Jac Wilsenach is a seasoned civil engineer currently serving as the Director at Virtual Consulting Engineers, where he specializes in the hydraulic design of complex water and wastewater systems. With a robust background in civil, mechanical, and electrical detail design, Jac has been instrumental in...
Jac Wilsenach is a seasoned civil engineer currently serving as the Director at Virtual Consulting Engineers, where he specializes in the hydraulic design of complex water and wastewater systems. With a robust background in civil, mechanical, and electrical detail design, Jac has been instrumental in delivering innovative solutions for stormwater management, groundwater supply, and the intricate design of water pump stations. His expertise extends to the petrochemical sector, where he has successfully overseen the design and implementation of jet fuel bulk supply, storage, and refueling systems.
One of Jac's notable achievements was leading a research team in 2008 that received the prestigious CSIR Innovation Award for their groundbreaking work in water process design. This accolade not only highlights his commitment to advancing engineering practices but also underscores his ability to integrate research and development into practical applications. At Virtual Consulting Engineers, Jac is currently spearheading key projects that focus on water quality analysis and infrastructure maintenance, ensuring that systems are not only efficient but also sustainable and compliant with regulatory standards.
His skills in project coordination and management have enabled him to effectively oversee the lifecycle of various infrastructure projects, from conception through construction to operation. Jac's proficiency in simulations and modeling further enhances his capability to optimize designs and predict system performance, making him a valuable asset in the engineering community. With a keen focus on energy efficiency and operational excellence, Jac Wilsenach continues to push the boundaries of civil engineering, driving innovation in water management and infrastructure development.
