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13 <br />T <br />E <br />A <br />M <br /> <br />A <br />P <br />P <br />R <br />O <br />A <br />C <br />H <br /> <br />& <br /> <br />W <br />O <br />R <br />K <br /> <br />P <br />L <br />A <br />N <br />PHASE 2 <br />Community Engagement and Site Assessment/Concept Design <br />In HGA’s experience, there are many advantages to combining <br />the community engagement and concept design scope as <br />parallel and fully integrated efforts. Alternating community <br />engagement events with the concept design options allows the <br />community input to inform design at each step in the process. <br />At each design step, progress is shared with city staff, key city <br />leadership committees, and community members for review and <br />comment. Guided by the CSTF at each step, the design begins to <br />manifest the collective input of all stakeholder groups as a true <br />representation of a unique Arden Hills vision. <br />The unique attributes of this project suggest that the most <br />beneficial community engagement plan would meet several <br />goals: <br />1. Build awareness of the unique project opportunity for <br />a signature civic building intended to serve the growing <br />population of Arden Hills <br />2. Share knowledge of innovative civic programming (city halls, <br />community centers, unique combinations) through regional/ <br />national examples <br />3. Invite input through small group, large group, and on-line <br />community facilitation, pose strategic questions to identify <br />desired programs and uses for the new civic site <br />4. Identify trends and seek consensus in comments, ideas, and <br />preferences being shared in community forums <br />5. Input = Design: Community engagement process are only <br />successful if the community participants clearly see that <br />their input has become the foundation for proposed uses and <br />design options for the civic site. Recognizing the collective <br />community voice in the development planning is the ultimate <br />validation. The end goal of a community engagement process <br />is to build support and empower ambassadors for the project <br />to the greater community. <br />Victor Pechaty, with support from Ted Redmond, will lead the <br />community engagement and site assessment/concept design <br />process. Community engagement events will alternate with <br />design options that become more specific and refined after each <br />series of stakeholder meetings. Input by all stakeholders at <br />incremental steps in the design process creates a feedback loop <br />between community input and design leading to a consensus- <br />based design solution. A proposed outline for this process is as <br />follows: <br />“C” notation identifies Community items, “D” notation identifies <br />Design items <br />C.1 City Staff interviews & on site observations <br />C.2 Community Open House 1: Visioning Workshop <br />D.1 Design Phase – Complete site assessment and create <br />preliminary design options + cost estimates <br />C.3 Community Open House 2: Preliminary Concept Design <br />Options – Open House Review <br />C.4 City Leadership Committees: Preliminary Concept Design <br />Review and Comment <br />C.5 City Council Update: Preliminary Concept Design <br />Review and Comment <br />C.6 City Staff Review and Comment <br />D.2 Design Phase – Synthesize design options into single <br />consensus direction + cost estimate <br />C.7 Community Open House 3: Concept Design Review <br />C.8 City Leadership Committees: Concept Design Review <br />C.9 City Staff Review and Comment – Concept Design <br />D.3 Design Phase – Revisions/Refinements to Concept Design <br />per stakeholder feedback + cost estimate <br />C.10 City Council Presentation <br />D.4 Design Phase - Final Revisions and Production of <br />Community Engagement and Concept <br /> Design Report to be paired with Existing Facility Analysis <br />Throughout the process, HGA will provide comprehensive <br />meeting notes and supporting drawings and diagrams to share <br />with community in publicly accessible media (City of Arden <br />Hills website portal or project specific website. On-line options <br />for providing continuing public feedback is an asset to the <br />community engagement process. <br />HGA will provide Cost Estimating and sustainability planning as <br />part of Phase 1 and Phase 2 services. <br />Cost Estimating <br />HGA’s services include an in-house cost-estimating team. Phase <br />1 will include cost estimating to reflect maintenance and life- <br />cycle issues identified in the City Hall assessment. Phase 2 will <br />include conceptual cost estimating for concept design. <br />HGA estimating processes are based on cross-referencing <br />multiple data points to achieve estimating accuracy. Sources of <br />estimating data include: <br />1. National database of construction cost trends and projected <br />construction cost escalation based on broad economic <br />indicators. <br />2. An HGA database that has tracked construction costs for all <br />HGA projects. This database includes several decades of data <br />across multiple project types and construction markets. <br />3. HGA estimators share a contractor background. If desired, <br />Cost estimates are reviewed and vetted with local market <br />contractors as peers who are bidding and constructing <br />projects concurrently with this project scope. <br />Sustainability and Climate Action Planning <br />Leading-edge sustainability planning can and should be based <br />on the foundational USGBC LEED or Minnesota B3 platforms. <br />While these platforms remain the cornerstone of sustainability <br />strategy, comprehensive sustainability planning should transcend <br />these metrics. HGA’s approach to sustainability expands into <br />the operational and behavioral aspects of the Well Building <br />Challenge and plans for the future through understanding the <br />sustainability interface of building/site/community Resiliency <br />and Climate Action Planning. <br />The Sustainability Programming effort is focused on establishing <br />clear energy efficiency, resilience, and sustainability goals <br />appropriate for the project. This is a process of reviewing the <br />range of sustainability, energy efficiency, renewable energy, <br />and resilience adaptation strategies and potentials available to <br />the project and prioritizing those goals which are best suited <br />to this project’s specific functions, existing facilities, and site <br />characteristics. The effort will use the Minnesota Sustainable <br />Building Guidelines as a frame work of the dialogue between the <br />design team and the City of Arden Hills. Owner/Team dialogue <br />on sustainability options will be facilitated by the Sustainability <br />Matrix, a working document tracking sustainability options, <br />potential costs, and economic, energy efficiency, and <br />environmental “pay back”. <br />MN Sustainable Building Guidelines – B3 & SB2030 <br />B3 is a set of sustainable design guidelines that emphasize <br />exceeding state energy code energy efficiency requirements, <br />achieving the lowest possible lifetime costs, enhancing the health, <br />well-being and productivity of the building occupants, improving <br />the quality of the natural environment, and considering the long- <br />term operating costs of the building. <br />Projects using the B3 Guidelines automatically apply the <br />Sustainable Building (SB) 2030 Energy Standard which <br />currently requires that energy use is 70 percent below an average <br />building. The goal of the program is to get to net zero energy use <br />in 2030. We have extensive experience in the strategies that need <br />to be used to reach these aggressive energy goals. An integrated <br />multi-disciplinary approach is increasingly important to achieve <br />these goals through the building exterior envelope, and careful <br />incorporation of the mechanical and electrical systems into the <br />design. The SB 2030 energy standard is based on EUI (Energy <br />Use Intensity). <br />Energy use prediction for each Conceptual Energy Modeling option <br />HGA’s design for the new Brooklyn Park Library was designed to meet <br />B3 v2.2 and SB2030, meeting the 60% less energy than that of an <br />average building.