Professional Development Courses

Master the principles and practices of mechanical integrity (MI) to ensure the safety and reliability of industrial ammonia refrigeration systems. This course equips engineers with the knowledge to comply with regulatory requirements, conduct inspections, and mitigate mechanical integrity risks effectively.

This course provides a comprehensive understanding of the mechanical and electrical systems that support modern data centers, including HVAC, power distribution, and IT infrastructure. Participants will learn to design, operate, and maintain data centers with a focus on energy efficiency, reliability, and compliance with industry standards.

Gain an essential and comprehensive understanding of the National Electrical Safety Code (NESC®) and the expertise to apply its rules confidently in real-world scenarios. This course equips engineers and utility professionals with the knowledge to design, operate, and maintain electrical systems that meet the latest safety and compliance standards.

We'll introduce you to underground components and walk you through the principles of planning, policy, design, construction, cost, and cable testing. You'll work through class exercises in policy, design, system layout, and fuse/protective device coordination. We'll also review operations considerations and NESC safety requirements.

Make the leap from technical expert to confident leader by mastering the skills of communication, delegation, and team motivation. This course equips engineers and technical professionals with the tools to lead effectively, manage meetings, and inspire performance.

Leading digital change goes beyond new technology; it's about empowering people, optimizing processes, and defining a clear purpose. This course provides leaders and teams with the practical tools and frameworks needed to navigate complex strategic and cultural transformations. You will leave with an actionable roadmap for your organization's ongoing success in the digital age.

As battery-based powertrains face limitations in certain mobility sectors, renewable combustion fuels are emerging as a viable low-carbon alternative. This course equips engineers with the technical and economic insights needed to evaluate, compare, and apply future fuel options for internal combustion systems.

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.

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.

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.