

Identified as a top priority during the development of the District’s Parks Master Plan, this portion of trail was the first phase of over two miles of planned trails to provide connectivity and recreation for District residents.
EHRA conducted a traffic engineering study to identify the impacts of a proposed master development located near the intersection of FM 1488 and Peoples Road in the City of Conroe.
EHRA was selected by the client to provide engineering design and to serve as District Engineer for the 2,400 acre Towne Lake Development. Our survey department retraced the overall boundary and performed a topographic survey of the site.
EHRA was selected as one of two firms to provide professional surveying services under contract to Houston Community College System.
EHRA completed preliminary engineering, phase one environmental site assessment and schematic development for the widening of Northpark Dr. between US 59 and Woodland Hills Dr. EHRA also provided program management, drainage analysis and design, traffic engineering, environmental documentation and schematic design for the roadway, as well as grade separation at the Loop 494/UPRR railroad crossing.
EHRA conducted traffic operations and access management studies for the Northpark Dr. corridor. This corridor is approximately 2.2 miles long and has major signalized and unsignalized intersections and driveways that access various subdivisions and industrial developments. These studies laid the groundwork for the widening of Northpark Dr. from a four-lane boulevard cross-section to a six-lane boulevard complete street. The new street design includes low impact development drainage, conventional drainage, a grade separation at the UPRR crossing with mechanically stabilized earth retaining walls, two at-grade crossings for bi-directional frontage access, reconstruction of two concrete bridges over a diversion channel, intersection improvements, a roadway-adjacent multiuse path and traffic signal improvements.
Drainage analysis and design included hydrologic and hydraulic studies of both existing and proposed conditions to demonstrate that proposed project components would not adversely affect the 100-year floodplain in the area. The roadway and traffic designs contained horizontal and vertical alignments, cross-sections, plan and profile, sidewalk and bicycle accommodations, intersection layouts, traffic control plans and signing and pavement markings.
As the program management firm, EHRA coordinated with TxDOT, UPRR, the City of Houston Council District E, COH Planning and Development Department, COH Public Works and Engineering Department, Montgomery County, Harris County, HCFCD and area residents throughout the project.
As a traffic engineer with 14 years of experience in transportation planning, operation analysis, and transportation facility design, a common thread throughout all my projects is the act of creating connections. The most rewarding part of being a traffic engineer is seeing the infrastructure we design come to life and serve the public. For example, I have designed improvements to many school crossings in the past, and seeing young children utilize the crossings safely and efficiently brings me joy. Protecting people is my passion.
One prominent way I create connections in my design work is by applying the complete streets concept to serve multimodal traffic needs and promote neighborhood revitalization. Complete Streets is an approach to designing streets that enables safe access for all users, including pedestrians, bicyclists, motorists, and transit riders. This approach also emphasizes the needs of individuals and communities that have experienced systemic underinvestment and those whose needs have not been met through a traditional transportation approach, such as older adults, people living with disabilities, and people who don’t have access to vehicles. I aim to better define roadway characteristics and balance services for all roadway users.
When I first came to America in 2004, I was impressed by the sophisticated and well-connected roadway networks here. This first impression was the impetus for my interest in engineering. I chose traffic engineering as my primary discipline because I consider it the most “alive” form of engineering. As traffic conditions are continuously moving and changing, the solutions we deliver must be active and dynamic. I am motivated to generate new ideas that improve the flow and order of roadways. I enjoy fixing issues, such as bottlenecks, that prevent optimum flow and connection. It is satisfying to design ways to keep people in motion and connected to their destinations.
Modern roadways serve many secondary functions, such as utility or drainage corridors, but my intent during planning and design is to encourage more focus on the primary functions of roads – travel, mobility, and accessibility. The biggest challenge in my day-to-day work is creating solutions that function within a project’s limited right-of-way and budget. The EHRA traffic engineering team is never lacking innovative concepts, but implementing our inventive designs while minimizing cost and maintaining the integrity of existing services can be difficult at times.
Another career focus for me is safety improvement practice and research. As a Registered Roadway Safety Professional (RSP), I volunteer and advocate for Vision Zero Houston, a program that prioritizes safety and accessibility in street design for people of all ages and abilities. I am a backup committee member for the Human Factor in Infrastructure Designs Committee, and I share comments with the City of Houston’s High Injury Map. Participating in and promoting Vision Zero Houston helps me stay current, enriches my knowledge, and reinforces my commitment to my work. Perhaps most importantly, volunteering for Vision Zero Houston generates new relationships within the industry and enhances the connections I have already created.