Jeff Kanyuch is a seasoned Principal Project Manager specializing in control systems at Jacobs, where he leverages over 30 years of experience in the design and delivery of sophisticated control, SCADA, and operational technology (OT) systems tailored for the drinking water and wastewater sectors. His...
Jeff Kanyuch is a seasoned Principal Project Manager specializing in control systems at Jacobs, where he leverages over 30 years of experience in the design and delivery of sophisticated control, SCADA, and operational technology (OT) systems tailored for the drinking water and wastewater sectors. His extensive background encompasses a diverse array of projects, including those for pulp mills, university energy centers, and fish hatcheries, showcasing his versatility and deep understanding of various industrial applications. At Jacobs, Jeff is instrumental in driving business development initiatives and managing complex control system projects, ensuring that they align with client needs and industry standards.
His role encompasses the entire project lifecycle, from master planning and project definition to construction and long-term operations and maintenance (O&M). Jeff excels in employing a range of delivery models, adapting to the unique demands of each project while maintaining a focus on efficiency and sustainability. His expertise in instrumentation and control systems is complemented by his strong skills in cash flow management, subcontractor management, and change management, making him a valuable asset in navigating the complexities of large-scale projects.
Jeff is also adept at technical and sales presentations, effectively communicating project visions and strategies to stakeholders and clients. His international business acumen further enhances his ability to manage cross-border projects, fostering collaboration and innovation. With a commitment to excellence and a passion for advancing operational technology in the water and wastewater industry, Jeff Kanyuch continues to make significant contributions to Jacobs and the broader engineering community.
