In high-rise residential design, every inch of floor space counts—but underestimating the depth of a plumbing chase can lead to major headaches during construction.

Most people have heard or even said to themselves, “I will never use algebra in the real world.” However, most don’t realize they use algebra every day. 

Nicholas Hipp explores how collaborative engineering is solving the challenge of shrinking restaurant footprints through space-saving wall-mounted booster pumps and creative water volume solutions.

Aaron Bock, PE, breaks down the complex plumbing demands of hospital Sterile Processing Departments, emphasizing why precision in water purity, temperature, and system redundancy is vital for supporting life-saving surgical workflows.

Integrated automation is shifting plumbing design from simple equipment selection to a vital role in building intelligence, requiring engineers to bridge the gap between mechanical layouts and digital control strategies.

This article explores how modular design, hydraulic separation, and advanced controls can transform geothermal systems from incremental efficiency gains into scalable, high-performance solutions for commercial and residential buildings.

Clear, well-written HVAC control sequences are the critical link between design intent and real-world system performance, ensuring DDC programming, commissioning, and long-term building operation succeed as intended.

This article explains why ANSI/AAMI ST108:2023 has become a de facto enforceable standard and offers practical design guidance for plumbing engineers to ensure compliant water systems in hospital sterile processing departments.