Tag: Bauherren

  • Collaborative project delivery models (IPA, Design Build, etc.)

    Collaborative project delivery models (IPA, Design Build, etc.)

    SIA phase model
    Common project management in Switzerland is based on the SIA phase model (standard 102/112). This hierarchical process principle creates incentives for the client to distribute the concretisation of his planning over several planning phases. As a result, planning orders are considered in isolation in sub-phases, the know-how of the contractors is not collected until the “execution” phase, and risks are passed on to the last contractor in the chain. The concerns of later operations are often only taken into account in the form of benchmarks or written reports.

    Silo thinking vs. cooperation
    In the SIA phase model, the parties involved defend their interests against the client, architect or a general contractor. The goal of each commissioning party is to achieve the highest possible profit and to take as few risks as possible. The focus is therefore not on a joint solution to the problem and certainly not on the success of the project.

    Solution collaborative project delivery methodology
    The solution lies in a change of culture, in changed processes and in contract rule formation based on incentives and motivation.

    So-called collaborative or integrated project delivery methods (IPA) are based on a partnership approach to the project and on the early inclusion of know-how for all key trades. Teams from planning, engineering, execution and operation jointly develop solution approaches and search for the most suitable way to fulfil the objectives. At the same time, project risks are evaluated and actively managed. Work is carried out according to the “best for project” principle, and everyone participates in profit and loss. This increases certainty with regard to feasibility and profitability, and mutual trust is established. This trust, in turn, is the basis for creativity and mutual motivation.

    Final thoughts
    The cultural change described leads to a changed culture of dispute. It is no longer a matter of shifting risks onto others and asserting isolated party interests. Instead, there is an incentive-driven interest on the part of all parties to solve problems quickly and amicably. This also changes the role

    the role of the lawyers involved. Thoughtful and conflict-avoiding contracts are just as much in demand as forward-looking influence on the process and interest-based contributions to solutions. This leaves little room for costly and time-consuming court proceedings.

    Because in the end, only the success of the project and thus of the entire team counts. A failure within the project thus ultimately becomes the failure of all and not the last one to be bitten by the dog or the opposing lawyer.

  • Oracle adds new analytics capabilities to Smart Construction Platform

    Oracle adds new analytics capabilities to Smart Construction Platform

    In construction, it's difficult to leverage data across applications to effectively diagnose problems, predict risk, and plan future actions. To address this challenge, Oracle today announced Oracle Construction Intelligence Cloud Analytics. The new solution combines data from Oracle Smart Construction Platform applications to give builders and contractors a comprehensive understanding of performance throughout their operations. With these insights, organizations can quickly identify and resolve issues and find ways to continually improve project planning, construction, and facility operations.

    "You can't manage what you can't measure," said Roz Buick, senior vice president of product, strategy and marketing at Oracle Construction and Engineering. “The new Oracle Construction Intelligence Cloud Analytics offering combined with the Smart Construction Platform's predictive intelligence engine and shared data environment gives our customers a deeper, holistic understanding of their performance. Now they can create unique data strategies that drive competitive differentiation. In this way, the construction industry will achieve Six Sigma accuracy, which is already found in other parts of the industry and in manufacturing today.”

    The Smart Construction Platform brings together capabilities from Oracle Construction and Engineering applications and third-party solutions in a common data environment with an enhanced user experience. The platform makes it easier for builders and contractors to collaborate to improve decision-making across organizations. Oracle is introducing the new analytics solution and other platform updates today at the Oracle Industry Lab in Deerfield, Illinois.

    “We are increasingly focused on finding new and better ways to use our data so we can gain further insights into project performance and risk,” said Brian Neal, project manager at Rudolph Libbe Inc. “The connection and the combining of data for analysis will provide the most comprehensive insight into our operations and help us understand trends in our business. It also allows us to find ways to streamline the delivery of projects to our customers.”

    Smart Construction Platform: people, processes and data in harmony
    The Smart Construction Platform brings together the core applications, processes and data building owners and contractors need to collaborate across project and asset lifecycles. This includes portfolio planning, bidding/tendering processes, contracts, schedules, project documents, as well as Building Information Model (BIM) collaboration, on-site activities, costs and payments. With the new unified experience, shared data environment, and cross-application interoperability, users can easily switch between applications and datasets while working on a single project. By synchronizing activities, resources, and data throughout each project and asset, the platform helps teams from different disciplines work towards the same goal with the same information.

    For example, the planning and project management capabilities sync design and site teams against a master plan, providing insight into both a unified schedule and the task data needed to get the right work done in the right place at the right time. So, should the date of an HVAC installation change due to an issue in the supply chain, the project manager will automatically receive the updated schedule information and can coordinate any necessary adjustments for the affected teams.

    In addition, the platform provides investment planners with accurate, timely data on project forecasts so they can coordinate with managers on budget requirements and adjust them as strategic priorities change. For example, inflation doubles the cost of the materials needed for a project. The project manager can pass these new actual amounts and forecasts to the planner, who can then make timely changes to the portfolio.

    The platform continuously learns and gets smarter using machine learning, so it considers past actions to highlight potential risks and support more informed decision-making. Oracle offers its customers a variety of networked functions. This includes:

    • Provide project managers with up-to-date schedule data so teams can align with planned delivery dates and other schedule requirements.

    • Joint planning (CPM schedule) with site teams (task plan) to minimize wasted time and resources.

    • Capital planning and project execution teams can share budget and actual cost data so both teams can confidently adapt to different situations as the project progresses.

    • Automatically store completed bid/request packages, as well as approved invoices and other payment materials, in company document registries.

    • Transparency for all stakeholders to jointly track progress, identify and mitigate risks, and efficiently manage changes throughout the supply chain.

    "Thanks to Oracle, we are improving coordination, transparency and control during project development," said Weronika Nowak, document control and IT manager at Mayflower Wind. “The ability to further connect our teams, processes and data across applications and all project phases increases efficiency. It also provides our staff with the information they need to easily manage change as we work to deploy critical energy assets.”

  • Sustainable building network develops new standard

    Sustainable building network develops new standard

    The Zurich Sustainable Building Network Switzerland (NNBS) has published a new measuring and control instrument for sustainable building. As of April, a specially set up technical secretariat takes care of the announcement of the new standard, as stated in a press release . The department is intended to be the point of contact for engineers, planners and builders in all construction phases.

    The civil engineer and professor for sustainable building at the Bern University of Applied Sciences in Burgdorf, Stephan Wütherich, is in charge of the secretariat. Erdjan Opan from OPAN concept SA also brings his knowledge to the secretariat. He played a key role in developing the standard for sustainable building in the infrastructure sector.

    The standard measures the sustainability of a project using 75 indicators. It can be used in all project phases from the location decision through project development and construction to operation, maintenance and dismantling. The users use it to assess various topics such as health and safety, costs and benefits, energy and soil, as well as community, climate and landscape, like checklists.

    The catalog also helps to question established processes, raise funds and support communication with political actors and the population, according to the announcement.

    The standard is based on the SIA 112/2 "Sustainable Building – Civil Engineering and Infrastructures" standard and is compatible with other application systems.