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Pittsburgh's Civil Engineering News Blog

  • 31 Mar 2016 10:32 AM | ASCE Blog Editor (Administrator)

    By Linda Kaplan.P.E., Gregory Holbrook, P.E., and Karen Mueser, P.E.

    On February 12 & 13, 2016 the Pittsburgh Younger Member Forum hosted the 2016 Eastern Regional Younger Member Council (ERYMC) at the Multi-Region Leadership Conference (MRLC) for Regions 1, 2, 4, & 5.

    The MRLC also included the Workshop for Section and Branch Leaders (WSBL) and Workshop for Student Chapter Leaders (WSCL).

    The entire conference brought over 450 leaders from across the nation to the Omni William Penn Hotel in downtown Pittsburgh to attend business meetings, leadership training, and networking events.  We also had the pleasure of hosting ASCE Executive Director Tom Smith, 2016 ASCE President Mark Woodson, P.E., 2016 ASCE President-Elect Norma Jean Mattei, P.E., and two ASCE 2017 President-Elect nominees, Kristina Swallow, P.E., and Robin Kemper, P.E.

    Highlights of the conference included a Presentation on Professional Ethics by ASCE Legal Counsel Tara Hoke, who used case studies to illustrate multiple ways in which conflicts of interest can come up and best practices to address them.  Following Tara’s presentation an Order of the Engineer Induction Ceremony was held.  Seven Pittsburgh Section members, including 3 students, participated in the ceremony, vowing to maintain the highest of ethical standards in all engineering pursuits.  Other presentations included “Digital Etiquette,” discussing proper e-mail and cell phone usage in the workplace, and “What Makes a Leader?” which discussed how ability and motivation must be used together to successfully lead.  Roundtable sessions and Best Practice breakouts rounded out the technical program. 

    The Conference also included the Annual ERYMC Business Meeting,  a time when the Council  comes together to make proposals to ASCE National, discuss industry issues, and make recommendations for future conferences, including location.  This year’s meeting included a lively discussion on ASCE’s “Raise the Bar” initiative to require 30 credit hours past the Bachelor’s Degree before obtaining a Professional License.  Younger Members were split on their support of the initiative, with some feeling strongly that more education is required and would bring us in line with other respected professions, while others felt that the cost was prohibitive and working experience applying the sciences was more important towards licensure.  The meeting also included a vote to add a new award next year to recognize a younger member who has done outstanding work in government relations and advocacy.  Finally, the council was charged with deciding the location of the 2018 conference - in a vote between Orlando, FL and Buffalo, NY -  Buffalo was selected.

    Two off-site networking events were included with the conference.  The largest event, the joint social, was held at the Jerome Bettis’ Grille 36,, on the North Shore and was attended by over half of the conference attendees – nearly 250 people!  Food and drinks were included, and attendees as they were able to mix and mingle in a less formal setting that also included a photobooth by which to remember the conference!  The more formal ERYMC Awards dinner took place on Saturday night at the LeMont Restaurant on Mt. Washington.  The evening began with a cocktail hour, followed by dinner and the presentations of six awards.  The award winners were:

    • Outstanding Practitioner Advisor: Mr. Alex Hinkle, E.I., Florida Section, East Central Branch
    • Outstanding Young Civil Engineer in the Private Sector: Mr. Brett Manzie, P.E., Florida Section, Jacksonville Branch
    • Outstanding Young Civil Engineer in the Public Sector: Ms. Sarah Missenda, P.E., Pittsburgh Section
    • Outstanding Younger Member in Community Activities: Mr. Jesse Gormley, P.E., Philadelphia Section
    • Outstanding Younger Member Group Project: Nashville Younger Member Group, The Salvation Army Angel Tree Activity
    • Younger Member Peers Group Award: Pittsburgh Younger Member Forum

    Section member Lauren Dziagwa, EIT attended the conference and said, “Overall, the ERYMC conference was a great networking and leadership event.  I had the opportunity to meet and reconnect with younger engineers from across the eastern U.S., learn more about ASCE and its operations, and develop professional and leadership skills that will help me throughout my career.”

    Conference feedback has been overwhelmingly positive and the YMF is proud to say it was a resounding success!  It was possible with the hard work of the planning committee and the generous support of our sponsors including:

    Thanks to the support of the Pittsburgh engineering community we had a fantastic and memorable conference!

  • 29 Mar 2016 8:26 AM | ASCE Blog Editor (Administrator)

    Press Release from Gannett Fleming

    March 22, 2016 (Pittsburgh, Pa.) The Pittsburgh Section of the American Society of Civil Engineers has awarded the Hulton Bridge Replacement Project the 2015 Civil Engineering Achievement Award. Gannett Fleming served as the prime consultant on the replacement bridge.

    The Hulton Bridge is a vital connection between the communities of Oakmont Borough and Harmar Township across the Allegheny River. It provides efficient access to the regional transportation connections, as well as the PA Turnpike. However, the condition and functionality of the existing Hulton Bridge, built in 1908, did not meet the traffic demands of the growing communities, was structurally deficient and continued to deteriorate at a costly rate.

    Located in PennDOT District 11-0, the new Hulton Bridge, a 1,633-foot-long multi-span, steel, haunched girder structure, represents a close collaboration between the owner and community resulting in a structure which is both elegant and efficient. The new structure improves safety, traffic level-of-service, and functionality. The bridge aesthetics are unique, resulting in a structure which will become both a gathering point and an icon to the community.

    The design and construction timing for this high-profile project was critical, as Oakmont Country Club will host the United States Golf Association U.S. Open tournament in June 2016. When Oakmont hosted the tournament in 2007, more than 250,000 spectators, as well as golfers, staff, and media members, flocked to the community for six days. The original two-lane Hulton Bridge contributed to heavy congestion and traffic problems throughout the week. In anticipation of the 2016 tournament, the final design was accelerated for a 2013 completion, allowing two-and-a-half years for construction to finish before the U.S. Open.

    “The Hulton Bridge Replacement Project demonstrated sensitivity to the community needs, safety, and aesthetics and will provide a vital link as it replaces the over 100-year-old Jonathan Hulton Bridge,” said N. Catherine Bazán-Arias, Ph.D., PE, F.ASCE, president of the Pittsburgh Section of ASCE.

    The Civil Engineering Achievement Award is presented to a civil engineering project that contributes to the well-being of people and community, utilizes resourcefulness in planning and solutions of design problems, pioneers the use of materials and methods, uses innovations in construction, take impact on the environment into consideration and has unusual aspects and aesthetic values.

    Gannett Fleming has served as an engineering consulting partner in global infrastructure for 100 years. We improve communities through transportation, environmental, water, power, and facility-related projects in more than 65 countries. Our 2,000 employees deliver innovation and excellence in planning, design, technology, and construction management services for a diverse range of markets and disciplines. From more than 60 offices around the world, we embrace sustainability and innovation, finding the best solutions and the most efficient processes to meet our clients’ complex challenges. Founded in 1915, Gannett Fleming had $352 million in revenues in 2015. We are proud to be ISO 9001:2008 Certified. For more information, visit

  • 24 Mar 2016 11:50 AM | ASCE Blog Editor (Administrator)

    By Louis Gualtieri, P.E.

    The Pittsburgh Section American Society of Civil Engineers Younger Member Forum (YMF) hosted their 10th Annual Dodgeball Tournament on Saturday February 20th, 2016 held on CMU’s campus.  

    This year 6 teams partook in the tournament.  The tournament began with a round robin to seed the teams going into the playoffs, similar to what you would see in FIFA’s World Cup.  The eventual winner was Slumdodgeball Millionaires (seen left with their championship trophy) defeating Off Constantly, and yes those were the team names.

    In the Mass Dodgeball tournament in between the round robin round and the playoff bracket, it was every man (and woman) for themselves.  The last man standing was Sam North, a student from the University of Pittsburgh team (The Dodgefathers).  

    The prize, in addition to the medal and bragging rights, was tickets to the Mattress Factory contemporary art museum and experimental lab.

    The YMF’s annual Pittsburgh Penguins Hockey Ticket Raffle (tickets donated by HDR, Inc.) was pulled at the dodgeball tournament with two winners selected, each winning a pair of tickets.  The winners were Shirley Clapperton (ticket sold by YMF President Elect, Lou Gualtieri) and Mark Burkhart (ticket sold by YMF Treasurer & Dodgeball Committee Chair, Jeff Argyros.)  

    The YMF also thanks Papa John’s Pizza who donated pizzas for the event; the pizzas were sold as a fundraiser.

    All participants had inspired fun exercising mind and body, and making new friends and colleagues among the next generation of Pittsburgh Civil Engineers.  

    Follow YMF to see what they will do next year!

  • 22 Mar 2016 6:36 PM | ASCE Blog Editor (Administrator)

    From CE News, by Cathy Bazxn-Arias

    After dusk, we were limited to sparkling conversation and viewing what flashlight illumination allowed. It was probably for the best: Every day, as soon as daylight broke, the roosters and oxen would greet one another from one end of the village to the other, and thus, most mornings began early.

    Welcome to Makili, Mali. Located a few hundred kilometers southwest from the fabled city of Timbuktu, Makili is an agricultural village with approximately 1,400 people. The seasons fluctuate between dry and rainy and cool and hot. Because of its relatively flat topography, there is limited storage of water in the form of lakes or ponds for fishing, one of the main sources of protein for the community. Thus, in 2007, through a contact from the Peace Corps, the University of Pittsburgh Student Chapter of Engineers Without Borders (EWB-Pitt) endeavored to aid Makilians in addressing their nutritional needs by providing technical, educational, and financial assistance.

    During my stay as mentor, the EWB-Pitt team conducted a detailed survey for a future permanent fish pond site; held meetings with community leaders and members; interviewed health officials; and integrated into village life, which included getting used to well water and ground latrines. These conditions quickly become part of the daily routine alongside sleeping under the stars and working around the hottest hours of the day, which easily reached well above 110° F. But what I’ll remember most is the warmth and courtesy that everyone from the village chief to the Peace Corps volunteers to the smallest toddler extended to us—the spirit of hospitality is alive and active in Makili.

    All aspiring and experienced engineers should work at least once during their careers in a project that challenges their comfort zone. Whether it is on a greater-than-life project or addressing the fundamental infrastructure needs of a village community, it is not until you are charged with effectively understanding and communicating with contractors, regulators, community members, scientists, and engineers in another part of the country or the world that one appreciates what civil engineers do and the impact our work makes. How often do you think that your work is not significant or just "routine," or that people don’t understand what you do? It is because of this lack of understanding and low sense of appreciation that I think we contend with several issues in our profession ranging from bidding procedures and commodity-versus-professional services to outsourcing and professional licensing.

    The main challenge for engineers to gain this experience is the willingness to step outside our comfort zone. "Why do I need to work elsewhere (even temporarily)?" "What can I do/learn in another state/country?" "My language/writing skills will limit my experience/contribution in the project." These are expressions of apprehension rather than lack of ability. The saying, "Where there’s a will there’s a way," is applicable now more than ever for engineers willing to experience unique projects—from EWB to the Peace Corps to Habitat for Humanity and disaster-relief volunteer opportunities. It really is a matter of mind over matter.

    If you can step outside your comfort zone, then perhaps, as you watch the brightly lit stars lying on your yoga mat (memo to self: invest in an air mattress) through mosquito netting and ponder, "What am I doing here?", you will likely recall something throughout the day that will provide the answer. Remember the neighbors’ questions as they watch you take survey readings, or the children’s laughter as they curiously eye your calculator and notes. You will remember being extra careful with tools and machinery so that no one is hurt (OSHA would be proud) and the sense of responsibility on your shoulders because the best hope for the community’s needs is your work. And you will more than likely enjoy a good night’s rest. Until the oxen and roosters rouse you.

  • 17 Mar 2016 10:24 AM | ASCE Blog Editor (Administrator)

    By: Greg Holbrook, P.E.

    Approximately 80 members and guests attended the Annual Joint Dinner between The Pittsburgh Association for Bridge Construction & Design (ABCD) and the ASCE Pittsburgh Section SEI Chapter at Cefalo’s Banquet and Event Center in Carnegie on January 21, 2016.

    The technical presentation of the evening was the “Design and Construction of the Tanana River Bridge” located near Salcha, Alaska. 

    Robert Stachel, P.E., Executive Vice President of HRV Inc., discussed the challenging characteristics of the design and construction of this bridge.

    The Tanana River Bridge is Alaska’s longest bridge at 3,300 ft in length, and cost $188 Million for design and construction.  The bridge, owned by the Alaska Railroad, consists of over 20 structural steel 165 ft. long spans.  The structure provides the military with year-round ground access to training ranges and to supply fuel to bases in the future.

    Mr. Stachel focused on the unusual fabrication of the structure.  With a winning bid from an Asian fabricator, the design and construction team traveled across the Pacific to witness the magnitude of fabrication opportunities that the Asian market has to offer; economies of scale, high-tech equipment, new facilities, etc.  Attendees became acutely aware of the necessity for equipment and facilities of this nature in the United States to compete with global steel fabricators and manufacturers.  In this case, the fabricator for the Tanana River Bridge constructed a new facility specifically for this project with state-of-the-art equipment and QA/QC measures.

    Image from www.adn.comMr. Stachel also discussed the challenge of transporting the components and construction on a remote site.  After shipping the components of the superstructure to Alaska without issue, the team then had the task of transporting the components from the coast to the project site.  This meant moving large members on trucks, traveling down highways and roadways with little traction, or in some cases completely ice covered roads (think Ice Road Truckers!).  In one instance a steel girder fell off the bed of the truck and sat off to the side of the road, contorted in many directions, for a lengthy amount of time before being able to be hoisted back onto a truck and continuing to the site.  After much professional discussion and testing, this specific girder was determined to be straight and usable in the final structure.  

    Additional project challenges stemmed from the sub-zero temperatures, including difficulties driving sheet piles into frozen ground, causing them to bend at shallow depths.  Additional factors not normally seen on construction projects here in the Pittsburgh Area included weather related welding issues and issues for construction workers on site.

    The social hour for colleagues and professionals to interact continued to the dinner hour.

    Attendees earned 1.0 Professional Development Hour (PDH).

    We extend appreciation to Robert Stachel, P.E. and HRV Inc. for sharing their knowledge and experience, and the joint efforts of all ABCD & Pittsburgh SEI Chapter committee members and leadership for their work on another successful Joint Dinner opportunity for Civil Engineer members to build and maintain technical and professional skills.

  • 14 Mar 2016 9:57 AM | ASCE Blog Editor (Administrator)

    Article by ASCE Awards Committee and ASCE Blog Editor

    Bill Gross, P.E. is the recipient of the 2015 ASCE-Pittsburgh Engineer of the Year Award.  “Any successes of which I’ve been a part are the result of working for a company that tries to do the right thing – and of working within a western Pennsylvania Engineering community rich with talented and dedicated engineers who continue to accomplish great things!” says Bill.  “I’m truly humbled that ASCE considered my contributions worthy of such an honor.”

    Bill Gross is a Vice President and Transportation Section Manager at the Pittsburgh office of HDR. After earning his Bachelor of Science degree in Civil Engineering from The Pennsylvania State University in 1984, he began his career in the New York/New Jersey area before returning to his western Pennsylvania roots in 1988 to take on many challenging opportunities with HDR where he’s remained for the last 28 years.  “Managing HDR’s transportation section allows me to work closely within an exceptional team to meet our clients’ needs – while providing staff members with opportunities to achieve their personal goals and expand horizons,” Bill explains.

    Bill’s other professional endeavors include having dedicated many years of service to ASCE and other professional societies toward the advancement of the Pennsylvania transportation industry.  Bill recently completed 8 years in leadership roles of the Pittsburgh Section of ASCE, including President of the Section, 2012-13, during which time he prioritized the expansion of the Section’s Program of Educational Outreach to school students.  He received the Section’s Service to People Award in 2008.

    Bill has always been the consummate professional in all of his endeavors, whether in his role as a Section Manager, or in leadership roles with ASCE or other professional organizations,” says Ralph Gilbert, friend and colleague for over 25 years.  “The best thing about working with Bill is that you know he is going to do the right thing in every situation and that he can be depended upon to get the job done right, no matter what it takes.”

    Bill has been active in leadership roles in a number of other professional societies including Director and President of the Pittsburgh and Southwest Penn Sections of ASHE and Director of ACEC.  He has also been very involved in the Western Pennsylvania Coordinator for the Keystone Transportation Funding Coalition, a group which greatly contributed to the successful passage of the Act 89 Transportation Funding Bill in 2013.

    Bill is a native Pittsburgher, having grown up in the Hazelwood section of the city.  “My favorite part of growing up in Pittsburgh is the warm and friendly – yet strong-willed and determined people who inhabit this little corner of Pennsylvania!” he says. 

    He is an active member of St. Teresa of Avila Parish, where he coached the grade school junior varsity program.  As the father of three daughters, Bill found his love for coaching youth sports far more rewarding as a family activity when he had to opportunity to manage his daughters’ fast-pitch softball teams for a decade.

    Bill is also an avid runner who logs twenty to twenty-five miles per week (or as many as PennDOT’s Rapid Bridge Replacement Project will allow!), and enjoys trying to eclipse his personal bests in the Pittsburgh Half-Marathon and other annual events. Bill has resided in an early 19th century Ross Township farmhouse for the past 25 years and is the very proud father of Ally (25), Katie (22), and Kimmie (20).

  • 10 Mar 2016 11:28 AM | ASCE Blog Editor (Administrator)

    Tom Batroney, PE, ENV SP, M.ASCE – ASCE Pittsburgh Sustainability Committee Chair

    Jason J. Borne, PE, CPSWQ, ENV SP, M.ASCE – ASCE Pittsburgh Sustainability Committee Vice Chair

    This is the third part in a series of ASCE-Pittsburgh articles related to the Envision Rating System.  The first part of the series introduced the Envision Rating System and how it can be a valuable tool for engineers to evaluate the sustainability of projects.  

    Sustainable Development includes the four interconnected domains: Ecology, Economics, Politics, and Culture.  Sustainability is the capacity to endure and can also be defined as a socio-ecological process characterized by the pursuit of a common ideal.

    Part One introduced the vision and goals of the Envision rating system.  Part one can be read here.  

    Part Two, provided a high level overview of the specific sustainability categories and subcategories within the Envision Rating System.  Part two can be read here.

    Envision, developed partly by the American Society of Civil Engineers, is a rating system that provides engineers a standardized tool for evaluating the level of sustainability for the diverse sectors of civil engineering infrastructure projects including:

    • Transportation
    • Parks
    • Dams
    • Energy
    • Stormwater
    • Water
    • Wastewater

    Envision includes a series of companion tools to help engineers evaluate the sustainability metrics of their projects.  These companion tools are independent tools developed to assist and compliment the Envision Rating System itself.  The following companion tools are discussed within this third installment of the Envision Rating System article series:

    • The Envision Self-Assessment Check List
    • The Envision Business Case Evaluator Tool for Stormwater and Transit Projects

    The Envision Self-Assessment Check List is a companion tool that provides project engineers and designers with a quick and easy way to evaluate the potential sustainability of project in a series of “Yes-No” questions pertaining to the categories and subcategories with the Envision Rating System.  The checklist is not meant as a replacement for the category scoring criteria within the Envision Rating System; however the checklist is a valuable tool for providing the project team with a high-level assessment of potential sustainability elements that can be addressed during the planning and design phase.  The value of the checklist tool is that it provides “sustainability self-awareness” at the beginning stages of a project.  By using the checklist tool potential overlooked sustainability elements can be identified at the early stages of the project to potentially be incorporated into the design.

    The Self-Assessment Checklist is a spreadsheet based tool in Excel format.  As the user progresses with each individual “Yes-No” question in the checklist, the percentage potential sustainability credit categories addressed in the Envision Rating System are graphically displayed as percentage of potential Envision categories addressed.  As previously stated, the checklist is not a replacement for the Rating System itself because many of the categories within Envision are scored differently and have varying points depending on the credit addressed.  The checklist is available at the ISI website upon registration (    

    The Business Case Evaluator (BCE) is an Envision Rating System companion tool developed to provide economic value-based and risk-adjusted analyses of infrastructure projects.  The BCE was developed in conjunction with the Institute for Sustainable Infrastructure’s (ISI) Economics Committee and ISI Charter Member and Envision Qualified Company, Impact Infrastructure.  

    Two modules of the BCE for two civil engineering sectors currently exist: Stormwater and Transit. The Stormwater BCE is currently on Version 3, while the Transit BCE released its first version in December 2015. These BCE tools are directly linked to related Envision Rating System credits, providing the ability to understand the potential economic impact in conjunction with specific sustainability elements within Envision.

    The Stormwater BCE module is designed to evaluate the economic value of stormwater management projects particularly with respect to green infrastructure to produce triple bottom line (Social, Environmental, Economic) benefits.  The results of the Stormwater BCE provide an estimated monetary value for triple bottom line green infrastructure benefits including, but not limited to:

    • Potential increased property value in the project location,
    • Economic value of the reduction in water quality pollutant loads,
    • Economic value of added green space, and
    • Economic value of air pollution particulates reduced.

    The tool also calculates “negative” economic values such as capital construction and operation and maintenance costs.  All costs are performed on a user-entered project life-span basis.

    The Transit BCE module is very similar to the Stormwater BCE but instead of green infrastructure, the Transit BCE evaluates the benefits of transit improvements on a neighborhood or region.  The Transit BCE evaluates potential new transit infrastructures of different types, as well as operational improvements in existing transit, and calculates the potential economic benefits of the transit improvements relative to a base transportation case.

    The Stomwater and Transit BCE modules contain explanations of assumptions and calculation methods, as well as provides direct references to the economic studies used to develop the assumptions made in the calculations.

    Both the Stormwater and Transit BCE modules provide a Monte Carlo simulation to determine the uncertainty in the range of input assumptions and will calculate confidence levels for the calculated economic return value.  If desired, the input economic variables in each module may be modified by the user to further refine the calculations.  The property value estimates are pulled from online housing data for nearly all major cities within the United States and Canada based on the zip code of the project location.

    The primary benefit of the BCE Envision companion tools is that they provide a way to estimate the possible economic return value of a project based upon the project’s location.  Knowledge of this value in the planning and design phase can be extremely useful for engineers for obtaining project buy-in from public officials and neighboring residents.  Additionally, the results of the BCE analysis are directly linked to the Envision Rating System to determine the sustainability credits which can be obtained by the project and relative “worth” of an Envision credit.

    The BCE tool is a spreadsheet based tool in Excel format. The BCE is hosted and maintained by Impact Infrastructure on the Impact Infrastructure website.  Impact Infrastructure has also developed software called AutoCASE that streamlines the BCE analysis outside of Excel in an easy to use web-based platform, as well as provides the ability to directly link to AutoCAD designs and quickly perform BCE analysis based on various design alternatives. AutoCASE also provides detailed reporting summary analysis and customizable graphing ability for displaying results for presentation purposes.

    This Part Three of the article series has provided a short summary of some of the companion tools that are available within the Envision Rating System for evaluating the sustainability of civil infrastructure projects.  In the upcoming (and final) (?) Part Four of the article series we will take a look at how the Envision Rating System is being used locally by civil engineers within the Pittsburgh Region.

    For more information on becoming involved within ASCE Pittsburgh’s Sustainability Committee visit our webpage at:

  • 03 Mar 2016 11:12 AM | ASCE Blog Editor (Administrator)

    By Alex Potter-Weight

    More than 80 Pittsburgh Geological Society and ASCE members and guests gathered at the Foster’s Restaurant on Wednesday, January 20th for a joint meeting of PGS and the Geo-Institute.  As part of the meeting, Peter R. Michael, PG, presented the lecture “Preventing Coal Waste Impoundment Breakthroughs into Underground Mines.” The topic featured a famous case study of a breakthrough in eastern Kentucky in 2000, and included recommendations for preventing future events and recent research on the subject of coal waste flow.

    On October 11, 2000, over 300 million gallons of water and coal waste slurry drained from a coal waste impoundment in Martin County, Kentucky into an adjacent underground coal mine.  Most of that material then discharged from two mine portals and affected more than 75 miles or rivers and streams in the surrounding area. 

    To prevent future catastrophic events, the U.S. Office of Surface Mining Reclamation and Enforcement (OSMRE) and partnering agencies undertook a significant investigation of possible causes and an assessment of current coal waste impoundment practices.  Mr. Michael took part in this project with OSMRE and one of the key points in his presentation focused on proper initial accounting of all mineable coal seams in the vicinity of the facility. He demonstrated why sole reliance on existing mine maps should be avoided and that other methods such as local interviews, drilling, and geophysical investigations should be considered.  These practices allow for more accurate and complete identifications of underground mines that could affect the stability of the impoundment.  Next, Mr. Michael discussed the importance of analyzing the quality of the existing barriers preventing breakthroughs.  Finally, the presentation concluded with an in-depth discussion of the properties of coal waste slurries and the features that would indicate high flowability.  An analysis of flow properties of coal waste was recently performed by Dr. David Zeng of Case Western Reserve University.  The research focused primarily on the moisture content and plasticity of the material in determining the susceptibility of the waste slurries to high flow rates.

    Attendees earned 1.0 Professional Development Hour (PDH) for the presentation from the Pittsburgh Geological Society and the Geo-Institute Chapter of the ASCE Pittsburgh Section.  This annual joint technical dinner meeting between the two societies also included a social hour to network with other professional leaders, and a buffet dinner.  

  • 29 Feb 2016 8:48 PM | ASCE Blog Editor (Administrator)

    By Stephanie Roman from Public Source

    Ninety percent of car crashes are preventable.

    As it stands, about 30,000 people die in car crashes every year in the United States, said Mark Kopko of the Pennsylvania Department of Transportation [PennDOT]. “If you could reduce that by 90 percent, that’s huge.”

    Autonomous cars have the capacity to do that.

    In Allegheny County, that could mean a vast reduction in the roughly 12,000 crashes in 2014 — especially of those attributed to driver error, like drunk or distracted driving and speeding.

    The technology isn’t a distant dream. Much of it is being researched and designed here in Pittsburgh.

    Ride-sharing app company Uber and Carnegie Mellon University [CMU] announced a partnership to work on autonomous cars a year ago. Uber set up an Advanced Technologies Center in Pittsburgh, where they have access to CMU’s talent as well as its National Robotics Engineering Center.

    The cars could reduce congested parking and allow commuters to prepare for work. Eventually, they might even provide people unable to drive with access to safe and reliable transportation from their doorsteps.

    But Pittsburgh’s varied weather, the resulting pothole problem and the city’s erratic streets may throw up roadblocks for these smart cars. And, the overall safety of pedestrians, bicyclists and other motorists is already a concern without the added factor of cars governed by nascent technology.

    Figuring out how to legislate a cutting-edge technology poses another challenge. Some states have passed regulations creating safety measures for the testing of autonomous cars, but not Pennsylvania.

    A state workgroup is making preparations to be ready for self-driving cars by the year 2040.

    “There’s still too many questions and the potentials are there, so that’s the beauty,” said Kopko, PennDOT manager of traveler information and advanced vehicle technology.

    The car decides

    Photo by Ken Conley, flickr. A Chevy Tahoe, with autonomous capabilities added by Carnegie Mellon University researchers, navigated a 55-mile urban course in a 2007 competition in California. The vehicle has more than a dozen sensors and averaged a speed of 14 mph during the challenge.In 2013, the National Highway Traffic Safety Administration defined five stages of vehicle autonomy, with level 0 being that the driver has full control of steering, brakes and throttle, and level 4 meaning that the car performs all functions independently.

    Some commercial vehicles are already considered levels 1 and 2, with functions like automatic braking, adaptive cruise control and self-parking.

    But there’s much to be achieved before level-4 cars chauffeur people around town.

    Fully autonomous vehicles need to cover two domains: highway driving and urban driving.

    “Technologically, we’re pretty much there in terms of highway driving,” said John Dolan, principal systems scientist at CMU’s Robotics Institute. The demands of urban driving are “problematic,” he continued. “Nobody’s really claiming they’ve solved it.”

    There are three major fields when it comes to teaching cars to drive themselves: perception, behaviors and motion planning.

    Perception is how the cars see. They do that with sensors, like cameras, lasers testing distance, and radars detecting speed.

    Behaviors are how the car makes tactical decisions, like choosing to merge into the Fort Pitt Tunnel or moving ahead at a stop sign.

    Motion planning is the time the car has to make those decisions. It’s the most difficult aspect to design. While a car's sensors would be able to detect if a deer leapt out unexpectedly, it still may not be able to avoid a collision.

    Many automakers are working on models of autonomous cars, and liability is a major concern.

    “There’s reliability issues. Kind of like NASA and the space industry, they’re going to test it rigorously over the course of several years,” Dolan said. “They need redundancy.”

    The cars also need massive computing power, which Dolan said may be the most expensive feature.

    It’s likely that the first autonomous cars on the market will be luxury vehicles, and the costs will increase from there. Dolan estimated prices will start at about $60,000 to $75,000.

    Street talk

    Photo by Connor Mulvaney, Public Source. The intersection of Bedford Avenue and the I-579 Crosstown Boulevard ramp near downtown Pittsburgh is difficult to navigate for human drivers, and it could pose a challenge for autonomous cars.Tesla Motors CEO Elon Musk says his company will have autonomous cars road-ready in about two years.

    Some autonomous car and tech developers say city planners shouldn’t get carried away with changes to infrastructure to make way for these cars as their capabilities will continue to evolve.

    Certain changes would help, though. Cities, including Pittsburgh, may need to consider standardizing traffic signals and redesigning “problem intersections.”

    For example, bizarre on-ramps, traffic lights and one-way signs between Bedford Avenue, Crosstown Boulevard and I-376 in the Hill District could confuse car computers just as much as they do humans — unless it’s been extensively mapped.

    Another improvement would be to install dedicated short-range communication in traffic lights, which would signal cars when to go or slow down.

    Cooperation among states may also be needed.

    “There’s a huge amount of variations on [street] signs between states,” said Blaine Leonard, program manager for intelligent transportation systems at the Utah DOT. “We need to do a better job of figuring out how to make those more consistent.”

    PennDOT doesn’t have major investments planned, although the agency is staying abreast of the technology. Eventually, it may look at reducing lane width or cutting out interstate lanes entirely.

    One suggestion in PennDOT’s 2040 outline is to reduce the width of the Squirrel Hill tunnel lanes to 10 feet, and to add a third 9-foot lane for autonomous cars.

    Kopko said the only near-term project would involve line painting.

    “Some [vehicles] look at lines and some don’t,” he said.

    Leonard added that white line paint isn’t as visible at night or in inclement weather, and it fades. One solution, he said, might be to put radio frequency identification, known as RFID, in the line paint.

    If autonomous cars truly revolutionize the way people get around, what happens to all the parking?

    “Because of the way that they circulate, the demand for parking may go down in the city. Those types of vehicles may park on the fringes for free or for cheap,” said Justin Miller, a senior planner for the city of Pittsburgh.

    Miller said planners may have to consider making new parking structures adaptable, in case they become unneeded.

    PennDOT agrees.

    “In an urban setting, the amount of parking garages could be potential green space,” said Kurt Myers, deputy secretary of PennDOT driver and vehicle services.

    Legislating the unknown

    Legislating autonomous vehicles is a hurdle because of the liability involved.

    “[The government willl] start to or need to get involved from a safety perspective, at least to make sure this stuff is deployed responsibly,” said Dean Pomerleau, an adjunct robotics professor at CMU and pioneer of self-driving technology. “And despite whatever Elon Musk and the tech guys say, there will be crashes.”

    California and a handful of other states have enacted regulations permitting autonomous vehicle testing on public roads and establishing baseline safety measures — primarily that licensed drivers need to be in the car to take control if necessary.

    In January, President Barack Obama and U.S. Department of Transportation Secretary Anthony Foxx announced they would pump $4 billion into autonomous car development over the next decade.

    Foxx said the proposal will ease legislative and financial obstacles for auto and tech companies developing the cars.

    PennDOT formed the Pennsylvania Connected and Automated Vehicle Working Group in 2012. It includes lawyers and representatives from the Turnpike Commission, the Federal Highway Administration and CMU.

    The 2040 outline is the most official item on the books right now. There are no state regulations regarding autonomous cars in place.

    With the rate of car turnover, Leonard, of the Utah DOT, said it could take 40 years for autonomous cars to become the norm.

    “Even when autonomous vehicles are available and in operation, it will be a long time before they are fully integrated,” Myers said.

    Removing a barrier

    Autonomous cars will need a licensed driver in the seat — at least at first. But someday people who are unable to drive on their own could have the same access to cars.

    Peri Jude Radecic, CEO of the Disability Rights Network of Pennsylvania, said this could be life-changing for people with disabilities.

    “In rural areas, the problems are magnified, so having another transportation option available to us would be a great advance forward,” she said.

    Radecic said transportation departments and the government should ensure autonomous cars are developed in compliance with the Americans with Disabilities Act.

    “It would save a lot of money and headaches down the road if we’re able to have these conversations ... now,” she said.

    Many experts say that, like an Uber, autonomous vehicles will probably be available to order as taxis at first. They could become a choice alternative for people who live too far from their bus stop to walk or bike, but still want to be economical about transport.

    “This really has the potential to impact the quality of life from a mobility standpoint for individuals literally across the world,” Myers said.

    Leonard thought about how it could change his and his cohort’s future.

    “I really think for [the Baby Boomer] generation the driverless car thing is really going to make it possible to participate in society when we can’t be driving,” he said.

    The dream for many involved in the development of autonomous cars is that people without licenses will be able to get around without having to rely on friends or public transportation.

    “It may very well be where people look back and say, ‘How archaic it is that you had to sit behind a wheel,’” Myers said.

    Reach PublicSource reporter Stephanie Roman at Follow her on Twitter @ShogunSteph. Read the original article here.

  • 25 Feb 2016 8:20 AM | ASCE Blog Editor (Administrator)

    By Michael Krepsik

    Anyone with a PE license in a state requiring Board-approved courses can tell you about the difficulties they’ve had finding, traveling to, and registering for courses.  If you are an out-of-state PE trying to maintain a license, the opportunities to achieve the required continuing education credits can be daunting.  The states of Florida and New York are notability difficult and the regulations are confusing.  As a Florida license holder and co-workers with several New York PE’s, I set out to learn the continuing education requirements for the 2015-2017 renewal cycle and, specifically, if local and National ASCE courses and webinars would count for continuing education credit for either state.


    For the 2015-2017 renewal cycle, Florida has completely dropped the requirement for 8 PDHs in Board-approved courses.  Instead, a total of 18 PDHs are now required, 1 hour of which must cover ethics and 1 hour of which must cover laws and rules.  While waiving the Board-approved course requirement initially sounds promising, the language in Florida’s statues about qualifying continuing education courses is vague and outdated.  And of course, if you are audited and fail to supply sufficient back-up information, your license maybe revoked.  For example, a continuing education course is typically considered acceptable if the provider is registered as a continuing education provider with NCEES, a regionally accredited educational institution, a commercial educator, a governmental agency, or a state of national professional association whose primary purpose is to promote the profession of engineering. Based on my conversation with a contact at the Florida Board of Engineers, MOST courses offered by ASCE on the local or national level will qualify towards license renewal.  I include the caveat MOST, as item 9 under Non-Qualifying Activities includes such language as “Courses the content of which is below the level of knowledge and skill that reflects the responsibility of engineer in charge.”  Bad punctuation and grammar aside, this statement leads me to believe that if the Florida Board doesn’t feel a particular course is not presented at a high enough level then that course will not be counted towards bi-annual credits.

    Take-Away – ASCE courses should count but make sure you obtain more PDHs than you need as not everything may count!

    New York

    For the 2015-2017 renewal cycle, New York will continue to require 36 hours of continuing education for engineers, with a minimum of 1 hour on ethics.  A minimum of 18 hours must be obtained through courses and a maximum of 18 hours may be in educational activities, such as preparing and teaching courses, publishing a journal or book, making a technical presentation, obtaining a patent, and a few other options.  To be considered acceptable, the courses/education activities must be:

    • Administered by an approved New York State provider
    • About an approved subject area
    • Submitted in an approved format
    • Include opportunity for immediate interaction with an instructor/presenter.

    While the ASCE National live webinar series seem to meet the above requirements, I was unable to ascertain if ASCE National is an approved provider.  The Metropolitan Section of ASCE is listed as an approved provider of courses, in order to provide their members with local presentations which yield valid PDHs.  The only reference on the ASCE National website (and the general consensus when I called) concerning the suitability of ASCE national webinar courses for continuing education requirements was that engineers are advised to check with their state licensing boards before registering for a course to determine eligibility.  The few out-of-state New York PE’s I spoke with indicated that they usually booked a 2 or 3-day seminar in New York state each year to fulfill the bulk of their requirements; then looked for specialty on-line courses from vendors who are approved providers.

    Take-Away – Research carefully before registering and learn the approved course sponsors:  (Tip: most approved courses will proudly announce they are approved in New York; obtaining an approved course certification is not easy.)


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