1) The document discusses the poor state of healthcare in Nigeria due to inadequate funding, neglect, and failure to maintain health institutions over time.
2) Key factors contributing to the decline include lack of integrated healthcare facilities management, inadequate attention to asset lifecycle activities, and inability to adopt technological innovations.
3) The effects of a poor healthcare system include billions lost annually to medical tourism, with Nigeria ranking near the bottom for life expectancy in the world.
BIM and FM: Bridging the divide between AEC and ownerBe2camp Admin
This document discusses how integrating building information modeling (BIM) and facility management (FM) helps owners access crucial building data. It presents two case studies where universities used BIM data to avoid manually recreating facility information and establish long-term maintenance plans. Xavier University streamlined data collection for a facilities plan, saving 4-6 months of work. MathWorks required detailed BIM deliverables to populate its asset management systems, leveraging design and construction data. Both projects highlighted the need to involve FM early to ensure usable BIM data delivery.
Presentation slides from the BIFM Corporate Members Event on 26 June at Ricoh UK in London. This presentation covers insight and challenges that come with changes in legislation. Key topics included are: CDM CDM (Construction Design and Management) Regulations 2015, the new COMAH regulations, and ESOS (Energy Savings Opportunity Scheme.)
Integrating decision support systems (dss)and bimOmar Selim
The document discusses how building information modeling (BIM) can be used to improve project controls strategies in construction projects. It explains that BIM allows for a single coordinated source of structured information to support all parties involved in a project from design through construction and facility operation. This reduces information loss and improves productivity. BIM models can also be used to simulate the entire building lifecycle from construction through operation. When integrated with decision support systems, BIM can help optimize the selection of sustainable building components and measures through multi-criteria decision making.
The document discusses the steps for implementing BIM technology in a company. It outlines 5 gradual steps for individuals to learn Revit, including understanding BIM, opening and studying projects, drawing basic objects, creating new projects independently, and learning worksheets and schedules. It also discusses forming a BIM implementation plan at the company level, with sections on project information, roles and responsibilities, processes and protocols. Finally, it outlines the roles of a BIM Manager, Coordinator, and other team members to successfully implement BIM on projects.
The document discusses the benefits of applying building information modeling (BIM) across the entire lifecycle of facilities from design through operations and maintenance. It describes how BIM can integrate various facility management systems to improve areas like maintenance, energy efficiency, and risk management. Maintaining an up-to-date lifecycle BIM is positioned as an important data foundation platform. Specific use cases and cost savings are highlighted for facilities management tasks like work orders when using BIM.
Role of building information modelling bim in quantity surveying practiceIAEME Publication
The document discusses the role of Building Information Modeling (BIM) in quantity surveying practice. It notes that while BIM has been widely adopted by designers and contractors, quantity surveyors have been slower to adopt it. BIM allows for automated quantity take-offs and bill of quantities preparation, reducing errors and saving time compared to traditional manual methods. The document conducts a literature review on how BIM could transform the roles and responsibilities of quantity surveyors by streamlining cost estimation and management tasks throughout the project lifecycle. It aims to help train quantity surveyors to adapt to future industry changes enabled by widespread BIM implementation.
BIM and project management techniques can help address challenges in the AEC industry like complex projects, tight budgets and deadlines, and information overload. BIM involves creating an intelligent 3D model of a building virtually before physical construction. This model contains embedded information about the building's design, construction schedule, costs, and more. Using BIM and lean project management principles can improve collaboration, reduce waste, and help deliver projects on time and on budget by identifying issues early. Key benefits include improved constructability, increased understanding of design solutions for owners, and more effective planning of construction phasing and logistics.
This document discusses structuring BIMs to enable information exchange using IFC and COBie. It defines COBie as a spreadsheet format for capturing building information for facilities management based on IFC. The document reviews a project that developed baseline BIMs with architectural, structural, mechanical, plumbing, electrical, and HVAC information to test exporting IFC and converting it to COBie. It found current software has limitations, including non-standard naming and data duplication. Properly structured BIMs and standardized properties are needed to achieve usable output in IFC and COBie formats.
HKIBIM BIM Networking Seminar: Guest Speaker Igor Starkov from EcoDomus on 12 March 2016 at Studio 302, 3/F, IVE (Morrison Hill).
, 6 Oi Kwan Road, Wan Chai, Hong Kong.
This HKIBIM networking Seminar provides the opportunity for all attendees to interact with the speaker and the local BIM community
Guest Speaker: Mr. Igor Starkov - Co-founder and President of EcoDomus Inc.
Mr. Igor Starkov President EcoDomus, Inc.
Mr. Starkov is a computer scientist and entrepreneur with over 25 years of experience in software development, including 14 years of experience leveraging technology to improve construction project delivery and management of the built environment.
Mr. Starkov’s experience in the AEC, IT, and Facilities Management arenas and his in-depth knowledge of BIM, COBie, and Lean workflows provide him with the unique capability of creating versatile information-enabled solutions.
Mr. Starkov co-founded EcoDomus in 2008, and made the company the leading provider of Lifecycle BIM solutions. EcoDomus is working with the clients around the world, including Google, Disney, US Government (GSA), Fedearl Aviation Administration (US), University of Southern California, Singapore's Ministry of Health (MOHH), NTT Facilities (Japan), and many others.
Seminar title:
EcoDomus recent Use Cases in US and Middle East:
The previous presentation done by Igor Starkov at HKIBIM in 2014 was focused on the handover of COBie and BIM to facility owners. This year’s presentation will demonstrate BIM for FM use cases developed by EcoDomus for the leading facility owners in the world, such as Stanford University, Sydney Opera House, Google, etc. and will address the concepts of Central Facility Repository and Common Data Environment.
Lezione del 17 dicembre 2015 dell'Ing. Konstantinos Gkoumas al Corso di Costruzioni Metalliche del Prof. Ing. Franco Bontempi, Facolta' di Ingegneria Civile e Industriale, Universita' degli Studi di Roma La Sapienza.
COBie is a structured format for exchanging building operations and maintenance information. It aims to facilitate effective transfer of facilities management data between construction teams and building owners or operators. The document discusses several case studies that highlight challenges with implementing COBie, including a lack of understanding of its purpose among some clients, difficulties filtering relevant asset data, and discrepancies between different software exports. It also provides an overview of how COBie data drops can align with construction phases and highlights the need for clients to clearly specify their COBie requirements and expectations.
Presentation at Building Information Modelling - redefining the role of the project manager. Conference from the APM Knowledge SIG, 27th March 2014, University of Salford
Bim For Construction And Maintenance Singapore 09 Oct30 Ari NassiAri Nassi
BIM can help reduce construction waste and improve building maintenance. During construction, BIM enables better design coordination to reduce errors and waste, directly communicates material requirements to reduce surplus, and supports industrialized building techniques. For maintenance, BIM provides a central database of building information to know system locations and conditions, facilitates information transfer from construction to maintenance teams, and allows monitoring and maintenance scheduling to improve building performance over its lifecycle.
Building Information Modeling (BIM)
BIM is a process of generating and managing building data during its complete
lifecycle, from conceptual design through operation of the building
Building information modeling(BIM) is an integrated
workflow that enables architects, engineers, and
builders to explore a project digitally before it is built.
BIM is Evolution not Revolution
The creation and use of coordinated,
internally consistent, computable
information about a building project in
BIM is a modern technology and associated set of
processes to produce, communicate, and analyze
‘building models’…..
• ‘Digital representations’ of the building components that follow
parametric rules, which can be manipulated in an intelligent
fashion
• Carry ‘computable graphic and non‐redundant data attributes’
which are consistent, coordinated which can be viewed
This document discusses how building information modeling (BIM) can benefit facility management and maintenance. Some key points:
1) Facility lifecycle costs, such as maintenance and operations, account for 20-35% of total project costs, whereas initial construction costs only account for 10-25%. BIM can help reduce long-term facility costs.
2) Current facility management practices often rely on paper-based documentation, which is difficult to access, update, and share. This leads to inefficiencies and higher costs over the lifetime of the building.
3) BIM allows critical building data to be automatically transferred digitally to facility management systems. This saves significant time and money compared to manual data entry from
A Critical Review of Building Information ModellingSiddhartha Kamat
The document discusses building information modeling (BIM) and its advantages over conventional construction processes. It outlines the objectives of studying BIM technology and its applications. A literature review covers BIM definitions, terminology, benefits to different stakeholders, and file format standards. The methodology describes modeling an apartment building project in BIM by integrating architectural, structural, and MEP designs. Discrepancies found in 2D plans were resolved in the 3D BIM model. Material take-offs and reinforcement details were automated. While BIM offers benefits, the conclusion notes challenges around software complexity, costs, and information flows that must still be addressed.
This document discusses IBM's support for facility owners through its Maximo and TRIRIGA applications. It describes the key capabilities of Maximo for asset and work management. It also outlines TRIRIGA's modules for real estate management, capital projects, facilities management, and environmental sustainability. The document advocates for improving the handover of building information from design to operations through the use of BIM and standards like COBie.
This document discusses building information modeling (BIM) and its uses throughout the project lifecycle. BIM integrates information about a building design into a 3D model over time, allowing all stakeholders to effectively collaborate. It discusses how BIM has revolutionized the architecture, engineering, and construction industry by enabling parametric information integration through a centralized database. The document outlines the various stages and uses of BIM from initial planning and design through construction, operation, and eventual demolition or recycling of a building.
BIM programs and practices can greatly impact productivity in the construction industry. BIM allows for improved coordination between teams, which reduces errors and rework. Studies show that BIM users report fewer errors in design and less rework during construction. They also see improved communication and reduced project timelines. When implemented properly with trained staff, BIM supports gathering and sharing information across projects to help optimize results and efficiency throughout the construction process.
The document provides an overview of building information modeling (BIM) and how facility managers can get involved in and benefit from the BIM process. It discusses (1) how BIM can help facility managers improve operational efficiency, cost savings, and transition projects; (2) how taking a whole lifecycle perspective is important as most of a building's costs occur after construction; and (3) how facility managers should get involved early in the design process to ensure their information needs are met through tools like the employer's information requirements and handover documents. The presentation aims to show facility managers where they need to be with BIM and how to start utilizing BIM to improve building management.
Edinburgh Revit User Group - BIM Level 2 to LOD PresentationGraham H Stewart
This document discusses Building Information Modeling (BIM) and the requirements for BIM Level 2. It defines key terms like level of detail, level of information, and level of development. It also outlines the processes involved in BIM like developing employer's information requirements and a BIM execution plan. The document emphasizes that collaboration, clear objectives, and defining deliverables are important for BIM. It also notes that the contractor is looking for clarity on what is included in the model.
BIM for Construction provides an overview of building information modeling (BIM) for the construction industry. It discusses how BIM enables more collaborative, proactive, and predictable processes compared to traditional analog methods. BIM allows all project stakeholders to explore a project digitally before construction through visualization, analysis, documentation, fabrication, and building simulation. Implementing BIM can reduce costs from fewer errors and changes, improve safety and quality, and provide facilities management benefits through its use over the entire building lifecycle. The presentation covers BIM technologies, applications in design, construction, and operation, as well as benefits for key disciplines like architecture, structure, and MEP.
1) 5D cinema is an advanced entertainment experience that enhances 4D movies with additional physical effects synchronized to the film, such as smells, fog, and seat movements.
2) 5D theaters provide an immersive experience for viewers through special effects like rain, bubbles, snow, and smells. The chairs are equipped to surprise viewers from different directions.
3) Proponents of 5D cinema believe it will impact the movie industry by inspiring filmmakers and attracting audiences with its thrilling sensations that enhance the story beyond traditional 3D and 4D movies. However, others note its limitations in audience size and awareness.
BIM process adoption for integrated design and constuctionReshma Philip
The document provides an overview of a BIM consultant's biography and experience, as well as a presentation on BIM and the design process. The consultant has over 20 years of experience implementing BIM and digital design systems. The presentation covers key topics like what BIM is, how it compares to traditional design processes, important terminology, software considerations, and examples of BIM implementation on government projects in KSA.
1) Building Information Modeling (BIM) is a process that generates and manages building data throughout the lifecycle of a construction project using 3D modeling software.
2) BIM allows all project stakeholders to visualize, simulate, and coordinate designs in real-time, improving productivity in design and construction.
3) BIM provides greater project insight through analysis of costs, schedules, and constructability which enables prompt response to changes and more efficient processes.
The document discusses holographic projection technology. It provides an overview of holography including its history, properties, working principles, and applications. Holography allows the recording and reconstruction of 3D images using laser light. The technique was first proposed in 1948 by Dennis Gabor. Key properties of holograms are that they can display 3D images from different angles and each half of a hologram contains the full image. The document outlines current and potential future applications of holographic technology in areas like entertainment, education, communication, simulation, and the military.
Holographic Projection Technology COMPLETE DETAILS NEW PPT Abin Baby
This seminar examines the new technology of Holographic Projections. It
highlights the importance and need of this technology and how it represents the new
wave in the future of technology and communications, the different application of the
technology, the fields of life it will dramatically affect including business, education,
telecommunication and healthcare. The paper also discusses the future of holographic
technology and how it will prevail in the coming years highlighting how it will also
affect and reshape many other fields of life, technologies and businesses.
Holography is a diffraction-based coherent imaging technique in which a
complex three-dimensional object can be reproduced from a flat, two-dimensional
screen with a complex transparency representing amp litude and phase values. It is
commonly agreed that real-time holography is the ne plus ultra art and science of
visualizing fast temporally changing 3-D scenes. The integration of the real-time or
electro-holographic principle into display technology is o ne of the most promising but
also challenging developments for the future consumer display and TV market. Only
holography allows the reconstruction of natural-looking 3-D scenes, and therefore
provides observers with a completely comfortable viewing experience. But to date
several challenges have prevented the technology from becoming commercialized. But
those obstacles are now starting to be overcome. Recently, we have developed a novel
approach to real-time display holography by combining an overlapping sub-hologram
technique with a tracked viewing-window technology.
Holography is a technique that records an image in three dimensions, allowing the image to be viewed from different angles like a real object. It was invented in 1948 by Dennis Gabor, who wrote a foundational paper on the topic before lasers were even invented. A hologram is created through the interference of light waves from an object beam and a reference beam, which converts phase information into an amplitude pattern that can reconstruct the 3D image. Holography has many applications including entertainment, teaching and training through virtual reality, virtual communication, simulation and planning, and military and space technologies.
The document discusses pragmatism and realism in philosophy. Pragmatism interprets truth as whatever is useful and practical, focusing on experience and change. Key proponents were Charles Peirce, who formulated pragmatism's method, and William James, who advanced Peirce's theory of truth. Realism believes objects exist independently of perception and focuses on existence and independence of reality. Key realist proponents included Aristotle and Thomas Aquinas. Pragmatism and realism differ in their views of universals, with pragmatists taking a more practical approach and realists accepting the world as literally is.
The document discusses how digital transformation is occurring across industries like infrastructure, construction, and energy. It notes trends shaping capital projects like construction including digital collaboration, BIM, data-driven design, IoT, digital twins, and advanced analytics. The construction industry spends little on IT and has low productivity growth. Adopting digital tools could help cut costs by 13-21% and improve processes like clash detection, RFI handling, and asset management through integrated data and models. BIM adoption is rising but implementing new technologies requires a long-term focus on simplicity, measurement, security, and developing capabilities over time.
ETDP 2015 D2 Key Note Preparing for a Digital Built Britain - David PhilpComit Projects Ltd
Keynote - Preparing for a Digital Built Britain
David Philp, Director BIM – EMEA at AECOM, Head of BIM, UK BIM Task Group
The Digital Built Britain (DBB) programme will build a digital economy for the construction industry in support of dramatically improving delivery, operations and services provided to citizens building on the standards and savings delivered by the BIM level 2 initiative. This session will explore how the Digital Built Britain strategy will take the next steps in defining advanced standards, creating new commercial models and identifying technologies to transform our approach to social infrastructure development and construction. The session will look at the need for operational data sets and integration of telemetry and IoT within the Built Environment and a shift towards Level 3 BIM. Level 3 will enable the interconnected digital design of different elements in a built environment and will extend BIM into the operation of assets over their lifetimes supporting the accelerated delivery of smart cities, services and grids.
The document discusses the development and implications of Building Information Modelling (BIM) in the UK construction industry. It notes that a national BIM survey found most SME contractors have never used 3D modeling, clash detection, or other BIM tools. It also references reports showing UK construction projects often exceed budget and timelines. The document argues for adopting BIM to improve industry performance and sustainability by reducing waste and change orders. It outlines the UK government's plans to mandate collaborative 3D BIM by 2016 to achieve cost savings and lower carbon emissions from the construction sector.
: Construction companies in Asia Pacific need to leverage digital technologies in order to survive and thrive in the building construction industry.
http://www.orange-business.com/en/library/white-paper/building-smart (EN)
http://www.orange-business.com/en/library/white-paper/zhi-neng-jian-zhu (CN)
http://www.orange-business.com/en/iot-and-data-analytics
While there is still a significant amount of activity in the construction industry in Asia Pacific with nearly 536 million square feet under construction just in office space alone in 2017, the landscape is changing:
- Growth has slowed to 4%
- Tenant expectations are changing, with more demanding smart and green buildings
- Construction companies are looking beyond their own local market to other geographies to grow
- With increased competition, not just locally but also from foreign companies, it becomes even more important to control costs and minimize risks and delays
Find out what are some of the digital technologies available to construction companies, and what they can do to digitally transform in order to thrive in the building construction industry in Asia Pacific.
Integrating Project Management Information System and BIM for Inspecting and ...IRJET Journal
The document discusses integrating Project Management Information Systems (PMIS) and Building Information Modeling (BIM) to improve construction project delivery. It describes how PMIS and BIM can help with scheduling, cost management, quality control, and risk mitigation. Case studies are presented that demonstrate how integrating these systems can reduce project timelines and costs. Challenges of integration include high initial costs, technical difficulties, and organizational resistance to change. Overall, the document argues that combining PMIS and BIM allows for improved collaboration, visualization, cost control, and quality assurance among project stakeholders.
The document discusses how smart buildings can leverage data to optimize operations and increase productivity. It describes how smart building capabilities like ambient intelligence and predictive management can help reduce costs, optimize building utilization, and support sustainability initiatives. The document outlines Microsoft's vision for using its cloud platform and Internet of Things technologies to connect building systems and sensors, gain operational insights from data, and provide smart building services that improve security, maintenance, and tenant experience.
IT | ICT | Electronics | Digitization | 4th IR | Business BCDRMS | Technology Consultant | Projects MGMT®️ Continuity of your businesses and avoiding its risk plus its uniqueness widely is our goal
✅ Expert in the implementation and business management of video streaming technologies projects and integrated solutions for live broadcasting as well as video on demand..
✅ Versed finder for the innovative projects of digitalization, the 4th Industrial Revolution, and emerging technologies.
✅ Always try hard, to be unique and highly professional in ICT Management & Consultants, Business Development, BCMS & DR consulting / implementation for Teleco / IT industry, based on extensive general and project management expertise for more than 25 years in different working environments, Educational TECH and ..... etc, focused on the practical side in the fields of ICT and Electronics, Information Technology Systems.
✅ As well as a successful leader for a productive team, training, supervising skillfully in problem-solving and defining the alternatives. And to identify weaknesses and strengths to be able to achieve the best results. Possesses excellent interpersonal skills and can communicate concisely at all levels either locally or internationally.
✅ Interested & Effectively employing and implementing the practices, Approach, and Methodologies of SIX SIGMA, ISO 31000, ISO 22301, TOGAF, SOA, SCRUM, PRINCE2, PMP, and ITIL to achieve the highest throughput, Continuity for ICT, IT, ELECTRONICS businesses toward any organization, to help them improve their business performance in terms of operations, profitability, management, structure and strategy to facilitate key business objectives.
COMPETENCIES
==========
®️ Extensive technical background enabling efficient management of technical staff and large programs.
®️ Unbeatable communicator at all levels and with third-party partners, suppliers, and off-shore businesses.
®️ Effectively translating business drivers into IT Development, Infrastructure, and Service requirements.
®️ Production of clear and concise business cases.
®️ Able to define or adapt to IT strategies and ensure the alignment of tasks to them, not only achieve the uniqueness of your projects but also go beyond it to ensure their continuity and sustainability and avoid their disasters?
®️ Excellent to identify, quantitative analytics for tactical & New opportunities and ensure the delivery of them.
®️ Unique to build diverse technical teams from Strategy through to Service Management and ensure knowledge transfer.
®️ Unmatched to resolving many kinds of problems, by scientific methods in a short time, with affordability in effort, and money.
Salah Yousif, module 1, introduction to bim and the business case of bimSalah Yousif
This document presents a business case for implementing Building Information Modeling (BIM) at a structural design firm. It defines BIM and discusses the current level of adoption in the Middle East region. The document outlines best practices for BIM implementation and the benefits it provides to organizations and clients through improved coordination, reduced errors and costs, and facilities management. Resources required include BIM software, training, and standards development. Risks include costs and cultural resistance to change. A case study demonstrates how BIM was used successfully on a large tower project in Shanghai, China.
The document discusses several proposals and projects related to intelligent buildings:
1. RS Means proposes creating a web interface for their LCC Calculator to analyze savings from building system integration levels at different phases.
2. The BIQ Consortium aims to promote building intelligence through an online tool demonstrating value, demystifying implementation, and emphasizing ROI.
3. CABA's Intelligent Buildings Roadmap project would update an existing technology roadmap through industry contributions and a contractor.
The document discusses convincing clients to adopt building information modeling (BIM). It begins by distinguishing between client benefits versus supply chain benefits, and direct benefits versus indirect benefits. Key direct client benefits discussed include reduced costs from fewer design meetings and clash detection, risk reduction, improved communication and visualization, reduced maintenance and defects. The document emphasizes that clients and the supply chain both benefit from BIM, but through different outcomes. It presents data showing the potential for 20% capital cost savings through increased BIM maturity over time. Various sectors like airports and healthcare are identified as having a strong case for BIM adoption today due to their characteristics aligning with those of early BIM adopters.
This document summarizes a case study of a Building Information Modeling (BIM) project for the fit-out of 5 Broadgate in London for UBS. Key points:
- ISG led the BIM coordination of the fit-out design, engaging stakeholders in workshops to reduce risks through early coordination.
- Base building information was integrated through laser scans to validate the fit-out design. Over 125 technical queries were resolved before procurement.
- Advanced BIM coordination was completed prior to trade contractor appointment, providing coordinated MEP drawings and minimizing coordination needs.
- The project aims to provide a data-rich Revit model and database to UBS for facilities management through a "soft landing"
AVEVA World Conference NA - Jim Purvis, WorleyParsonsAVEVA-Americas
This presentation explores how WorleyParsons focuses on asset optimization through building and leveraging operational data environments and capturing business value from emergent technologies.
BIM service providers in Florida are pursuing advanced innovation, efficiency, and sustainability within the construction and design sector. These professionals surmount obstacles, refine project results and influence cutting-edge technology and specialisation for the betterment of the AEC industry.
BIFM North Region Key Learning Event - BIM & Soft LandingsWhitbags
The document discusses a presentation titled "BIM & Soft Landings: Where are we and where do we need to be?". It was presented by Mark Whittaker from BIFM North. The presentation provided an overview of building information modeling (BIM) and the soft landings framework. It highlighted that getting the design right early in the process can reduce costs compared to fixing issues later. It also emphasized engaging facilities managers and end users throughout the design and construction phases. The presentation suggested more work is still needed to fully implement BIM and soft landings in the industry.
This document discusses international convergence in the construction industry around Lean, Integrated Project Delivery (IPD), and Building Information Modeling (BIM). It provides definitions and overlaps between these approaches. It also summarizes the status of their adoption in the US, UK, and Australian construction markets, noting opportunities for improved productivity and collaboration.
a clients most influential dimension to make bim flySimon Richardson
Gatwick Airport is implementing BIM to improve asset management of its 227 buildings and $1.9 billion investment program. Currently they receive asset data from contractors in spreadsheets which takes months to input into their IBM Maximo system. They are working to directly link BIM models to Maximo for improved navigation of assets. Their goals include fully integrating BIM data by 2020 to enable more informed decision making across the asset lifecycle.
BIM for Local Government - Presentation by John Lorimer, Local Government BIM...Clarkson Alliance
Presentation given at BIM Procurement and Practice for Collaboration Oxford in November 2013 by Professor John Lorimer, Local Government Liaison for the Government’s BIM Task Group and former Capital Programme Director who has delivered 5 projects using Building Information Modelling including the £95million refurbishment of Manchester Central Library
About Collaboration Oxford:
Through Collaboration Oxford, construction consultants The Clarkson Alliance, AKS Ward and Hoare Lea aim to help overcome the challenges of providing world class, low carbon buildings whilst preserving Oxfordshire’s heritage.
This document provides a summary of TIM Brasil's strategic plan for 2020-2022. The strategic plan has two pillars - evolve and transform. Under evolve, TIM aims to move from volume to value in mobile business and grow broadband with financial discipline. Under transform, TIM aims to implement new operating models, drive additional growth through adjacent markets, and focus on infrastructure, disruptive efficiency, mobile, UBB, new revenue sources, and ESG. The plan outlines initiatives across these areas around network expansion, IT transformation, efficiency improvements, and leveraging assets in new business areas like IoT and mobile advertising.
Visual International is proposing the development of Stellendale Business Park, a R2.8 billion data center and business process outsourcing precinct in Cape Town. The park will include a 3,800 square meter tier 3 data center complex, contact center facilities, and infrastructure like fiber networks and satellite connectivity. It aims to create a smart energy and ICT hub in Africa and generate socioeconomic benefits through job creation. Visual International is seeking funding and partnerships from the Industrial Development Corporation to conduct a feasibility study and begin developing the first phase, which includes a data center building and project areas.
Destyney Duhon personal brand explorationminxxmaree
Destyney Duhon embodies a singular blend of creativity, resilience, and purpose that defines modern entrepreneurial spirit. As a visionary at the intersection of artistry and innovation, Destyney fearlessly navigates uncharted waters, sculpting her journey with a profound commitment to authenticity and impact.This Brand exploration power point is a great example of her dedication to her craft.
Air New Zealand OSL Terminal (1). PDF...argen tina
Greetings from Oslo Airport to Air New Zealand OSL Terminal! Our terminal is easily accessible at Oslo Airport (OSL) and provides easy boarding and check-in for your travels. Savor welcomes Kiwi hospitality, well-run lounges, and prompt service. For a seamless and enjoyable journey, rely on Air New Zealand whether you're visiting New Zealand or somewhere else. Good luck on your journey!
Green Synthesis of Magnetic Nanoparticles and Their Biological application.pptxAhmedSaeed181245
Description:
This presentation explores the innovative green synthesis methods of magnetic nanoparticles (MNPs) and their diverse applications in biology. It covers the synthesis techniques emphasizing environmental sustainability, the unique properties of MNPs, and their role in biomedical applications such as targeted drug delivery, imaging, and biosensing. The presentation also discusses challenges, future directions, and the potential impact of MNPs in advancing biotechnological and medical fields.
27. www.amfacilities.com
Prof. Babatunde O. Green
MD/CEO, Alpha Mead Healthcare Management Services
FACILITY MANAGEMENT FOR THE
HEALTHCARE INDUSTRY
ROUNDTABLE 2016
THE NIGERIAN
28. www.amfacilities.com
Introduction: Prof. Babatunde O. Green
During 1
st
yr at LUTH, won scholarship in 1976 for further education in the USA
• Obtained BS in Medical Technology; BS and MS in Chemistry (Univ. Bridgeport, CT)
• National Certification in Clinical Chemistry and Hematology
• Doctorate in Health Administration (School of Advanced Studies, Univ. Phoenix, Ar)
• Board Certification in Healthcare Management
• Fellow, American College of Healthcare Executives
•
Academic and Healthcare Management Experience
• About 30 yrs of clinical, academic and executive hospital management experience
• Publications: several academic scientific and health management papers
• Several healthcare management conferences & seminars (ACHE, Yale Health System)
• Appointed UNDP Consultant in Healthcare (1995) – TOKTEN assignment at UDFUTH
• Professional Membership: ACHE, CTAHE
• Medical missions work in Nigeria since 2003; Board member Kateri Medical Service
30. www.amfacilities.com
Poor State of Health Care in Nigeria
These institutions have been
• Inadequately funded
• Neglected
• Not well maintained
Suffered tremendous decline both in
• structure and
• Their capability to live up to their past
glorious days.
31. www.amfacilities.com
Causes of Decline in Health Institutions
• Inadequate planning
Ignoring the concept of integrated healthcare facilities
management model (IHFMM)
• Inadequate attention to front-end activities and initiatives
integral to the asset life cycle
• Inability to exploit technological advances and innovations in
healthcare
32. www.amfacilities.com
Effect of Poor Healthcare System in Nigeria
• Nigeria loses 1 to 3 billion naira annually to medical
tourism
• Indian hospitals received 18,000 Nigerians on medical visas
in 2012
• Nigeria is said to be at the top of the medical tourism list of
Africans going to India for medical attention.
• Short life expectancy
• Male 53.7, female 55.4 and total life expectancy is 54.5
which gives Nigeria a World Life Expectancy ranking of 175.
33. www.amfacilities.com
Key Factors to Maintaining Public Health
• The science and art of preventing disease, prolonging life
Promoting physical health efficiency
• The sanitation of the environment
• The control of community infections
• The education of the individual in the principles of personal
hygiene
• The organization of medical and nursing services for early
diagnosis and preventive treatment of disease
• The development of the social machinery (policies, funding
and facilities)
35. www.amfacilities.com
Quality of Care Indicators
• Structure
• Process
• Outcome
• In-hospital mortality
• Unplanned 30-day re-admissions
• Complications
• Acute care length of stay (LOS)
36. www.amfacilities.com
Quality Assessment Model for Healthcare
Avedis Donabedian's (1919-2000) model Structure
This consists of the characteristics
internally and externally to the facility
Process
This consists of the organization of the
procedures performed
Outcome
This is the ultimate status of the patient
following a given set of interventions or
procedures
37. www.amfacilities.com
Structure
Structure
The appearance and esthetics of healthcare facilities
add value to the asset as well as the healing process.
Other critical components of the structure
• Integrated heating, vacuum and air conditioning
(HVAC) system
• Portable water
• Power supply
• Waste management
38. www.amfacilities.com
Critical Components of the Structure
Effective HVAC System
• Contribute to the reduction of microbial and fungal growth
that may lead to asthma and other detrimental health
effects
Power Supply – guaranteed and uninterrupted
This system should include an ongoing collaboration process
involving
• Energy performance,
• Identifying energy saving opportunities,
• Implementation plan, monitoring, and evaluation
Effective Waste Management System
• Reduction of infection or illness through contact with
discarded material and in the prevention of environmental
contamination in hospital facilities
39. www.amfacilities.com
Process & Outcome
Process
• The clinical processes tend to be more efficiently carried
out when properly coordinated with the structure of the
facility
• Close coordination of structure and process is vital in
promoting safe delivery of care
Outcome
The performance of the facility is assessed through its goal
to achieving improved patient care.
40. www.amfacilities.com
Effects of Effective Facility Management
Improvement in the structure components
Improvement in the clinical processes
performed within the facility
Improve patient outcome
FacilitiesManagement
Partnership
l Increased value on asset
l Delivery of high quality care
l Patient satisfaction in positive
health outcome
41. www.amfacilities.com
Alpha Mead Healthcare Management Services
Facilities Management for the healthcare industry requires high level of professionalism and
coordination to keep the standard of the facility in a safe and fit for purpose condition:
• AMFMS is 1
st
Nigerian FM company to gain ISO9001:2008 certification from both UKAS and
ANAB in the UK and US respectively
l Certification means practices in consonance with global best practices and standards
• 10-year history across Africa managing rich portfolio of residential and commercial real estate
asset including:
l The Nigerian Stock Exchange . MTN
l Shell Nigeria (industrial, commercial, medical & residential facilities in Lagos, Port Harcourt, and
Warri)
l Total E & P . Brass LNG . Primrose Properties Investment Ltd (PPIL)
l Ado Bayero Mall (Kano)
l First City Monument Bank . Access Bank
l Treasure Gardens Estate . etc
42. www.amfacilities.com
Alpha Mead Healthcare Management Services
Business Development:
• In collaboration with our Foreign Technical Partner, Cluttons UK, we leverage our knowledge
and expertise of the local operating environment to deliver global best practices, systems and
standards for best value
l Network of offices in Europe, Middle East, South Africa, the Caribbean and Nigeria
• Other Strategic Business Units within the AM Facilities and Management Services
• Our Business and Technical operations built on a strong platform of the “3Ps”:
l People, Process and Place
l - Significantly defines our mission predicated on engaging the right People –
l employees, customers, suppliers and even our communities where we operate
l - Using the right Process and standards to ensure delivery of sustainable,
l comfortable, safe and good results
l - In Places where our customers live, work and play
43. www.amfacilities.com
Alpha Mead Healthcare Management Services
Value Proposition:
• Our combined strength, experience and capabilities position AMHMS to continually add value
to healthcare industry assets as well as for the following model initiatives:
• 1
st
: Actively grow customer base for quality healthcare services through strategic partnerships
with healthcare providers and specialists both in Nigeria and internationally
l Especially to reduce medical tourism in support of our States and Federal govt.
• 2
nd
: Effective Referral System: ensuring our close relationship between all levels of the health
system as well as with Health Maintenance Organizations (HMOs)
l Will ensure that patients get timely quality care where and when needed
l Relationship with HMOs is to ensure quality and robust services for subscribers
• 3
rd
: Active participation in healthcare industry events through sponsorship, paper
presentations and strategic alliances with state and federal teaching hospitals for specialized
training of various categories of clinicians and healthcare workers