Engineering and design grounded in collaboration and clarity

Based in Cedar Rapids, Iowa, YTT Design provides civil engineering and landscape design services focused on practical solutions, strong coordination, and long-term performance.

The results of our work are thoughtful, reliable solutions that are technically sound, cost-effective, and buildable. From planning and design through construction and close-out, our goal is to be a trusted partner who contributes to successful outcomes at every stage of a project.

Who We Are

How We Work

Who We Are

YTT Design is a locally owned engineering and design firm with over twenty-five years of combined experience delivering thoughtful, cost-effective solutions for public and private projects.

Our work spans a wide range of site, infrastructure, and development needs, with an emphasis on clear communication and efficient execution.

We collaborate closely with clients and maintain a trusted network of technical partners to provide comprehensive design services tailored to each project’s scope and complexity.

What We Do

How We Work

Who We Are

Our multidisciplinary approach allows us to support projects from early planning through construction.

Roadway and transportation design
Site development and land planning
Stormwater management and utilities
Landscape and lighting design
Structural, traffic, and survey coordination
MEP and geotechnical collaboration

How We Work

Strong partnerships are at the core of our process. We believe the best projects are delivered through collaboration, transparency, and mutual respect. By working closely with municipalities, fellow consultants, and contractors, we align technical expertise with practical insight to move projects forward efficiently and confidently.

Our team emphasizes clear communication and early coordination to anticipate challenges, streamline decision-making, and support sound design outcomes. We remain attentive to budgets, schedules, and constructability at every phase, balancing engineering rigor with real-world constraints.