Professional Development Courses

Gain a practical understanding of how AI and machine learning work—and how to apply them effectively in real-world business and engineering contexts. This course demystifies core concepts like supervised learning, model training, and data preparation so you can make informed decisions and lead AI-driven initiatives.

Master the architecture and control strategies behind today’s advanced powertrain systems—from system-level design to component-level implementation. This course equips engineers and managers with the tools to understand, design, and develop modern control systems for electrified and conventional powertrains.

Understand how to use instrumentation, control hardware, and SCADA systems to improve water and wastewater processes’ efficiency and reliability.

Learn about wastewater pumping station design; preventing hydraulic problems in pumps, wet wells, and forcemains; and improving station reliability.

Master the critical processes and strategies for effective maintenance planning and scheduling to reduce downtime, control costs, and achieve operational excellence. This course provides practical tools to develop robust workflows, optimize schedules, and track KPIs and metrics for continuous improvement.

Explore the core manufacturing systems that drive modern production, from traditional models to agile, customer-focused methodologies. This course equips engineers with the tools to evaluate system performance, optimize processes, and align operations with strategic goals.

Prepare your maintenance team for CMRT certification with a hands-on course built around the SMRP Body of Knowledge. This program equips technicians and leaders with the practical skills, strategic alignment, and confidence needed to pass the exam and drive reliability excellence.

Elevate your shop floor operations with advanced strategies in cell design and scheduling tailored for high-mix, low-volume, and custom manufacturing environments. This course combines Quick Response Manufacturing (QRM) principles with the innovative POLCA system to optimize production flow and reduce lead times.

Advance your understanding of power electronics by mastering converter topologies, modeling techniques, and control strategies critical for high-performance systems. This expert-led course combines theory, practical application, and hands-on learning to equip professionals with the skills to optimize modern power systems.

This advanced data analytics course empowers engineers and technical professionals to transform complex data into actionable insights. Participants will gain hands-on experience with R and Python, applying techniques such as classification, clustering, frequent pattern mining, anomaly detection, failure event modeling, deep learning and forecasting to predict system performance and optimize processes. Emphasizing real-world industrial applications, the course bridges analytics with practical outcomes in reliability, quality, and data-driven decision-making, enabling participants to deliver measurable impact in their organizations.