Goodwin Engineering worked closely with UT Austin to develop a structured program for effectively managing its elevators. Our team surveyed, scoped, budgeted, and designed engineering solutions for over 80 elevator projects across the main campus, Pickle Research Campus, McDonald Observatory, and the Marine Science Institute in Port Aransas. To enhance consistency and efficiency, we collaborated with the university to establish standardized design solutions, drawings, details, and specifications for every aspect of an elevator installation.
In complex and historically significant projects—such as the Main Building Tower—Goodwin engaged architectural and structural engineering subconsultants to conduct detailed studies, assessing the impact of various engineering options. These studies enabled the university to plan and budget for long-term elevator improvements.
We’ve Seen it All
Throughout the program, Goodwin Engineering developed innovative solutions for a wide range of elevator challenges, including:
- Flooded elevator pits, including one with an active flowing spring
- Increased hoist-way and cab sizes to accommodate accessibility requirements
- Machine room renovations ensuring compliance with NEC and overhead clearance standards
- Machine room air conditioning to maintain proper temperature control
- Entrance and lobby renovations, including increased door and entrance sizes
- Custom hoist-way ventilation designs for improved airflow
- System upgrades, modernizations, and full replacements, including elevator controls, cabs, machinery, control panels, and doors
Expertise That Ensures Long-Term Success
Goodwin Engineering’s in-depth knowledge of ASME A17.1/A17.3, NEC, ADA, and TDLR regulations, along with established relationships with major elevator manufacturers and independent contractors, was instrumental in delivering a successful program. Our approach not only addressed immediate needs but also provided UT Austin with a sustainable, long-term strategy for managing its elevator infrastructure for years to come.