Automation and Optimization of Steel Connections – RES0054367

This internship will focus on investigating potential applications for automated steel connection design software in the real-world context that incorporates all of the complexities that can be found in construction projects. Prior work has already developed a pilot program that links existing software design tools to advanced optimization software, enhancing the functionality with added programming where required to automate the connection design process according to parameters determined by the designer. During this internship, the student will apply these tools to real-world projects and determine their suitability for use, in addition to exposing weaknesses that require further research. The student will use the beta software to check for functionality, code compliance, and constructability/ease of fabrication based on the experience and feedback of the partner company’s engineers. Based on this feedback, the student will make changes or suggest changes to the research team to improve the tool. The lessons learned by all involved (student, partner, Steel Centre research group) will be invaluable inputs to enhancing the proper use of existing industry data, the development of software “learning” algorithms, and the outward-facing software interface.

Faculty Supervisor:

Robert Driver

Student:

Partner:

Collins Industries Ltd.

Discipline:

Engineering

Sector:

Construction and infrastructure

University:

University of Alberta

Program: