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• 1. [Article] Spanning the Region: A Survey of Bridges in the Metroscape

  Bridges get us where we need to go. They also have character that contributes to a sense of place. Here we profile a selection of bridges in the Portland Metro area to understand the history and logistics ...

  Citation × Citation Citation Abstract Copy Title: Spanning the Region: A Survey of Bridges in the Metroscape Author: Oswill, Andrés Year: 2017 Bridges get us where we need to go. They also have character that contributes to a sense of place. Here we profile a selection of bridges in the Portland Metro area to understand the history and logistics of each bridge. When was the bridge built, how was it funded, who maintains it? The bridges we selected reflect the area’s wide variations in bridge style and management. Some of the bridges are county owned; others are run by a state or city transportation department. The bridges range in age, but all are inspected every twenty-four months. A bridge’s story offers important lessons as we consider the need for seismic retrofit and replacing aging structures. By grounding ourselves in a bridge’s past and present, we can spur ideas for addressing our future transportation needs. Title: Spanning the Region: A Survey of Bridges in the Metroscape Author: Oswill, Andrés Year: 2017 Bridges get us where we need to go. They also have character that contributes to a sense of place. Here we profile a selection of bridges in the Portland Metro area to understand the history and logistics of each bridge. When was the bridge built, how was it funded, who maintains it? The bridges we selected reflect the area’s wide variations in bridge style and management. Some of the bridges are county owned; others are run by a state or city transportation department. The bridges range in age, but all are inspected every twenty-four months. A bridge’s story offers important lessons as we consider the need for seismic retrofit and replacing aging structures. By grounding ourselves in a bridge’s past and present, we can spur ideas for addressing our future transportation needs. Close

• 2. [Article] Informing the Plan - Incorporating Stakeholder Hopes, Dreams, and Concerns: An Assessment of the Creekside District Master Plan

  In April 2011, the City of Beaverton adopted its Civic Plan Central City Strategy (“the Civic Plan”). The Civic Plan provided a new understanding of the Central City. One of the Civic Plan’s most important ...

  Citation × Citation Citation Abstract Copy Title: Informing the Plan - Incorporating Stakeholder Hopes, Dreams, and Concerns: An Assessment of the Creekside District Master Plan Author: Merrick, Meg Year: 2014 In April 2011, the City of Beaverton adopted its Civic Plan Central City Strategy (“the Civic Plan”). The Civic Plan provided a new understanding of the Central City. One of the Civic Plan’s most important strategic goals was the transformation of the Creekside District (an underutilized 50-acre site situated at the heart of the Central City) into a vibrant, sustainable, mixed-use community. The Creekside District master planning effort (that was supported by a HUD Community Challenge Grant) has built on the Civic Plan, Beaverton’s Community Vision (2010), the Beaverton Urban Renewal Plan (2011), and Metro’s 2040 Growth Concept. The Creekside District Master Plan and Implementation Strategy outlines the investments, projects, and programs that will be needed to transform the District into “a vibrant, mixed-use, transit-oriented downtown neighborhood, where people enjoy easy access to the natural environment, safe and reliable transportation and parking systems, and opportunities for jobs, housing, and entertainment” (Creekside District Master Plan and Implementation Strategy, 2014). Central to the Creekside District master planning process was the engagement of the current business owners and residents in and immediately surrounding the District – in other words, those who will be most directly impacted by the plan. Additionally, recognizing that a significant number of the small business owners and residents who would be affected are racial and ethnic minorities, the City put special emphasis on engaging these typically underrepresented groups in the planning process. The purpose of this report is to assess how well the public input, that was gathered throughout the Creekside District master planning process, has been considered and incorporated into the Creekside District Master Plan. Specifically, this report focuses on the findings of the outreach efforts directed at those most directly impacted by changes to the Creekside District: business owners within the District; residents in and adjacent to the District; and minority community leaders and youth. Following public engagement best practices, the City sought input from these stakeholders early in the planning process to gain a better understanding of how the District does and doesn’t work for them, as well as stakeholders’ hopes for its future. Beginning in the fall, 2012, Beaverton planners conducted a Creekside District mobility audit with transportation planners, representation from the disability community, and pedestrian advocates to get a better understanding of the barriers to mobility, access, and transportation generally within the District. The results of this audit were integrated into the City’s existing conditions analysis. Title: Informing the Plan - Incorporating Stakeholder Hopes, Dreams, and Concerns: An Assessment of the Creekside District Master Plan Author: Merrick, Meg Year: 2014 In April 2011, the City of Beaverton adopted its Civic Plan Central City Strategy (“the Civic Plan”). The Civic Plan provided a new understanding of the Central City. One of the Civic Plan’s most important strategic goals was the transformation of the Creekside District (an underutilized 50-acre site situated at the heart of the Central City) into a vibrant, sustainable, mixed-use community. The Creekside District master planning effort (that was supported by a HUD Community Challenge Grant) has built on the Civic Plan, Beaverton’s Community Vision (2010), the Beaverton Urban Renewal Plan (2011), and Metro’s 2040 Growth Concept. The Creekside District Master Plan and Implementation Strategy outlines the investments, projects, and programs that will be needed to transform the District into “a vibrant, mixed-use, transit-oriented downtown neighborhood, where people enjoy easy access to the natural environment, safe and reliable transportation and parking systems, and opportunities for jobs, housing, and entertainment” (Creekside District Master Plan and Implementation Strategy, 2014). Central to the Creekside District master planning process was the engagement of the current business owners and residents in and immediately surrounding the District – in other words, those who will be most directly impacted by the plan. Additionally, recognizing that a significant number of the small business owners and residents who would be affected are racial and ethnic minorities, the City put special emphasis on engaging these typically underrepresented groups in the planning process. The purpose of this report is to assess how well the public input, that was gathered throughout the Creekside District master planning process, has been considered and incorporated into the Creekside District Master Plan. Specifically, this report focuses on the findings of the outreach efforts directed at those most directly impacted by changes to the Creekside District: business owners within the District; residents in and adjacent to the District; and minority community leaders and youth. Following public engagement best practices, the City sought input from these stakeholders early in the planning process to gain a better understanding of how the District does and doesn’t work for them, as well as stakeholders’ hopes for its future. Beginning in the fall, 2012, Beaverton planners conducted a Creekside District mobility audit with transportation planners, representation from the disability community, and pedestrian advocates to get a better understanding of the barriers to mobility, access, and transportation generally within the District. The results of this audit were integrated into the City’s existing conditions analysis. Close

• 3. [Article] Improving Travel Information Products via Robust Estimation Techniques

  Traffic-monitoring systems, such as those using loop detectors, are prone to coverage gaps, arising from sensor noise, processing errors and transmission problems. Such gaps adversely affect the accuracy ...

  Citation × Citation Citation Abstract Copy Title: Improving Travel Information Products via Robust Estimation Techniques Author: Maier, David, Tufte, Kristin A., Fernández Moctezuma, Rafael J. Year: 2009 Traffic-monitoring systems, such as those using loop detectors, are prone to coverage gaps, arising from sensor noise, processing errors and transmission problems. Such gaps adversely affect the accuracy of Advanced Traveler Information Systems. This project will explore models based on historical data that can provide estimates to fill such gaps. We build on an initial study by Mr. Rafael J. Fernandez-Moctezuma, using both a linear model and an artificial neural network (ANN) trained on historical data to estimate values for reporting gaps. These initial models were 80% and 89% accurate, respectively, in estimating the correct speed range, and misclassifications were always between adjacent speed ranges (in particular, the free-flow range and congested range were never confused). Going forward, we will investigate other non-linear models, such as Gaussian Mixtures, that provide further statistical metrics, in contrast to the uninterpreted weights of ANNs. This work will exploit the Portland Transportation Archive Listing (PORTAL) at the Intelligent Transportation Systems Laboratory at PSU. Dr. Tufte helps supervise development of PORTAL, and Mr. Fernandez used PORTAL data in his study. PORTAL holds more than two years of Portland-area freeway-loop-detector data at both detailed and aggregated levels, and is an ideal resource for the proposed work. Initially we will be building and testing estimators in off-line mode. We will select a highway segment (comprising multiple detector stations) that is representative in terms of pattern of outages. We will build models for this segment, then examine their performance on estimates for synthetic gaps (so we can compare estimates to reported values). Later, using live loop-detector data (which PORTAL supports), we will work towards on-line estimation over the local freeway network, which requires computing estimates in a timely manner. Our end target is improvements in end-user travel information products, such as the Portland-Metro Speed Map on ODOT's Trip Check. Our main evaluation metric will be the trade-off curve bewteen accuracy of prediciton and percentage of gaps that can be filled. This research supports national surface-transportation research priorities, including the Systems Management Information area (ITS JPO). Within that area, it relates to (2) Data Management (techniques and guidance for processing and managing data associated with highway and transit monitoring) and (5) Data Dissemination (exchanging information about transportation services and providing that information to travelers). [Page 3-15, U.S. Department of Transportation Research, Development, and Technology Plan, 6th Edition] Title: Improving Travel Information Products via Robust Estimation Techniques Author: Maier, David, Tufte, Kristin A., Fernández Moctezuma, Rafael J. Year: 2009 Traffic-monitoring systems, such as those using loop detectors, are prone to coverage gaps, arising from sensor noise, processing errors and transmission problems. Such gaps adversely affect the accuracy of Advanced Traveler Information Systems. This project will explore models based on historical data that can provide estimates to fill such gaps. We build on an initial study by Mr. Rafael J. Fernandez-Moctezuma, using both a linear model and an artificial neural network (ANN) trained on historical data to estimate values for reporting gaps. These initial models were 80% and 89% accurate, respectively, in estimating the correct speed range, and misclassifications were always between adjacent speed ranges (in particular, the free-flow range and congested range were never confused). Going forward, we will investigate other non-linear models, such as Gaussian Mixtures, that provide further statistical metrics, in contrast to the uninterpreted weights of ANNs. This work will exploit the Portland Transportation Archive Listing (PORTAL) at the Intelligent Transportation Systems Laboratory at PSU. Dr. Tufte helps supervise development of PORTAL, and Mr. Fernandez used PORTAL data in his study. PORTAL holds more than two years of Portland-area freeway-loop-detector data at both detailed and aggregated levels, and is an ideal resource for the proposed work. Initially we will be building and testing estimators in off-line mode. We will select a highway segment (comprising multiple detector stations) that is representative in terms of pattern of outages. We will build models for this segment, then examine their performance on estimates for synthetic gaps (so we can compare estimates to reported values). Later, using live loop-detector data (which PORTAL supports), we will work towards on-line estimation over the local freeway network, which requires computing estimates in a timely manner. Our end target is improvements in end-user travel information products, such as the Portland-Metro Speed Map on ODOT's Trip Check. Our main evaluation metric will be the trade-off curve bewteen accuracy of prediciton and percentage of gaps that can be filled. This research supports national surface-transportation research priorities, including the Systems Management Information area (ITS JPO). Within that area, it relates to (2) Data Management (techniques and guidance for processing and managing data associated with highway and transit monitoring) and (5) Data Dissemination (exchanging information about transportation services and providing that information to travelers). [Page 3-15, U.S. Department of Transportation Research, Development, and Technology Plan, 6th Edition] Close

• 4. [Article] Trail Planning & Community Service Curriculum

  The objective of this project was to develop a new trail planning curriculum and conduct a regional trail research project in the Portland metropolitan area. The curriculum was created for a community ...

  Citation × Citation Citation Abstract Copy Title: Trail Planning & Community Service Curriculum Author: Weigand, Lynn Year: 2010 The objective of this project was to develop a new trail planning curriculum and conduct a regional trail research project in the Portland metropolitan area. The curriculum was created for a community service-based, University Capstone course at Portland State University (PSU), with Metro (regional government) as the community course partner. Project goals included: Expanding opportunities for undergraduate students to study trail design and planning for transportation and recreational walking and bicycling; Providing practical application of knowledge to a trail planning project through research and data collection on trail use; Raising awareness of bicycle and pedestrian travel among students in disciplines other than planning and engineering; Fostering continuing involvement and interest in regional bicycle and pedestrian travel and trail development; Conducting research on the amount and type of use of identified regional trails to demonstrate their value in the regional transportation network; and Providing a model for trail planning and research curriculum. Title: Trail Planning & Community Service Curriculum Author: Weigand, Lynn Year: 2010 The objective of this project was to develop a new trail planning curriculum and conduct a regional trail research project in the Portland metropolitan area. The curriculum was created for a community service-based, University Capstone course at Portland State University (PSU), with Metro (regional government) as the community course partner. Project goals included: Expanding opportunities for undergraduate students to study trail design and planning for transportation and recreational walking and bicycling; Providing practical application of knowledge to a trail planning project through research and data collection on trail use; Raising awareness of bicycle and pedestrian travel among students in disciplines other than planning and engineering; Fostering continuing involvement and interest in regional bicycle and pedestrian travel and trail development; Conducting research on the amount and type of use of identified regional trails to demonstrate their value in the regional transportation network; and Providing a model for trail planning and research curriculum. Close

• 5. [Article] Impacts of Low-Speed Vehicles on Transportation Infrastructure and Safety

  There are increasing numbers of low-speed electric vehicles (LSVs) on public roadways. These vehicles are designed to be used within protected environments and on roadways with a maximum posted speed of ...

  Citation × Citation Citation Abstract Copy Title: Impacts of Low-Speed Vehicles on Transportation Infrastructure and Safety Author: Hunter-Zaworski, Katharine M., Cornell, Linda Year: 2010 There are increasing numbers of low-speed electric vehicles (LSVs) on public roadways. These vehicles are designed to be used within protected environments and on roadways with a maximum posted speed of 25 mph. Currently these vehicles are not subject to the same federal requirements for occupant protection as passenger cars. This research project investigated safety standards, operating regulations, and LSV manufacturer materials from sources around the world. The purpose of the research was to determine positive and negative impacts that LSVs, including Neighborhood Electric Vehicles (NEVs) and Medium Speed Electric Vehicles (MSEVs), are likely to have for the Oregon Department of Transportation (ODOT) and Oregon communities, and whether adjustments in current state regulations are needed to ensure that LSVs do not negatively impact road safety and traffic operations, or expose the LSV operators to undue risk. The U.S. and Canadian federal motor vehicle safety agencies have harmonized their regulations and stipulated the maximum operating speed of these vehicles, however state and local roadway authorities have regulated the maximum speed of roadways and intersection characteristics on which these vehicles can operate. The significant recommendations of this research are: (i)The State of Oregon regulations for LSVs should be amended such that LSVs are limited to public roadways with a maximum operating speed of 25 mph, and they are restricted to crossing higher speed roadways at four-way Stop or traffic controlled intersections, (ii) local transportation authorities should develop parallel or secondary low-speed transportation networks that connect residential neighborhoods with major activity centers Title: Impacts of Low-Speed Vehicles on Transportation Infrastructure and Safety Author: Hunter-Zaworski, Katharine M., Cornell, Linda Year: 2010 There are increasing numbers of low-speed electric vehicles (LSVs) on public roadways. These vehicles are designed to be used within protected environments and on roadways with a maximum posted speed of 25 mph. Currently these vehicles are not subject to the same federal requirements for occupant protection as passenger cars. This research project investigated safety standards, operating regulations, and LSV manufacturer materials from sources around the world. The purpose of the research was to determine positive and negative impacts that LSVs, including Neighborhood Electric Vehicles (NEVs) and Medium Speed Electric Vehicles (MSEVs), are likely to have for the Oregon Department of Transportation (ODOT) and Oregon communities, and whether adjustments in current state regulations are needed to ensure that LSVs do not negatively impact road safety and traffic operations, or expose the LSV operators to undue risk. The U.S. and Canadian federal motor vehicle safety agencies have harmonized their regulations and stipulated the maximum operating speed of these vehicles, however state and local roadway authorities have regulated the maximum speed of roadways and intersection characteristics on which these vehicles can operate. The significant recommendations of this research are: (i)The State of Oregon regulations for LSVs should be amended such that LSVs are limited to public roadways with a maximum operating speed of 25 mph, and they are restricted to crossing higher speed roadways at four-way Stop or traffic controlled intersections, (ii) local transportation authorities should develop parallel or secondary low-speed transportation networks that connect residential neighborhoods with major activity centers Close

• 6. [Article] Data-Driven Illustrations for Climate Smart Communities Scenarios

  Public investment in transit and streetscape improvements can encourage private development, and subsequently increase transit ridership and reduce pollution. Portland, OR’s Metro regional government has ...

  Citation × Citation Citation Abstract Copy Title: Data-Driven Illustrations for Climate Smart Communities Scenarios Author: Cheng, Nancy Yen-wen, Ellis, Kim, Vogt, Molly, Chiavarini, Clint, Houk, Justin, Lockyear, Brian, Postma, Boyce, Morell, Peggy Year: 2013 Public investment in transit and streetscape improvements can encourage private development, and subsequently increase transit ridership and reduce pollution. Portland, OR’s Metro regional government has developed investment scenarios designed to reduce light vehicle carbon emissions. Adopting a regional scenario requires public review and consultation with local governments who will implement the comprehensive plans and land-use regulations. Decision makers and residents need to understand potential benefits: ways in which targeted investment could generate more livable urban spaces while reducing greenhouse gases. Illustrations can show how the investments could shape the pedestrian experience through trees, street furniture, buildings, open spaces, etc. This report explains a new workflow to illustrate urban development possibilities that can be adjusted according to evolving forecasts. Developing accessible scenario illustrations from city and regional planning forecasts requires sound analysis and thoughtful graphics to effectively communicate the analysis results. Our workflow connects planning forecasts (incorporating economic, transportation and land development data) to a parametric urban modeler to generate development massing, with views refined with 3D and 2D graphic procedures. Our objective has been to streamline the creation of visuals that communicate community development patterns and amenities provided with different levels of investment. A streamlined procedure allows different designers to generate illustrations with a consistent graphic style. The report documents the workflow, and identifies challenges, opportunities and questions for further work. Title: Data-Driven Illustrations for Climate Smart Communities Scenarios Author: Cheng, Nancy Yen-wen, Ellis, Kim, Vogt, Molly, Chiavarini, Clint, Houk, Justin, Lockyear, Brian, Postma, Boyce, Morell, Peggy Year: 2013 Public investment in transit and streetscape improvements can encourage private development, and subsequently increase transit ridership and reduce pollution. Portland, OR’s Metro regional government has developed investment scenarios designed to reduce light vehicle carbon emissions. Adopting a regional scenario requires public review and consultation with local governments who will implement the comprehensive plans and land-use regulations. Decision makers and residents need to understand potential benefits: ways in which targeted investment could generate more livable urban spaces while reducing greenhouse gases. Illustrations can show how the investments could shape the pedestrian experience through trees, street furniture, buildings, open spaces, etc. This report explains a new workflow to illustrate urban development possibilities that can be adjusted according to evolving forecasts. Developing accessible scenario illustrations from city and regional planning forecasts requires sound analysis and thoughtful graphics to effectively communicate the analysis results. Our workflow connects planning forecasts (incorporating economic, transportation and land development data) to a parametric urban modeler to generate development massing, with views refined with 3D and 2D graphic procedures. Our objective has been to streamline the creation of visuals that communicate community development patterns and amenities provided with different levels of investment. A streamlined procedure allows different designers to generate illustrations with a consistent graphic style. The report documents the workflow, and identifies challenges, opportunities and questions for further work. Close

• 7. [Article] The Development of Low-/No-Emission Electric Vehicle Infrastructure in the Portland Metro Region: A Roadmap

  The shift from combustion engines to low- and no-emission electric vehicles is underway and gaining momentum. During the last year, Oregon has become an active player in the electric vehicle arena, with ...

  Citation × Citation Citation Abstract Copy Title: The Development of Low-/No-Emission Electric Vehicle Infrastructure in the Portland Metro Region: A Roadmap Author: MacArthur, John, Murchie, Peter, Beard, George Year: 2014 The shift from combustion engines to low- and no-emission electric vehicles is underway and gaining momentum. During the last year, Oregon has become an active player in the electric vehicle arena, with a number of promising relationships and activities in the early stages of formalization. With additional thought, effort and strategy Oregon can seize the opportunity to become the national leader in the adoption and incorporation of new vehicle platforms and mobility strategies into the fabric of urban life and the built environment. Oregon is currently actively engaged in relationships with international automotive companies and local businesses and utilities interested in being part of the "Portland Experiment." This proposal seeks funding to support the creation of a comprehensive roadmap for the development of low/no emission vehicle infrastructure in the Portland Metro region. The roadmap will guide research, education, partnership initiatives, and community engagement activities at Portland State University (PSU) and the Portland Metro region. The project will build momentum on a number of efforts currently underway including the Governor's Alternative Fuels Infrastructure Working Group, Oregon Department of Transportation's Office of Innovative Partnerships & Alternative Funding activities, and local utility and international automotive industry interest in Portland and other national efforts through the U.S. Department of Transportation. This roadmap will truly have a multi-disciplinary, multi-partner, and multi-campus focus and outcomes. The roadmap will focus on developing a unifying strategy, plan, knowledge base for low and no-emission vehicles, alternative fuels infrastructure and other sustainable mobility innovations. The specific research objectives for this project are to: 1) Strengthening and broadening strategic partnerships that will provide financial and other continuing research, education, and community engagement opportunities in electric vehicle infrastructure. 2) Develop a strategic roadmap for Portland to achieve a plug-in readiness in the next two years. 3) Develop a comprehensive research agenda, to evaluate wide array of research and testing needs for the Region. 4) Coordinate with national efforts through the Rocky Mountain Institute’s Project Get Ready, sharing knowledge with other participating Project Get Ready cities and other Oregon cities. This project will be a joint effort between OTREC and the Hatfield School of Government through the National Policy Consensus Center's (NPCC) Oregon Solutions program and the Executive Leadership Institute. Methods include a thorough literature review (print and web); an inventory of state, local agencies and municipalities actions; interviews with key partners; and a consensus building initiative. NPCC's Oregon Solutions program will use its expertise and experience in collaborative governance practices to provide the convening and facilitation system support to bring diverse stakeholders to the table to inform, develop and initiate the implementation of the roadmap. Oregon Solutions staff will engage in information collection, interviews and other efforts to assess the interests and resources of the project partners, refine the vision, and design and support the collaborative convening for the project. This includes developing agendas, products and materials and providing facilitation, note taking and post meeting follow up leading to a declaration of cooperation that will codify the individual and group commitments, roles and responsibilities for implementing the roadmap. Title: The Development of Low-/No-Emission Electric Vehicle Infrastructure in the Portland Metro Region: A Roadmap Author: MacArthur, John, Murchie, Peter, Beard, George Year: 2014 The shift from combustion engines to low- and no-emission electric vehicles is underway and gaining momentum. During the last year, Oregon has become an active player in the electric vehicle arena, with a number of promising relationships and activities in the early stages of formalization. With additional thought, effort and strategy Oregon can seize the opportunity to become the national leader in the adoption and incorporation of new vehicle platforms and mobility strategies into the fabric of urban life and the built environment. Oregon is currently actively engaged in relationships with international automotive companies and local businesses and utilities interested in being part of the "Portland Experiment." This proposal seeks funding to support the creation of a comprehensive roadmap for the development of low/no emission vehicle infrastructure in the Portland Metro region. The roadmap will guide research, education, partnership initiatives, and community engagement activities at Portland State University (PSU) and the Portland Metro region. The project will build momentum on a number of efforts currently underway including the Governor's Alternative Fuels Infrastructure Working Group, Oregon Department of Transportation's Office of Innovative Partnerships & Alternative Funding activities, and local utility and international automotive industry interest in Portland and other national efforts through the U.S. Department of Transportation. This roadmap will truly have a multi-disciplinary, multi-partner, and multi-campus focus and outcomes. The roadmap will focus on developing a unifying strategy, plan, knowledge base for low and no-emission vehicles, alternative fuels infrastructure and other sustainable mobility innovations. The specific research objectives for this project are to: 1) Strengthening and broadening strategic partnerships that will provide financial and other continuing research, education, and community engagement opportunities in electric vehicle infrastructure. 2) Develop a strategic roadmap for Portland to achieve a plug-in readiness in the next two years. 3) Develop a comprehensive research agenda, to evaluate wide array of research and testing needs for the Region. 4) Coordinate with national efforts through the Rocky Mountain Institute’s Project Get Ready, sharing knowledge with other participating Project Get Ready cities and other Oregon cities. This project will be a joint effort between OTREC and the Hatfield School of Government through the National Policy Consensus Center's (NPCC) Oregon Solutions program and the Executive Leadership Institute. Methods include a thorough literature review (print and web); an inventory of state, local agencies and municipalities actions; interviews with key partners; and a consensus building initiative. NPCC's Oregon Solutions program will use its expertise and experience in collaborative governance practices to provide the convening and facilitation system support to bring diverse stakeholders to the table to inform, develop and initiate the implementation of the roadmap. Oregon Solutions staff will engage in information collection, interviews and other efforts to assess the interests and resources of the project partners, refine the vision, and design and support the collaborative convening for the project. This includes developing agendas, products and materials and providing facilitation, note taking and post meeting follow up leading to a declaration of cooperation that will codify the individual and group commitments, roles and responsibilities for implementing the roadmap. Close

• 8. [Article] Investigations In Transportation

  The Investigations in Transportation program is an elementary school partnership and curriculum development project that will engage science, technology, engineering and mathematics (STEM) professionals ...

  Citation × Citation Citation Abstract Copy Title: Investigations In Transportation Author: Becker, William G., Biskupic Knight, Carol Year: 2015 The Investigations in Transportation program is an elementary school partnership and curriculum development project that will engage science, technology, engineering and mathematics (STEM) professionals in school-based activities and projects that will bring real-world applications to elementary classrooms for grades 3-5. The Portland Metro STEM Partnership (PMSP) is providing leadership and facilitation to a team of educators from Portland State University, Beaverton School District and Hillsboro School District who will work with volunteers from the Oregon Department of Transportation (ODOT) to design, develop, implement and assess the impact of an in-class unit entitled "Investigations in Transportation". This report presents a study of a transportation education partnership and curriculum development project that harnessed the professional expertise, experience and enthusiasm of transportation-sector STEM workers by creating a mechanism and set of protocols by which they engaged with elementary school teachers to develop and implement an instructional unit. This STEM-connected instructional unit and lessons allowed students to explore and investigate issues central to transportation. The unit incorporated and enhanced the content and practice standards outlined by the Common Core State Standards and Next Generation Science Standards, and relied heavily on the instructional and curriculum expertise and experience of classroom teachers to develop an age- and interest-appropriate unit of study. This collaboration resulted in the development of an Investigations in Transportation instructional unit that provided students with rich, engaging learning opportunities set in the context of real-world problems around a school parking lot dilemma focused on safety, sustainability and health concerns. The education project team utilized a coherent and cohesive curriculum development process for unit creation and evaluated the development, implementation and reflection of the unit through teacher and student surveys/assessments of attitudes, identity and conceptual understanding. The report describes the process successes, challenges and replication opportunities. Title: Investigations In Transportation Author: Becker, William G., Biskupic Knight, Carol Year: 2015 The Investigations in Transportation program is an elementary school partnership and curriculum development project that will engage science, technology, engineering and mathematics (STEM) professionals in school-based activities and projects that will bring real-world applications to elementary classrooms for grades 3-5. The Portland Metro STEM Partnership (PMSP) is providing leadership and facilitation to a team of educators from Portland State University, Beaverton School District and Hillsboro School District who will work with volunteers from the Oregon Department of Transportation (ODOT) to design, develop, implement and assess the impact of an in-class unit entitled "Investigations in Transportation". This report presents a study of a transportation education partnership and curriculum development project that harnessed the professional expertise, experience and enthusiasm of transportation-sector STEM workers by creating a mechanism and set of protocols by which they engaged with elementary school teachers to develop and implement an instructional unit. This STEM-connected instructional unit and lessons allowed students to explore and investigate issues central to transportation. The unit incorporated and enhanced the content and practice standards outlined by the Common Core State Standards and Next Generation Science Standards, and relied heavily on the instructional and curriculum expertise and experience of classroom teachers to develop an age- and interest-appropriate unit of study. This collaboration resulted in the development of an Investigations in Transportation instructional unit that provided students with rich, engaging learning opportunities set in the context of real-world problems around a school parking lot dilemma focused on safety, sustainability and health concerns. The education project team utilized a coherent and cohesive curriculum development process for unit creation and evaluated the development, implementation and reflection of the unit through teacher and student surveys/assessments of attitudes, identity and conceptual understanding. The report describes the process successes, challenges and replication opportunities. Close

• 9. [Article] Indicators of the Metroscape: Dropouts

  A brief overview of high school drop rates for Oregon with a focus on the Portland Metro Area.

  Citation × Citation Citation Abstract Copy Title: Indicators of the Metroscape: Dropouts Author: Fiore, Ellie Year: 2004 A brief overview of high school drop rates for Oregon with a focus on the Portland Metro Area. Title: Indicators of the Metroscape: Dropouts Author: Fiore, Ellie Year: 2004 A brief overview of high school drop rates for Oregon with a focus on the Portland Metro Area. Close

• 10. [Article] The Equity Baseline Report: A Framework for Regional Equity

  The Equity Baseline Report: A Framework for Regional Equity is an authentic community-led report resulting from a yearlong collaborative effort conducted by six local community based organizations (CBOs). ...

  Citation × Citation Citation Abstract Copy Title: The Equity Baseline Report: A Framework for Regional Equity Author: Franz, Jared, Goughnour, Cat, Hwang, Duncan, Jama, Kayse, Merrick, Meg, Riley, Andre, Vergara-Monroy, Gerardo Year: 2015 The Equity Baseline Report: A Framework for Regional Equity is an authentic community-led report resulting from a yearlong collaborative effort conducted by six local community based organizations (CBOs). The organizations were selected competitively to work under contract with Metro staff to identify, inventory, classify and recommend quantitative and qualitative evidence-based indicators and corresponding data sets that measure the varying degrees by which people experience equity in our region. Title: The Equity Baseline Report: A Framework for Regional Equity Author: Franz, Jared, Goughnour, Cat, Hwang, Duncan, Jama, Kayse, Merrick, Meg, Riley, Andre, Vergara-Monroy, Gerardo Year: 2015 The Equity Baseline Report: A Framework for Regional Equity is an authentic community-led report resulting from a yearlong collaborative effort conducted by six local community based organizations (CBOs). The organizations were selected competitively to work under contract with Metro staff to identify, inventory, classify and recommend quantitative and qualitative evidence-based indicators and corresponding data sets that measure the varying degrees by which people experience equity in our region. Close