gap exists between academic preparation and the applied expertise required by industry. This program responds directly to industry on-demand needs by offering a certificate pathway that is rigorous, hands-on, and aligned with the practical challenges engineers face in modern power system operations.

The program is structured as a self-paced learning experience that combines modular content with real-world case studies. Participants begin with fundamental concepts in fault types, causes, and system protection, and progressively advance to applied analysis of real-world scenarios. Throughout the program, students interact with industry-driven case studies that demonstrate how fault analysis impacts day-to-day decision making in system planning and operations. By incorporating simulation tools, learners gain exposure to the same software environments and analytical processes used by practicing engineers. Instructional modules, developed and delivered by experienced industry professionals and academic faculty, offer expert guidance while giving learners the flexibility to progress at their own pace.

One of the distinguishing features of the program is its career-readiness focus. The certificate does more than provide technical knowledge; it explicitly supports recruitment, onboarding, and retention in the energy sector. By equipping participants with applied skills before they enter the workforce, the program reduces the learning curve for new engineers while also offering reskilling opportunities for existing employees seeking to advance in their careers. The content was co-developed with practicing engineers, ensuring relevance to evolving industry practices and regulatory requirements.

This paper will present the development process and program architecture, including the rationale for certificate design, curriculum sequencing, and assessment strategies. The discussion will highlight how collaboration between academic faculty and industry partners enabled the creation of a program that balances educational depth with practical applicability. Strategies for sustaining engagement, such as embedding real case data, aligning with corporate training needs, and maintaining an iterative feedback loop between developers and learners, will be described in detail.

In addition, the paper will share lessons learned from implementation. Key insights include the importance of tailoring technical depth to a wide range of participants and aligning program milestones with professional development frameworks. These experiences underscore the value of strong academia–industry partnerships not only for curriculum design but also for long-term program adoption and sustainability.
The goal of this work is to provide a replicable model that other institutions can adapt when designing career-focused training programs. By sharing both the structure and the collaborative processes behind the Fault Analysis Certificate Program, this paper contributes actionable insights for engineering educators and industry stakeholders seeking to co-develop training initiatives that prepare students and professionals for the complex realities of modern power system operations.