Case Study: North Broadway Reconstruction Project
Multi-Phase Concrete Roadway & Streetscape Improvements — Minnesota
Doyle Conner Co. served as the concrete subcontractor on the North Broadway Reconstruction Project, a major multi-phase infrastructure improvement in Rochester.
This large-scale roadway reconstruction transformed a critical transportation corridor, replacing aging pavement with modern concrete infrastructure designed to improve traffic flow, pedestrian safety, and long-term durability.
Project Overview
The project involved full reconstruction of a four-lane roadway along with extensive pedestrian and transit-related concrete features. The work included:
- Reconstruction of four lanes of concrete pavement
- Installation of sidewalks and shared-use trails
- Construction of curb and gutter systems
- Decorative concrete elements at transit stops
- Integration of roadway, pedestrian, and transit infrastructure
This type of urban reconstruction project required both high-production paving capabilities and detailed craftsmanship to meet varied design requirements.
Complex Multi-Phase Construction
Because the corridor remained an active transportation route, the project was completed in carefully managed phases. This approach allowed construction to progress while maintaining traffic flow and ensuring public safety.
Doyle Conner Co. coordinated closely with project partners to:
- Sequence paving operations with grading and utility work
- Maintain strict schedules within each construction phase
- Adapt to changing site conditions
- Keep work progressing across multiple active zones
Flexibility and strong communication were essential to meeting project deadlines.
Specialized Equipment Utilized
To deliver precision, efficiency, and consistency across the project, Doyle Conner Co. deployed advanced concrete paving equipment, including:
Trimmer Machine
Used to achieve accurate subgrade preparation and consistent elevation control prior to paving.
2800 Slip-Form Concrete Paver
Enabled continuous placement of high-quality concrete pavement with tight tolerances and smooth finishes across long roadway segments.
Curb & Gutter Machine
Provided efficient installation of continuous curb profiles essential for drainage, roadway structure, and traffic safety.
These tools allowed crews to maintain productivity while achieving exacting quality standards.
Decorative & Detail-Focused Concrete Work
A defining feature of this project was the level of detail required in its streetscape elements. In addition to large-scale roadway paving, the work included:
- Decorative concrete at bus stops
- Integrated pedestrian trail systems
- Transit platform areas
- Complex curb transitions and intersections
This combination of functional infrastructure and aesthetic features required both technical precision and skilled craftsmanship.
Meeting Strict Specifications & Timelines
Urban reconstruction projects demand rigorous quality control and adherence to detailed engineering specifications. Doyle Conner Co. maintained a strong focus on:
- Precise pavement thickness and alignment
- Proper drainage and grading performance
- High-quality finishing and jointing techniques
- Compliance with municipal standards
- On-time completion within phased deadlines
Attention to detail at every stage ensured long-term durability and reliable performance.
Delivering Long-Lasting Infrastructure
The completed North Broadway corridor now provides a safer, more efficient transportation route for drivers, pedestrians, and transit users. The durable concrete roadway and integrated infrastructure are designed to serve the community for decades with minimal maintenance.
Proven Expertise in Complex Urban Reconstruction
This project highlights Doyle Conner Co.’s ability to successfully manage large, multi-phase concrete reconstruction efforts that combine heavy infrastructure paving with detailed streetscape work.
With decades of experience and a strong reputation across Minnesota, the company continues to deliver high-quality concrete solutions for complex municipal projects.


