The Ethics of Artificial Intelligence (1PDH)
Old Bridge — New Bridge and Lessons Learned from the Francis Scott Key Bridge Collapse (.5PDH)
The Benefit of Subsurface Utility Engineering on Design Projects (1PDH)

Ethics in AI

(1 PDH NJ, NY & PA)

Carol C. Martsolf, PE, PMP, CPTD, ENV SP, LEED AP

Director, Engineering Services
Envision Consultants, Inc.

Artificial intelligence (AI) is being used in so many ways in our industry. But just like all of the work we do, it’s important to view everything through the lens of ethics. What ethical considerations should we account for when utilizing AI? What do the professional engineering associations say about ethics in AI? Take this course to learn about ethical considerations you should factor into your work when you use AI.

Old Bridge — New Bridge
and Lessons Learned from the Francis Scott Key Bridge Collapse

(.5 PDH NJ, NY & PA)

Mehdi Shokouhian, Ph.D., M.ASCE, M.EERI

Associate Professor, Department of Civil Engineering, Morgan State University

Join us for an informative panel and Q&A session with leading engineering professionals as we delve into the aftermath of the Key Bridge collapse. A representative from Skanska USA, the company tasked with debris cleanup, will detail the intricate dismantling and removal process of the old structure’s mangled steel and concrete while detailing the challenges and triumphs of modern engineering in the face of this unexpected adversity.

Highlighting the strategic blueprints, future phases, and engineering methodologies, you don’t want to miss this opportunity to hear from the experts shaping this infrastructure’s future.

The Benefit of Subsurface Utility Engineering on Design Projects

(1 PDH NJ, NY & PA)

Kenneth Kerr, PE

Vice President
Accurate Infrastructure Data, Inc.

It has been proven that unknown existing underground utilities can have a significant negative impact and create risk on improvement projects during construction. Schedule delays and cost overruns can occur, resulting in time lost waiting for utility companies to relocate their facilities, design changes during construction, and contractor claims and change orders. In addition, unknown existing underground utilities pose a worker safety risk as the potential for accidents or even death can occur. By incorporating a subsurface utility engineering program and following ASCE 38-22 Standard Guideline for Investigating and Documenting Existing Utilities into design tasks, those risks can be significantly reduced.