Examining higher education facilities: HVAC and plumbing
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receivetop marksin regard to HVAC and plumbing.
Examining higher education facilities
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks.
Examining higher education facilities: Automation, Controls, and Technology
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks in regard to automation, controls, and technology.
Examining higher education facilities: Fire and life safety
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receivetop marks in regard to fire and life safety.
Examining higher education facilities: Codes and Standards
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks in regard to codes and standards.
Examining higher education facilities: Sustainable buildings and energy efficiency
As technology advances in every field, the college and university students being prepped for future careers in those fields need the tech they’re learning with to keep up. That presents unique challenges for the engineers working on such structures—specifying advanced systems that satisfy the unique needs of each institution. Here, professionals with experience in the area offer advice on how to tackle such facilities and receive top marks in regard to sustainable buildings and energy efficiency.
Fire, life safety in colleges, universities
More than half of engineers who responded to the 2018 Fire & Life Safety Study make product selections for college/university buildings.
Case study: University of Wyoming energy plant upgrade
The normal and standby power system at the University of Wyoming’s central energy plant was upgraded.
CHP, DG, and microgrids energize universities
Combined heat and power (CHP), distributed generation (DG), and microgrids keep university campuses energized—fueled by natural gas.
Advanced Engineering Consultants: OSU Kunz-Brundige Franklin County Extension Building
Automation, controls; electrical, power; energy, sustainability; fire, life safety; HVAC, mechanical; plumbing, piping; technology/communications; educational facility; laboratory; and new construction