Graham Campbell serves as the Chief Project Delivery Officer at CDM Smith, where he leverages his extensive expertise in civil engineering and project management to drive the company’s ambitious 2027 strategy. With a robust background in governance, process development, and execution, Graham oversees the Project...
Graham Campbell serves as the Chief Project Delivery Officer at CDM Smith, where he leverages his extensive expertise in civil engineering and project management to drive the company’s ambitious 2027 strategy. With a robust background in governance, process development, and execution, Graham oversees the Project Management function across the $1.5 billion architecture and engineering firm. His leadership impacts over 600 project managers who collectively handle approximately 8,000 projects annually, ensuring that each initiative adheres to the highest standards of quality and efficiency.
Under Graham's guidance, CDM Smith has established a high-performance project delivery function that has contributed to four consecutive years of record-breaking financial performance. His focus on enhancing project performance oversight and implementing cutting-edge PM tools and technology has positioned the company as a leader in the industry. By partnering closely with business unit presidents, Graham ensures that strategic objectives align with operational execution, fostering a culture of collaboration and innovation.
Graham's expertise extends beyond project management; he is well-versed in contract management, cost engineering, and commercial management, making him a pivotal figure in navigating the complexities of large-scale projects. His commitment to excellence in proposal writing and strategic planning further underscores his role in driving CDM Smith’s success. As he embarks on this new chapter as Chief Project Delivery Officer, Graham is poised to continue elevating project delivery standards and reinforcing the company’s reputation for delivering exceptional value to clients across various sectors, particularly in water and civil engineering.
