Richard Schaefer is an accomplished engineer and adjunct professor at the New Jersey Institute of Technology, where he leverages his extensive expertise in highway and rail infrastructure planning, management, and design to educate the next generation of engineers. With a robust background in structural analysis...
Richard Schaefer is an accomplished engineer and adjunct professor at the New Jersey Institute of Technology, where he leverages his extensive expertise in highway and rail infrastructure planning, management, and design to educate the next generation of engineers. With a robust background in structural analysis and construction management, Richard specializes in the design of bridges, a critical component of transportation infrastructure. His graduate-level courses are tailored for undergraduate and professional engineers, focusing on the intricacies of bridge design and inspection, as well as the application of reinforced concrete in modern engineering practices.
Currently, Richard is involved in key projects that emphasize the modernization of infrastructure, addressing the urgent need for sustainable and resilient transportation systems. His experience spans the planning and execution of multi-billion dollar capital investment programs, where he has played a pivotal role in disaster recovery efforts for major infrastructure facilities. This hands-on experience informs his teaching, allowing him to provide students with real-world insights into the complexities of infrastructure planning and the challenges faced in construction.
Richard’s commitment to higher education is evident in his technical writing and mentorship, where he fosters a collaborative learning environment that encourages critical thinking and innovation. By integrating current industry trends and technologies into his curriculum, he prepares his students to tackle the evolving demands of the engineering field. His passion for infrastructure development and education not only enhances the academic experience at NJIT but also contributes to the broader goal of advancing transportation systems for future generations.
