Professional Development Courses

Learn to turn complex data into actionable insights using R and Python for forecasting, deep learning, and process optimization in engineering.

Understanding of Power System Protection is critical for those concerned with power system relays. In this course, learn various protection schemes commonly used in electric utilities along with real-world applications.

When critical technical projects go off the rails, engineers need more than hope—they need a recovery plan. This course equips you with proven tools and tactics to diagnose, troubleshoot, and rescue troubled projects before they derail your entire roadmap.

This drinking water course covers water treatment processes, technology, and regulations, to improve water treatment facilities, operations, and future projects.

Join our course to master a proven decisionmaking* process essential for professionals in capital-intensive manufacturing, facilities, and construction projects. Developed by Jim Suhr in 1981 and detailed in his influential works, CBA offers a structured five-phase approach to making sound decisions using both objective and subjective data. Participants will learn to discern decision contexts, effectively use data, and apply CBA methods through hands-on case studies. This course is designed for leaders, managers, engineers, and consultants, equipping them with practical skills to make better, more informed decisions, enhance collaboration, and drive continuous improvement in their organizations. Enhance your decision-making capabilities and achieve better outcomes in today's complex business environment.

Master the core principles of AC electricity and three-phase distribution systems to enhance your ability to design, operate, and troubleshoot utility-scale electrical networks. This course blends theory with hands-on problem-solving to help you make informed decisions about conductors, transformers, protection systems, and planning strategies.

This introductory course begins with a review of three-phase power calculations, the per-unit system, and phasor algebra—basic tools used in modeling and how to solve nearly all types of power system problems. Learn symmetrical components and how to use them to calculate balanced and unbalanced short-circuit faults, and open-circuit faults on three-phase power systems. In addition, you will learn how to correctly model the various types of transformer connections, phase shifts through delta-wye transformers, and transmission and distribution line impedances.

Understand and manage biological processes and improve wastewater treatment projects and facilities. Understand wastewater microbiology and microorganisms.

Managing global technical teams requires more than just time zone coordination—it demands cultural fluency, virtual leadership, and the right tools. This course equips engineers and project leaders with the skills to lead diverse, distributed teams with confidence and clarity.

Bridge the gap between mechanical and electrical engineering with this foundational course in circuits, embedded systems, and power electronics. Designed for non-electrical engineers, it equips you with the essential knowledge to contribute confidently to multidisciplinary projects and modern electrification efforts.