Important Information

November 20 marks the 25th Annual Global GIS Day – a chance to celebrate how Geographic Information Systems (GIS) has evolved over the years into an everyday, essential tool for supporting communities.

 

What is GIS?

Ask someone to define GIS, and you’ll receive a variety of answers. Most people have encountered GIS through things like navigation apps, election maps, and COVID dashboards. While visualizing and analyzing data on a map might be the most familiar way to think about GIS, the technology continues to evolve as innovative tools emerge and as users find creative new ways to use it.

 

The Story of GIS

GIS has a rich history on the global scale. The early history of GIS is often traced back to 1854, when London physician John Snow created a map of Cholera cases and drinking water wells to locate the source of the outbreak. Over one hundred years later, computer technologies advanced enough to be used for computational geography in the 1960s, and the term geographic information systems (GIS) was first coined.

Detail of John Snow’s Map of the 1854 London Cholera outbreak. Drawn by Charles Cheffins. (Click image for more information.)

 

Satellite technology followed computers onto the scene in the 1970s. In 1972, the United States launched the first Landsat satellite to capture aerial imagery of the earth, inspired by the first photos of the earth from space. Navstar 1, the first U.S. global positioning system (GPS) satellite was launched in 1978, with full global satellite positioning coverage achieved in 1994. GIS as we know it today – software that supports spatial data collection, analysis, and visualization – became mainstream in the 1990s.

The first image in the Landsat archives was taken on July 25, 1972 of Dallas, Texas. (Click image for more information.)

 

History of GIS at Prein&Newhof

Prein&Newhof began using GIS in 1999, and early adopters included communities in Kalamazoo County and Holland Charter Township. At this time, GPS units could achieve accuracies of 1 to 3 meters, and the batteries were so large that they needed to be carried in a backpack. All data collected with the units had to be “post-processed” back in the office before being able to be used in GIS. Sending data from one organization to another had to be done using compact disks, and then DVDs. Because of the time required for processing and transfer, GIS data was often out of date before it arrived for use.

Use of GIS continued to grow in the 2000s, with a dedicated GIS team keeping pace with new technologies and software capabilities. Beginning in 2013, GIS played a major role in supporting communities as Prein&Newhof assisted over 40 different communities through the Stormwater, Asset Management, and Wastewater (SAW) Program by mapping and evaluating millions of feet of storm and sanitary sewers and locating thousands of structures across Michigan.

In 2016, Prein&Newhof began widespread adoption of ArcGIS Online, a cloud-based GIS system that can be incorporated into business process workflows. ArcGIS Online allows users to access and collect GIS data through phones or tablets in real time, making GIS more accessible than ever. In contrast to the early GPS units of the early 2000s, today’s GPS units work directly with smartphones and tablets and achieve 3-inch or better accuracy.  Data is stored directly to the cloud available for immediate using in various apps and GIS. Data is now shared between organizations directly through online services eliminating the need for transferring physical media. The City of Kalamazoo has leveraged this technology to locate and document service line replacements, and our GIS team has played an integral role in helping the City reach the milestone of replacing its 5000th lead service line in an extensive infrastructure improvements project.

Today, we are using Online GIS systems in supporting field inspections, facilitating O&M activities like hydrant flushing and valve turning, tracking lead service line replacements, and providing searchable online maps for cemetery records, making them accessible to community members.

A screenshot of Richland Township, Michigan’s Prairie Home Cemetery Map. (Click image for more information.)

 

Snapshot of the City of Rockford’s Hydrant Flushing Map.

 

How Can You Celebrate GIS Day?

  • Explore free tools like Google Earth to virtually discover new places or use Google Maps to plan road trips and mark favorite camping spots!
  • Use National Geographic’s Mapmaker to engage with your kids and create maps of global datasets, such as light pollution, to find the best spots for viewing the northern lights.
  • Reflect on how you currently use GIS and brainstorm innovative ways you might use it in the future.

When envisioning a vibrant and functional community space, the design of the streetscape plays a pivotal role. Streetscape design goes beyond mere aesthetics, encompassing aspects of safety, functionality, environmental sustainability, and community engagement to foster the creation of a thriving downtown area. Our team works to blend the expertise of traffic engineers and landscape architects to design streetscapes that are not only visually appealing but also serve the long-term needs of the community.

Design Expertise

Crafting outdoor spaces that are both functional and aesthetically pleasing requires a deep understanding of various design elements. This includes the integration of green spaces, pedestrian walkways, street furniture, lighting, and other features that enhance the overall ambiance and usability of urban areas. Each element must be meticulously planned to ensure it contributes to the beauty and practicality of the space.

Community Planning & Engagement

Good streetscape design is not an isolated effort; it must seamlessly integrate with broader community planning initiatives. Effective designs align with surrounding architecture, transportation networks, and municipal infrastructure. Ensuring that streetscapes support and enhance long-term community development goals helps create cohesive and harmonious urban environments that continue to be well-loved into the future.

Public engagement is a crucial component of the design process. Facilitating community engagement sessions allows for the gathering of valuable input from residents, business owners, and other project stakeholders. This ensures that the final streetscape design reflects the needs, preferences, and cultural identity of the community. Engaging with residents not only enriches the design but also fosters a sense of ownership and pride among community members.

Environmental & Accessibility Considerations

Incorporating sustainable environmental considerations such as permeable paving, rain gardens, and native plantings improves stormwater management, reduces urban heat islands, and supports biodiversity. Commitment to sustainability ensures that streetscapes contribute positively to the environment while continuing to serve the community.

When planning a streetscape design, safety and accessibility must be considered as much as sustainability. Prioritizing features such as ADA-compliant sidewalks, crosswalks, and ramps allows the streetscape to be accessible to all users, including pedestrians with disabilities. Designing with safety in mind creates spaces where people can move freely and confidently.

Long-Term Maintenance Planning

A well-designed streetscape should be as easy to maintain as it is beautiful. Considering the long-term maintenance requirements of all streetscape elements, selecting durable materials, and designing low-maintenance landscaping features helps to minimize ongoing maintenance costs for the community. This ensures that the streetscape remains functional and attractive to support a thriving community for years to come.

Spotlight on Success: The Vicksburg Major Downtown Infrastructure Project

The Village of Vicksburg’s Major Downtown Infrastructure project began with the Village’s need to replace its aging 80-year-old water and sewer lines on Main Street. This major $9 million infrastructure improvement provided a unique opportunity to reimagine and revitalize the downtown area. Prein&Newhof’s team of engineers and landscape architects, led by Project Managers Jason Washler, PE, Mike Schwartz, PE, and Matt Levandoski, PLA, worked closely with Village leadership and a group of next-generation business owners to develop a plan that would transform downtown Vicksburg into a welcoming, pedestrian-friendly space.

The redesigned downtown now features one-way traffic on Main Street, on-street parking, wider sidewalks, and a central plaza area to encourage community gathering. Additional enhancements include refurbished pedestrian streetlights, redesigned traffic signals, charging stations, planter beds and pots, underground irrigation, street trees, enhanced crosswalks, and new right-of-way furniture such as benches, trash receptacles, bike racks, tables, and chairs. The revitalization of Oswalt Park further expanded the community gathering space, seamlessly integrating with the broader infrastructure improvements.

This multifaceted and award-winning project is poised to stimulate the local economy, attract a new workforce, and foster continued growth and development in Vicksburg. Alongside another major development at The Mill at Vicksburg, these efforts are set to ensure the Village’s prosperity and vibrancy for years to come.

We’re proud to have contributed to such a transformative project that exemplifies the importance of professional expertise and design in creating streetscapes that not only meet immediate community needs but also pave the way for future success.

 

Today, we highlight National Intern Appreciation Day. Internships serve as a crucial stepping-stone for aspiring civil engineers, offering them the opportunity to apply their academic knowledge to real-world projects. We take this day as an opportunity to appreciate the significant contributions our interns make to our company. They bring us fresh perspectives, innovative ideas, and infuse new energy into our days. We work to give them exposure to a variety of experiences, challenging responsibilities, and industry-specific knowledge to confirm or redirect their paths to future careers. Prein&Newhof takes great pride in recognizing the valuable contributions of our interns.

At Prein&Newhof, we understand the significance of nurturing young talent, and our internships are designed to offer meaningful opportunities for growth and development. From the start of their internships, we work to immerse our interns in real-world projects under the guidance of their new colleagues. Whether it’s assisting in the design of a project, learning how to accurately capture spatial data with our surveyors, or observing the construction phase of a project, interns play a pivotal role in our project teams. These experiences not only broaden their perspectives but also instill a sense of responsibility toward seeing farther to create sustainable infrastructure for future generations. Through this work, interns have the opportunity to bridge the gap between classroom learning and real-world challenges.

Beyond learning new technical skills, our internships emphasize mentorship and development. Each intern is paired with a colleague who provides guidance, feedback, and encouragement throughout their internship journey. These mentoring relationships are instrumental in fostering a supportive environment where interns can thrive and grow into confident professionals. When the opportunity presents itself, we appreciate being able to transition those who have completed internships with us into full-time employees. A significant number of our interns have joined Prein&Newhof as full-time employees. This progression highlights the intern’s growth in skills and knowledge during their time with us.

As we recognize our interns on this special day, we reflect on their potential to shape the future of civil engineering. They are not just interns; they are future leaders who will drive innovation, tackle complex challenges, and help build sustainable communities. Their enthusiasm and dedication inspire us to continue investing in the next generation of engineers who will leave a lasting impact on the profession and the world around us.

At Prein&Newhof, National Intern Appreciation Day is a reminder of the importance of mentorship, learning, and fostering a culture of excellence. We are proud to support our interns as they embark on their professional journeys and look forward to witnessing their continued growth and success as they move through their career.

Today, we invite you to join us in celebrating National Intern Appreciation Day. Take a moment to recognize the interns in your organization or community who are making a difference in the field of civil engineering. Their contributions are invaluable, and their passion for innovation is paving the way for a brighter future!

To all our interns at Prein&Newhof, thank you for your hard work, dedication, and commitment to excellence. You are the future of civil engineering, and we are honored to be part of your journey toward success. Together, let’s continue to build a world where innovation thrives, communities prosper, and infrastructure stands the test of time. Happy National Intern Appreciation Day!

-Jackie Steinbruch, Human Resources 

Access to clean drinking water is an assumed element of modern society. Despite significant advancements in water treatment and infrastructure, ensuring the safety and purity of drinking water remains a critical public health challenge that requires a persistent and dedicated effort by many parties to overcome. The recent emergence of contaminants like PFAS (per- and polyfluoroalkyl substances) and the latest legislative developments centered on water quality standards demonstrates the growing need for water testing in both the public and private sectors.

The State of Michigan’s $290 million expansion of the MI Clean Water Plan aims to bolster Michigan’s drinking water infrastructure, addressing crucial issues such as lead service line removals and plant upgrades. This initiative is part of a broader effort to ensure all residents have access to clean and safe drinking water and reflects a significant investment in public health. Michigan’s Filter First program is another current state legislation that requires all schools and childcare centers to develop a Drinking Water Management Plan and install lead-reducing filters on all consumptive fixtures, including regularly testing the filtered water.

Additionally, the Federal Administration has released new national standards to limit PFAS in drinking water with the goal to reduce exposure to these harmful chemicals. PFAS, often referred to as “forever chemicals,” are linked to severe health problems including cancer, thyroid disease, and reproductive issues. With portions of the U.S. drinking water supply potentially affected by PFAS, the need for reliable testing and filtration has never been more urgent in protecting public health.

How can we help?

Prein&Newhof’s environmental laboratory has long-standing expertise and a commitment to quality. Since 1974, our laboratory has been providing water testing, serving municipal, commercial, and residential clients throughout Michigan communities. Our lab performs nearly 18,000 microbiology tests annually, alongside a variety of tests for metals, organics, inorganics, and compliance monitoring. This extensive testing capacity is needed to identify contaminants in various water sources, including drinking water, well water, wastewater, groundwater, leachate, and surface water.

PFAS Water Testing: Prein&Newhof is certified for PFAS testing and follows EPA methodologies to provide accurate and reliable results. We offer both drinking water and wastewater testing for PFAS, with the capacity to test for multiple PFAS compounds. Our services are designed to be comprehensive, from sample collection to result interpretation, and we aim to help clients understand the implications of their water quality test results.

Lead and Copper Testing: Prein&Newhof also specializes in testing for lead and copper in drinking water. This is particularly relevant for Michigan schools and childcare centers, who are now required under the State’s previously mentioned Filter First legislation.

How do we support public health?

Prein&Newhof’s laboratory is certified by the Michigan Department of Environment, Great Lakes, and Energy (EGLE) for a broad range of testing capabilities. Our commitment to delivering high-quality, scientifically sound test results aids in protecting public health by providing essential data that informs water treatment decisions and regulatory compliance.

Our laboratory’s services are tailored to meet diverse client needs, offering both on-site sample collection and drop-off options at multiple office locations. This flexibility allows testing to be accessible and convenient for our clients, from large municipalities and businesses to individual private homeowners. We also provide expedited services for high-priority projects and recognize that timely results are critical for effective response and remediation efforts.

We understand that clean drinking water is not just a necessity but an expectation of our society. In an era where contaminants like PFAS pose new challenges, the role of reliable water testing is more important than ever. Prein&Newhof’s environmental laboratory stands ready to utilize our expertise to provide test results for your drinking water. By supporting rigorous testing protocols and providing clear, reliable results, we are working to enable communities as they protect the quality of their drinking water.

Looking for more information on water testing services? Visit our website!

Want to schedule a water test? Contact Lab Manager Steve Bylsma at (616) 364–7600 or via email at sbylsma@preinnewhof.com.

Community gathering spaces are the heart of any city or town, the places where people come together to connect and engage with their community. While the design of these spaces has evolved over time, one element remains timeless: the fireplace. In landscape architecture, fireplaces serve as more than just sources of warmth, but as the center that anchors the spirit of community and provide a sense of comfort. The use of fireplaces is growing in popularity in both urban streetscape and community park design with deep historical roots dating back to ancient civilizations. From the hearths of the ancient Greek to the town squares of colonial America, large fire pits have long been a place where locals gathered for warmth and camaraderie. Over the centuries, the design and function of fireplaces have evolved, but their intentional role in fostering community remains constant.

Today, landscape architects are reimagining the traditional fireplace in innovative ways to enhance community gathering spaces. Instead of the conventional indoor hearth, outdoor fireplaces are taking the center stage and becoming the focal point of parks and urban squares or plazas. These modern interpretations blend functionality with aesthetics, creating inviting environments that beckon people to gather around the flames and enjoy being involved members of their community.

The City of Ludington’s community gathering space, Legacy Plaza, has made its home in the former James Street right-of-way, originally a one-way street heading north from the main intersection of downtown. The plaza is a welcoming space that fosters both economic and community development. Our Landscape Architecture team worked to create a functional third place with a gas fireplace and seating, farmers market pavilion, raised performance stage, green space, native rain gardens, and site furnishings tied together with decorative concrete, lighting, and landscaping.

The City’s Community Development Director Heather Tykoski says, “The plaza has provided a gathering place in our downtown. It has essentially become a “town square area.” We hold a variety of signature events there, including Octoberfest, New Years Eve, Brrrewfest, and our Farmer’s Market. Throughout the summer season, we also have live music every Friday evening.”

When incorporating fireplaces into landscape architecture, several factors come into play. The design must complement the surrounding environment while considering safety and sustainability. Materials such as stone, brick, and steel are often chosen for their durability and ability to withstand the elements. Placement is crucial, with fireplaces strategically positioned to maximize visibility and create intimate gathering areas within larger spaces. Beyond their practical function, fireplaces serve as catalysts for community engagement and provide a natural gathering point where people can build relationships. Whether it’s a neighborhood park or a bustling city square, the presence of a fireplace encourages social interaction and strengthens the fabric of the community.

Tykoski says, “We live in mid-northwestern Michigan, which means, even in the summer, we have cool nights. The fireplace has added a warming area to many of our events, adding warmth and ambience for those shopping, dining, or otherwise traversing downtown on cooler evenings. Our fireplace is unique in that it was custom built to represent part of Ludington’s history. The shape, the words surrounding it, and the material that it’s constructed out of has meaning to the local Native American community. We collaborated with them on many elements in Legacy Plaza. It has become a centerpiece for the plaza that pays homage to our history and recognition of our past while embracing the next development phase of our City.”

As communities evolve and urban landscapes transform, the role of fireplaces in landscape architecture remains as vital as ever. Beyond their practical function, these timeless elements serve as symbolic hearths where people come together to celebrate and connect with one another. By embracing culture and tradition along with innovation, landscape architects can continue to create vibrant community gathering spaces that enrich the lives of residents for generations to come.

Interested in learning more? Give our Landscape Architecture team a call and let us help you ignite your vision to life!

Matt Levandoski, PLA
616-364-8491 

By Kimberly Jongsma, Public Outreach and Planning Specialist

Finding a place to park is often an issue in downtowns, especially during events. The first solution most people think of is to add more spaces and lots, but making convenient “free” parking a sole priority can decrease a downtown’s vibrancy. There is such a thing as too much parking (think of Kmart lots). Downtowns are for people, not cars, so keep it on a pedestrian scale. Regulation and communication can keep parking demands in balance. (For a much smaller cost!)

Downtown Parking Policy

Time Limits and High Turnover

Does your “main street” have on-street parking with no time limit? If so, you are encouraging longer stays and discouraging quick errands, or “high turnover.” For those just dropping in for their 15-minute errand or one-hour lunch, not being able to find parking may deter them from going downtown at all. Parking time limits (anywhere from 15 minutes to two hours) encourage higher turnover, which means more people circulating through the downtown businesses. If someone intends to visit your downtown for a long stay, parking off-street or farther away won’t bother them too much. Many people don’t mind walking a block or two, though handicap and other designated spaces are a must for those who need easier access.

This kind of smart regulation can also include reserved spaces for residents and employees of your downtown. Their main concern is having a reliable space within a reasonable distance of their home or work. That’s something you can work with—they’re guaranteed a spot for when they need it (even if it’s off-street).

Update your parking policy so everyone can be happy. It is possible! Here are some on-street parking categories:

  • Handicap designation with ADA accessibility (obviously a must)
  • 15-30 minute multi-use spaces
  • 30-minute parking
  • Two-hour or four-hour parking
  • Expectant Mothers / Small Children Priority Spaces
  • Senior Citizen Priority Spaces
  • Motorcycle spaces
  • Convenient bicycle parking
  • Restricted hours (No overnight parking, only between 8am-6pm, etc.)
  • Permit spaces (for residents, employees, etc)
  • Reserved spaces (for residents, employees, etc)

Signs and pavement symbols make people aware of these policies; local enforcement is the other half of making this work. Parking tickets don’t have to be very expensive to get the message across.

Just a Communication Issue?

Sometimes a parking problem is really a communication problem in disguise. Maybe there is enough parking, but not enough awareness: do the residents know where they can park downtown? Are time limits and costs clear? Are designated spaces marked and labeled?  Uncertainty can cause stress and confusion for visitors. Have plenty of signs saying where parking is allowed, and for how long. A downtown parking map is very helpful for residents and visitors: an easy-to-read map showing what types of parking are available. Make it available online so they can use it in planning their trip. When hosting community events, put instructions and visuals in the flyers/invitations for where to park, or other ways people can get downtown.

Conclusion

Plan parking with your community. Come to an agreement on a set of rules that puts pedestrians first, but makes parking and wayfinding easy. This way, everyone wins.

Have a specific question? Our traffic engineer, planner, landscape architect, and streetscape engineers are ready to help! Call us: 616-364-8491.

By Dana R. Burd, P.E., LEED AP

Does your facility require an Industrial Storm Water Permit? If you have storm water leaving your site, the answer could be ‘yes’. The Michigan DEQ began issuing Industrial Storm Water Permits in 1994. Regulated facilities that have never obtained a permit may qualify for a Consent Order (as described in this 4-page guide) to avoid potential enforcement actions.

How do you know if a storm water permit is needed for your facility? Begin by answering these three questions:

1.  Is the Standard Industrial Classification (SIC) code for your facility federally regulated?

2.  Does the storm water runoff discharge to surface waters of the state?

3.  Are industrial materials and/or activities exposed to storm water runoff?

If the answer is ‘yes’ to all three of these questions, industrial storm water permit coverage is required. If you are unsure of the answer to any of the questions above, our Certified Industrial Storm Water Operators can help. And, if necessary, we can prepare the required Stormwater Pollution Prevention Plans (SWPPP)  and the Notice of Intent and Certificate of Entry (NOI/COE) application forms.

The Michigan DEQ Industrial Program website also provides some good guidance.

By  Barbara E. Marczak, P.E., Prein&Newhof

Last September, I became Chair of the Michigan Section of the American Water Works Association (AWWA). With over 50,000 members, including 1,600 in Michigan, AWWA is the nation’s largest non-profit organization dedicated to managing and treating water.

Little did I realize then that one of the biggest public drinking water crises would unfold in Michigan and reach the size it has today.  As I watch the media cover Flint’s water crisis, I’ve been moved by the public’s disbelief, concern, anger, a desire to help, and the emerging efforts to prevent something similar from happening again.

Drinking Water’s History

Looking back over 100 years ago, Americans often died after drinking untreated water. Health professionals hailed modern water treatment technology and distribution systems as the most significant public health advancement of the last century. While safe drinking water has contributed significantly to economic development and prosperity in the United States, there have still been incidences when a water system failure sickened or even killed those using it. In 1993, over 400,000 people in Milwaukee became ill with Cryptosporidiosis. In 2000, over half the 5,000 people in Walkerton, Ontario became sick by drinking water from wells contaminated with E. coli, and in 2002, a change in water treatment in Washington, D.C., led to the release of lead from water service lines.

Water professionals, myself included, learned from these incidents. We found better ways to treat drinking water, adopted more vigilant testing and monitoring protocols, and found better ways to work with public health professionals in tracking potential issues. I’m sure we’ll learn from Flint, too.

Responding

In my role as Chair of the Michigan Section AWWA, I am committed to working with our members to offer education and information that will help prevent future incidents. Since September, I have worked hard with other leaders in the Michigan Section to execute the AWWA’s mission to train water professionals while providing networking and learning opportunities. As an example, the Michigan Section AWWA and the Michigan Water Environment Association (MWEA) earlier in February hosted the largest yearly gathering of water professionals and vendors of water treatment and maintenance equipment in Michigan. Besides operator training sessions, water professionals saw the latest technology and equipment in the drinking water and wastewater treatment industry. Through these activities, AWWA and MWEA helps educate engineers and operators responsible for designing, operating and delivering safe drinking water.  Many of these same professionals are responsible for keeping our lakes, rivers, and streams clean and free of environmental contaminants.  Although the Flint crisis dominated our discussions with each other, the event reminded us of the many positive reasons we work in the water industry.

Nineteen of Prein&Newhof’s professional engineers and scientists belong to these organizations so they enhance their ability to design the public infrastructure we rely upon and take for granted. We volunteer our time in these and many other industry organizations as a way to learn, teach, support, and give back to our profession and our communities.

Please contact me, Prein&Newhof, or the AWWA if you have drinking water questions. If you want to know what’s in your water, we test that, too. Our environmental laboratory is MDEQ-certified to test drinking water for many impurities, including lead and copper.

By James R. Hegarty, PE

Have you ever been disappointed with an engineering firm’s work? Did it ever occur to you that your hiring process might have unwittingly set your project up for failure from the start?  Jim Hegarty, engineer and business development specialist, has gathered some tips for hiring engineering consultants.

 

1: Invite a quality list of firms to submit proposals.

When you are hunting for the perfect engineering consultant for your project, it’s better to hunt with a rifle than a shotgun, or fish with a pole instead of a net. Sending your RFP/Q to every possible firm says that that you are willing to work with anybody. It will also get you stacks and stacks of proposals to evaluate.

The most qualified firms often do not spend their time and money to respond to these “shotgun” RFP/Qs, leaving you with a less-than-optimal pool of respondents. Do your homework first. You know one or more firms that do the type of work you are planning. You may also know one or two firms that you can eliminate. If you want to invite a quality list of firms, ask people you trust in other communities who they would recommend inviting for a particular type of project. You will save yourself a lot of time and get better results for your community.

 

2: Answer these eight questions in your RFP…every time.

Over the last 20 years, I have responded to hundreds of requests for proposals and qualifications (RFP/Qs) issued by communities. Unfortunately, I have seen many examples where a well-intentioned community short-changed itself with a poorly conceived RFP/Q. Every RFP/Q should provide this basic information:

  1. Due date and time.
  2. Delivery address.
  3. Person to whom the RFP response should be delivered.
  4. Number of copies needed. Have you considered receiving these in digital form (pdf)?
  5. Describe your proposed project and your expectations for it.
  6. Identify the information you want included in responses, in the order you prefer.
  7. Who is available to answer technical questions? Administrative questions?
  8. Outline your review and selection schedule.

 

3: Expect these seven questions from serious proposers.

Serious respondents always ask these questions, and you may as well answer as many of them as you can in your RFP/Q.

  • What is your selection criteria and weighting?
  • Who else received your RFP/Q?
  • Who will review the RFP/Q responses?
  • What have you budgeted for the professional fees? Ensuing project?
  • Is additional information about the project available? Studies, maps, surveys, etc.?
  • When will you make your selection decision?
  • Can we meet with you prior to the due date to discuss the project in greater detail?

The more transparent your process, the more willing you are to share information and meet with interested firms, the better responses you can expect. The best firms are selective on the work they pursue, so withholding information or shielding yourself from meaningful engagement are “red flags” that may convince a qualified firm to “pass” on your RFP.

 

4: Be careful what you ask for in your RFP.

When you evaluate a firm’s response to your RFP, you want to see relevant information. But, be careful what you ask for! Reading a stack of engineering proposals can be a mind-numbing task. Avoid asking for information that does not directly relate to your needs. Focus on three areas:

  1. The Project Manager: Assuming you have invited responses from firms with good reputations, the most critical element in every project is the proposed project manager. Ask to see relevant information about his or her experience with the specific type of project you are planning. This is the person with whom you and your community will interact during the project, so it’s critical to know as much as you can about him or her.
  2. The Work Plan: A written work plan is the consultant’s opportunity to share with you the process they will use to design your project, and to describe any unique approaches or ideas they will apply to it. The work plan both reveals the proposers’ enthusiasm for your project and their level of preparation for and understanding of your needs.
  3. References: This is especially important for your project manager. The materials you receive in proposals merely reflect a firm’s style. Reference checks will reveal true substance if your project manager has it.

 

5: Read between the proposal’s lines.

When you evaluate a firm’s response to your RFP, you want to see relevant information. Sometimes you need a snow shovel to find it. Were the relevant projects in the firm’s experience portfolio just like your proposed project? If they were, did your proposed project manager design/manage them? Is the project manager used to working with and leading other technical team members? Connect the dots. If you cannot answer “yes” to either of these questions, keep looking. These are red flags.

Look at the project manager’s work history. How long has he or she been with this firm? Other firms? Ask another community about their bad experiences: changing project managers in the middle of a project will rank near the top of their list. Has the proposed project manager actually managed this type of project before? Been the design leader on similar projects? Or just a team member? Read their resume and their relevant project summaries carefully. Make sure their role on example projects is the same as their proposed role on your project. (If your selection process includes an interview, insist that the project manager lead the interview. Since this is the person who will lead your project and interact with you and your public during it, why allow someone else who is a “smooth talker” dominate the interview? You may never see that person again. There is only one person with whom you will interact regularly; the project manager. Make sure the project manager has the experience you need.)

Are some of the cited relevant projects from an employee’s work at another firm? If so, is that person’s role clear? Is the project credited properly to the other firm? Similarly, is there someone on the project team who has relevant experience, but does not appear to play a key role other than “advisor?”

Read the technical team’s qualifications carefully, too. How deep is this team’s experience? Has this same team done this type of work before? Does someone other than the project manager have most or all of the experience with this type of project? Why is that person not leading your team? If not, will that person have a significant role on your project, or is their resume included as window dressing? If some of the team’s work experience is from other firms or past employers, is that information properly attributed? It’s important to read resumes and project histories carefully to discern your proposed team’s actual experience. If the written materials are not crystal clear as to a person’s role on past projects, assume nothing. Ask!

 

6: Meet with prospective firms individually.

Transparency and fairness are fine qualities, but they do not always help you get the most out of your proposal process. While pre-proposal meetings may appear to be an efficient way to share information with a large number of firms, they are not an effective way for you to improve the quality of the proposals you receive. Group settings like this seriously stifle creativity because most proposers have no interest in sharing their insightful questions with their competitors. If you’re interested in receiving quality proposals, you need to meet with each serious firm face-to-face. This is the engineering professional’s diagnostic opportunity to really understand your needs and respond with valuable solutions to them.

I’ve noticed that clients often ask all firms to submit questions in writing so they can share the question and answer with all firms in an addendum. Thought this is efficient and may make your job easier, it does not make for better proposals. You need to be willing to meet individually with each firm, allowing a free exchange of questions, thoughts and ideas, so you can get the maximum benefit out of the proposals you receive.

The proposal process is all about getting the best for your community.

 

7: Price proposals: you lose.

While it may sound self-serving for an engineer to say that the selection of professional service providers based on price is inadvisable, I’ll say it. Price proposals are a bad idea. The popular claim “When banks compete, you win!” is opposite for engineering services.When engineers compete on price, you lose.

Why? While engineering fees are a small fraction of a project’s overall cost, engineering decisions not only influence a project’s initial cost; they also affect your overall, long-term cost of ownership. Price-based selections often result in what I call “hit-and-run” engineering.

Here is an example how low-cost engineering decision can affect a project’s cost. A client asked us for a proposal to design a pedestrian bridge over a creek. The owner had two options: evaluate the existing vehicle bridge’s capability to “hang” a pedestrian bridge off one side, or design a freestanding bridge. The design fees for a freestanding bridge are modest if you decide to use a pre-engineered, pre-fabricated bridge. Conversely, the design effort to evaluate the effect of additional loads and width to an existing bridge is far more involved and costly. When design cost drives your decision, you end up with a freestanding bridge because it is easier to design. Unfortunately, it may cost you twice as much to build the freestanding bridge. While you set out to save money in your engineering fee, you ended up spending more on the project. You lose.

Ideally, you want your engineer to keep your best interests in mind, but by placing an undue emphasis on design costs, you may actually end up paying far more than you should. The only way to lower engineering fees is to cut back on time spent in design and/or the experience level of the designer. You deserve better.

 

8: Check the references for the unvarnished truth.

You have digested a stack of proposals. You have scored them and settled on the top two or three. They all look great on paper. Why bother checking references? Because sometimes what is left unwritten is louder than what is written.

I am surprised how often communities do not check references, especially on price-based selections. Your reference checks should focus on the project manager and key technical team members. And, don’t just call the people listed in their proposal. Call your colleagues in other communities. Google the project manager to see where else they have worked, and contact those communities. Read the news articles in the Google search results. What you learn may validate your impressions, but it also can surprise you. It is well worth the few minutes it takes to check and verify references.

 

9: Experience matters!

Inexperience can cost you dearly. A good engineer wants to spend as little of a client’s money as possible developing a potential solution before discovering it is not feasible. Experience shortens this process. Here are two examples to illustrate:

  • One Michigan community spent $80,000 on engineering for a sewer project around a lake before developing a cost estimate for potential customers. When customers learned the cost, they killed the project, and the community was out $80,000. They could have gotten a reliable cost estimate for $5,000, but the engineer’s approach of developing detailed information only postponed the inevitable at a significant cost to the community.
  • Another community, searching for a new site for a drinking water well, invested $50,000 drilling a test well before it learned that the local water quality was poor. They could have learned that in the first $1,000 they spent by checking local well records, but the project work plan was poorly devised.

 

The best way to hire an engineer, or any other professional services firm for that matter, is by using the Qualifications-Based-Selection (QBS) process, in which you evaluate firms on their qualifications, and negotiate a fair scope and price of work with the most qualified firm. You can learn more at the Michigan QBS website: http://www.qbs-mi.org/

By Jim Hegarty, PE

I have been called in to look at a fair number of pipe failures over the course of my engineering career. One thing I notice is in the rush to fix the failure, there is often little focus on figuring out why the failure occurred. It is easy to miss clues to a systemic problem unless someone on your team plays “Columbo” and gathers some clues to analyze when the dust settles. Here are 12 things I think you should do every time a pipe fails:

  1. Get to the site as soon as possible, before too much damage spreads.
  2. Photograph everything. The ground, the pipe, the hole, any damage. Take as many photographs as you can, from several different angles. They may help you recall the state of the site later when you try to piece everything back together.
  3. Mark the top of the failed pipe as soon as it is exposed. The location of the failure relative to the top of the pipe can tell you a lot about why it failed.
  4. Make a sketch of the pipe layout. It will help you to reconstruct the scene later.
  5. Remove the failed pipe carefully to preserve its condition. The closer it remains to intact, the easier it is determine how and why it failed.
  6. Number or mark each piece of pipe shown in your layout sketch. Save and preserve each marked pipe you remove.
  7. Collect and mark soil samples from the pipe trench, preferably not wetted by the failure. Take care to sample soil representative of the soil in contact with the pipe. This can be a valuable tool to diagnose either an external corrosion or soil-structure failure.
  8. Check pump records if the pipe operates under pressure. Surges (also called transients or water hammer) can put tremendous stress on buried pipes. Power outages, valve closings and pump starts and stops can create dangerous surge pressures.
  9. Ask questions to understand anything you think may have played a role in the failure.
  10. Review the construction plans, as they may harbor clues to a contributing cause of a break.
  11. Study the construction inspection reports.
  12. Keep a map of your breaks or incidents. They can help you identify trends or patterns that otherwise may not be obvious.