This is a presentation I did at a workshop for a Aarhus, Denmark, based agency called Seismonaut. You can learn more about them here - www.seismonaut.com
Triumvirate Environmental's marketing team created a campaign in honor of National Safety Month. This presentation inspects the new tactics tested in this campaign, the results they produced and the plan moving forward.
The document discusses the reasons for continental drift and seismicity. The cold crust and surface materials move over warmer mantle materials below, causing the continents to slowly shift positions over time. Continental drift also involves the creation of new crust in some areas and the destruction of existing crust in others.
This document summarizes the application of seismic methods to study the Larderello-Travale geothermal fields in Tuscany, Italy. Seismic reflection data was collected and both theoretical and empirical studies were conducted. The theoretical study found high amplitude reflections corresponding to fractured, steam-saturated reservoir zones. The empirical study found 73% of seismic reflections correlated to permeable fractures within 10% depth deviation. The seismic reflection method was proven useful for identifying deep geothermal targets and provided information on fractured, productive horizons in the metamorphic basement of the fields.
Seismic Microzonation - Principles and MethodologyIJERA Editor
The string of earthquake in India has created a serious problem for engineers and administrators and even for
people also. Metro cities and other big cities in India have experienced severe earthquake hazard problem. This is
same for Himalayan region and even peninsular shield. On 26 jan 2001 , one of the greatest India has ever
experienced strikes in Kachchh , a region of Gujrat . Magnitude of this earthquake was 7.7 (MW) .This earthquake
spread a huge damage which was almost a radius of 400 Kms. This earthquake damaged major cities of Gujrat like
Ahmedabad , Bhavnagar , Surat. No one can say no for same threat for Delhi , national capital of India from local
and probable catastrophic earthquake due to central himalaya . There are many more other Indian cities which are
sitting in thick sedimentry basins along Indo-Gangetic plane and Brahmaputra valley . They have also the same
threat. To reduce the seismic hazard, it is now important to define a correct response in terms of peak ground
acceleration and spectral amplification . Both are highly dependent on local site conditions and also dependent on
source characterization of future expected earthquakes . Microzonation studies are now important for a detailed
ground motion modelling for urban and semi-urban cities of India. This paper presents an overview of seismic
microzonation . Steps required and methodology used for seismic microzoation is also discussed here.
This circuit uses a piezo sensor and differential amplifier to create a seismic sensor that can detect vibrations and sounds. When the piezo sensor is disturbed, it discharges stored charge which causes the amplifier output to swing high, triggering a monostable multivibrator and buzzer. The sensor can be installed to monitor protected areas and restrict entry of unwanted persons or animals by detecting their movements. The design uses common components and provides sensitive detection of vibrations through a straightforward circuit.
The document discusses key concepts in seismic surveying including elastic moduli, seismic waves, acoustic impedance, and methods for seismic data acquisition on land and water. It addresses topics such as longitudinal and transverse waves, uniaxial and shear strains, reflection and transmission of seismic rays, and how the proportion of reflected and transmitted energy depends on contrasts in acoustic impedance between geological formations. Seismic data can be acquired using sources like explosives with detectors including geophones on land and hydrophones in water bodies.
Triumvirate Environmental's marketing team created a campaign in honor of National Safety Month. This presentation inspects the new tactics tested in this campaign, the results they produced and the plan moving forward.
The document discusses the reasons for continental drift and seismicity. The cold crust and surface materials move over warmer mantle materials below, causing the continents to slowly shift positions over time. Continental drift also involves the creation of new crust in some areas and the destruction of existing crust in others.
This document summarizes the application of seismic methods to study the Larderello-Travale geothermal fields in Tuscany, Italy. Seismic reflection data was collected and both theoretical and empirical studies were conducted. The theoretical study found high amplitude reflections corresponding to fractured, steam-saturated reservoir zones. The empirical study found 73% of seismic reflections correlated to permeable fractures within 10% depth deviation. The seismic reflection method was proven useful for identifying deep geothermal targets and provided information on fractured, productive horizons in the metamorphic basement of the fields.
Seismic Microzonation - Principles and MethodologyIJERA Editor
The string of earthquake in India has created a serious problem for engineers and administrators and even for
people also. Metro cities and other big cities in India have experienced severe earthquake hazard problem. This is
same for Himalayan region and even peninsular shield. On 26 jan 2001 , one of the greatest India has ever
experienced strikes in Kachchh , a region of Gujrat . Magnitude of this earthquake was 7.7 (MW) .This earthquake
spread a huge damage which was almost a radius of 400 Kms. This earthquake damaged major cities of Gujrat like
Ahmedabad , Bhavnagar , Surat. No one can say no for same threat for Delhi , national capital of India from local
and probable catastrophic earthquake due to central himalaya . There are many more other Indian cities which are
sitting in thick sedimentry basins along Indo-Gangetic plane and Brahmaputra valley . They have also the same
threat. To reduce the seismic hazard, it is now important to define a correct response in terms of peak ground
acceleration and spectral amplification . Both are highly dependent on local site conditions and also dependent on
source characterization of future expected earthquakes . Microzonation studies are now important for a detailed
ground motion modelling for urban and semi-urban cities of India. This paper presents an overview of seismic
microzonation . Steps required and methodology used for seismic microzoation is also discussed here.
This circuit uses a piezo sensor and differential amplifier to create a seismic sensor that can detect vibrations and sounds. When the piezo sensor is disturbed, it discharges stored charge which causes the amplifier output to swing high, triggering a monostable multivibrator and buzzer. The sensor can be installed to monitor protected areas and restrict entry of unwanted persons or animals by detecting their movements. The design uses common components and provides sensitive detection of vibrations through a straightforward circuit.
The document discusses key concepts in seismic surveying including elastic moduli, seismic waves, acoustic impedance, and methods for seismic data acquisition on land and water. It addresses topics such as longitudinal and transverse waves, uniaxial and shear strains, reflection and transmission of seismic rays, and how the proportion of reflected and transmitted energy depends on contrasts in acoustic impedance between geological formations. Seismic data can be acquired using sources like explosives with detectors including geophones on land and hydrophones in water bodies.
Most earthquakes occur along tectonic plate boundaries and are caused by the buildup and sudden release of stress in rock. Rock can deform plastically or elastically under stress, and will break if stretched too far, releasing seismic energy. The type and strength of earthquake depends on the type of plate boundary, with transform boundaries producing moderate quakes, convergent boundaries producing strong deep quakes, and divergent boundaries producing weak shallow quakes.
This document discusses seismic reflection methods and their application to shallow subsurface exploration problems. It provides an overview of seismic reflection fundamentals, including how reflections are generated at acoustic impedance contrasts and how common depth point (CDP) processing works to enhance reflection signals. The document also discusses data acquisition parameters and challenges of shallow seismic reflection, and gives examples of applications such as mapping geologic layers, faults, and cavities.
This document provides a tutorial about a seismic sensor network. It discusses:
1) The special demands of seismic and acoustic applications including large-scale deployment, challenged networks, and remote monitoring requirements.
2) An overview of the software and hardware used in the network including the CDCCs, Q330 data loggers, Duiker data collection software, and DTS remote management software.
3) How to assemble a seismic node in 30 minutes by connecting sensors, data loggers, and wireless nodes together and reprogramming the nodes.
The document provides an introduction to seismology. It discusses key topics such as:
- Plate tectonics and the different types of plate boundaries that cause earthquakes.
- How earthquakes are measured and quantified using magnitudes scales such as local, surface wave, and moment magnitude. Larger magnitudes correspond to exponentially greater amounts of seismic energy release.
- The process of elastic rebound theory and how earthquakes occur via the sudden slip of accumulated stress along faults.
- Techniques for determining the location, focus, and epicenter of earthquakes using data from seismograph networks.
- An assignment is given to students to estimate the location of an earthquake using provided seism
1) Seismic reflection surveys were conducted at Ayer Hangat Site to investigate shallow subsurface structures and identify the occurrence and flow of hot water in the area to help with development plans for a geothermal resort.
2) 49 seismic shots were acquired using a land streamer with 24 geophones spaced 1m apart and a 5m source offset to generate common offset gathers of the seismic data.
3) Preliminary analysis of the common offset gathers indicates the possible location of groundwater or geothermal aquifers in the study area, and further velocity analysis is needed to determine the depth of the aquifers.
The document provides an introduction to various concepts in seismology. It discusses how earthquake magnitude is calculated from seismic energy released using moment magnitude scales. It also distinguishes between earthquake magnitude, which is a single measure of energy, versus intensity, which depends on location and describes ground shaking effects. Different intensity scales like Mercalli are explained. Focal mechanisms and how they describe faulting styles are introduced. Seismographs and basic seismic wave propagation are summarized. Examples of using seismic data to interpret faulting patterns and locate epicenters are provided.
Extended seismic data processing lec25, fk filteringAmin khalil
The document discusses seismic data processing techniques in the frequency-wavenumber (f-k) domain. It defines the f-k domain as a two-dimensional Fourier transform over time and space. Noise like groundroll and multiples can be more readily separated and filtered in the f-k domain before inverse transforming. Spatial aliasing is also discussed, and the Nyquist criterion and proper trace sampling are important to avoid aliasing. Filtering techniques like pie-slice filters in the f-k domain can be used to remove noise like groundroll.
This document provides an overview of the seismic refraction method. It describes how travel time distance (T-X) graphs are constructed by picking the first arrival seismic phases and plotting the travel times versus distance. It explains how horizontal interfaces produce straight lines on T-X diagrams with slopes equal to the reciprocal of velocity. It also describes how the intercept time is used to determine layer thickness and introduces the delay time method for calculating depth.
This document discusses static correction in seismic data processing. It covers:
1) Static correction removes the effects of surface elevation changes and weathering layers on seismic data.
2) Examples are given of how water depth variations can induce pull-down of reflectors, though this does not represent real geology.
3) A figure from a research paper shows a seismic section with associated velocity information, geology, and an approximate static corrections diagram.
Seismic refraction is a method that uses seismic waves, specifically P-waves, to investigate geological structures below the Earth's surface. There are two main types of elastic body waves: P-waves and S-waves. P-waves travel faster and are studied in simple seismic methods. When seismic waves encounter an interface between geological layers, the waves are reflected, refracted, and converted between P and S-waves. Refraction occurs when the velocity increases with depth, causing head waves that travel parallel to interfaces and are recorded by geophones on the surface. Snell's law governs refraction and describes how the refraction angle changes based on the velocity in each layer.
This study conducted a seismic risk assessment for Portugal using probabilistic seismic hazard analysis and developing new exposure and vulnerability models. A probabilistic seismic hazard model was developed considering logic trees for ground motion models, seismic source characterizations, and other parameters. An exposure model was created using a national building census to characterize Portugal's building stock. Fragility functions were developed for reinforced concrete and masonry structures. Probabilistic loss estimates were calculated at different spatial scales to identify regions in Portugal where risk mitigation measures should be prioritized.
1. The document discusses surveying and civil engineering materials. It covers topics like surveying principles and measurements, civil engineering materials like bricks and cement, and components of buildings like foundations, beams, and roofs.
2. It also covers mechanical engineering topics like the working principles of different power plants, internal combustion engines, and refrigeration and air conditioning systems.
3. Surveying is defined as measuring distances and angles to determine locations on earth. It can be plane surveying which neglects curvature or geodetic surveying which accounts for curvature using spherical trigonometry. Common surveying equipment includes chains, tapes, ranging rods, and compasses.
Explanation text (How Earthquake Happen)Andre Vano
Earthquakes are caused when rocks underground suddenly break along a fault, releasing stored energy and causing the ground to shake. When two blocks of rock or tectonic plates rub against each other, pressure builds until the rocks break. This triggers an earthquake. During an earthquake and afterward, the broken plates or rocks will start moving again until getting stuck and pressure begins building once more. The spot where the rock breaks is called the earthquake's focus, and the area above the focus is the epicenter.
This document provides basic principles for seismic conceptual design of buildings. It aims to present recent earthquake protection knowledge in a simple way for engineers, architects, building owners, and authorities. The editor's preface emphasizes that reducing disaster risk from earthquakes is a top priority around the world. The author, Professor Hugo Bachmann, has extensive experience researching seismic risk and behavior of buildings during earthquakes. He provides 35 basic principles to guide collaborative, code-compliant design of earthquake-resistant structures with minimal additional cost through appropriate bracing and reinforcement techniques.
Zipipop Freud Aalto University Social Media and Business Workshop 25 February...Zipipop Freud
This document provides an agenda and overview for a social media and business workshop hosted by Aalto University. The agenda includes discussions on social media business benefits, Zipipop Freud's Time-based Marketing Model, attitude as a content filter, and various content strategy grids. It also provides a high-level overview of 10 social media benefits for business, including improving brand visibility, customer support, learning and innovation, and business strategy. Key aspects of Zipipop Freud's approach are outlined, focusing on proactive, latent, and reactive engagement. The importance of having the right content, attitude, and aligning values and actions to shape desired perceptions is emphasized throughout the workshop materials.
Digital Marketing Masterclass - Alastair BanksHanna Mepstead
The document provides information about a digital marketing masterclass. It includes an agenda for the masterclass which covers topics like the digital landscape, personal branding, exercises for using digital tools to promote a research project, and a question and answer session. The masterclass aims to review the latest digital marketing tools, techniques, and platforms and give attendees hands-on practice using them.
This document outlines an agenda and presentation on social media strategic planning. The agenda includes introductions, social media strategic planning, a break, and a discussion of tools, case studies, and five things that can be done today with social media. The presentation discusses how business is built on relationships, which are built on trust through engagement. It then covers objectives, target audiences, website audits, example strategies and tactics, content, engagement, management, and measurement for social media strategic planning. Lastly, it provides five things that can be done today with social media and emphasizes listening, adding value, and engaging.
The 8th Dec event focussed on Wellcome Trust as a co-consulting case study and then Explored operating model design. We had some excellent conversations and practiced the application of operating model design to 2 different organisations.
Most earthquakes occur along tectonic plate boundaries and are caused by the buildup and sudden release of stress in rock. Rock can deform plastically or elastically under stress, and will break if stretched too far, releasing seismic energy. The type and strength of earthquake depends on the type of plate boundary, with transform boundaries producing moderate quakes, convergent boundaries producing strong deep quakes, and divergent boundaries producing weak shallow quakes.
This document discusses seismic reflection methods and their application to shallow subsurface exploration problems. It provides an overview of seismic reflection fundamentals, including how reflections are generated at acoustic impedance contrasts and how common depth point (CDP) processing works to enhance reflection signals. The document also discusses data acquisition parameters and challenges of shallow seismic reflection, and gives examples of applications such as mapping geologic layers, faults, and cavities.
This document provides a tutorial about a seismic sensor network. It discusses:
1) The special demands of seismic and acoustic applications including large-scale deployment, challenged networks, and remote monitoring requirements.
2) An overview of the software and hardware used in the network including the CDCCs, Q330 data loggers, Duiker data collection software, and DTS remote management software.
3) How to assemble a seismic node in 30 minutes by connecting sensors, data loggers, and wireless nodes together and reprogramming the nodes.
The document provides an introduction to seismology. It discusses key topics such as:
- Plate tectonics and the different types of plate boundaries that cause earthquakes.
- How earthquakes are measured and quantified using magnitudes scales such as local, surface wave, and moment magnitude. Larger magnitudes correspond to exponentially greater amounts of seismic energy release.
- The process of elastic rebound theory and how earthquakes occur via the sudden slip of accumulated stress along faults.
- Techniques for determining the location, focus, and epicenter of earthquakes using data from seismograph networks.
- An assignment is given to students to estimate the location of an earthquake using provided seism
1) Seismic reflection surveys were conducted at Ayer Hangat Site to investigate shallow subsurface structures and identify the occurrence and flow of hot water in the area to help with development plans for a geothermal resort.
2) 49 seismic shots were acquired using a land streamer with 24 geophones spaced 1m apart and a 5m source offset to generate common offset gathers of the seismic data.
3) Preliminary analysis of the common offset gathers indicates the possible location of groundwater or geothermal aquifers in the study area, and further velocity analysis is needed to determine the depth of the aquifers.
The document provides an introduction to various concepts in seismology. It discusses how earthquake magnitude is calculated from seismic energy released using moment magnitude scales. It also distinguishes between earthquake magnitude, which is a single measure of energy, versus intensity, which depends on location and describes ground shaking effects. Different intensity scales like Mercalli are explained. Focal mechanisms and how they describe faulting styles are introduced. Seismographs and basic seismic wave propagation are summarized. Examples of using seismic data to interpret faulting patterns and locate epicenters are provided.
Extended seismic data processing lec25, fk filteringAmin khalil
The document discusses seismic data processing techniques in the frequency-wavenumber (f-k) domain. It defines the f-k domain as a two-dimensional Fourier transform over time and space. Noise like groundroll and multiples can be more readily separated and filtered in the f-k domain before inverse transforming. Spatial aliasing is also discussed, and the Nyquist criterion and proper trace sampling are important to avoid aliasing. Filtering techniques like pie-slice filters in the f-k domain can be used to remove noise like groundroll.
This document provides an overview of the seismic refraction method. It describes how travel time distance (T-X) graphs are constructed by picking the first arrival seismic phases and plotting the travel times versus distance. It explains how horizontal interfaces produce straight lines on T-X diagrams with slopes equal to the reciprocal of velocity. It also describes how the intercept time is used to determine layer thickness and introduces the delay time method for calculating depth.
This document discusses static correction in seismic data processing. It covers:
1) Static correction removes the effects of surface elevation changes and weathering layers on seismic data.
2) Examples are given of how water depth variations can induce pull-down of reflectors, though this does not represent real geology.
3) A figure from a research paper shows a seismic section with associated velocity information, geology, and an approximate static corrections diagram.
Seismic refraction is a method that uses seismic waves, specifically P-waves, to investigate geological structures below the Earth's surface. There are two main types of elastic body waves: P-waves and S-waves. P-waves travel faster and are studied in simple seismic methods. When seismic waves encounter an interface between geological layers, the waves are reflected, refracted, and converted between P and S-waves. Refraction occurs when the velocity increases with depth, causing head waves that travel parallel to interfaces and are recorded by geophones on the surface. Snell's law governs refraction and describes how the refraction angle changes based on the velocity in each layer.
This study conducted a seismic risk assessment for Portugal using probabilistic seismic hazard analysis and developing new exposure and vulnerability models. A probabilistic seismic hazard model was developed considering logic trees for ground motion models, seismic source characterizations, and other parameters. An exposure model was created using a national building census to characterize Portugal's building stock. Fragility functions were developed for reinforced concrete and masonry structures. Probabilistic loss estimates were calculated at different spatial scales to identify regions in Portugal where risk mitigation measures should be prioritized.
1. The document discusses surveying and civil engineering materials. It covers topics like surveying principles and measurements, civil engineering materials like bricks and cement, and components of buildings like foundations, beams, and roofs.
2. It also covers mechanical engineering topics like the working principles of different power plants, internal combustion engines, and refrigeration and air conditioning systems.
3. Surveying is defined as measuring distances and angles to determine locations on earth. It can be plane surveying which neglects curvature or geodetic surveying which accounts for curvature using spherical trigonometry. Common surveying equipment includes chains, tapes, ranging rods, and compasses.
Explanation text (How Earthquake Happen)Andre Vano
Earthquakes are caused when rocks underground suddenly break along a fault, releasing stored energy and causing the ground to shake. When two blocks of rock or tectonic plates rub against each other, pressure builds until the rocks break. This triggers an earthquake. During an earthquake and afterward, the broken plates or rocks will start moving again until getting stuck and pressure begins building once more. The spot where the rock breaks is called the earthquake's focus, and the area above the focus is the epicenter.
This document provides basic principles for seismic conceptual design of buildings. It aims to present recent earthquake protection knowledge in a simple way for engineers, architects, building owners, and authorities. The editor's preface emphasizes that reducing disaster risk from earthquakes is a top priority around the world. The author, Professor Hugo Bachmann, has extensive experience researching seismic risk and behavior of buildings during earthquakes. He provides 35 basic principles to guide collaborative, code-compliant design of earthquake-resistant structures with minimal additional cost through appropriate bracing and reinforcement techniques.
Zipipop Freud Aalto University Social Media and Business Workshop 25 February...Zipipop Freud
This document provides an agenda and overview for a social media and business workshop hosted by Aalto University. The agenda includes discussions on social media business benefits, Zipipop Freud's Time-based Marketing Model, attitude as a content filter, and various content strategy grids. It also provides a high-level overview of 10 social media benefits for business, including improving brand visibility, customer support, learning and innovation, and business strategy. Key aspects of Zipipop Freud's approach are outlined, focusing on proactive, latent, and reactive engagement. The importance of having the right content, attitude, and aligning values and actions to shape desired perceptions is emphasized throughout the workshop materials.
Digital Marketing Masterclass - Alastair BanksHanna Mepstead
The document provides information about a digital marketing masterclass. It includes an agenda for the masterclass which covers topics like the digital landscape, personal branding, exercises for using digital tools to promote a research project, and a question and answer session. The masterclass aims to review the latest digital marketing tools, techniques, and platforms and give attendees hands-on practice using them.
This document outlines an agenda and presentation on social media strategic planning. The agenda includes introductions, social media strategic planning, a break, and a discussion of tools, case studies, and five things that can be done today with social media. The presentation discusses how business is built on relationships, which are built on trust through engagement. It then covers objectives, target audiences, website audits, example strategies and tactics, content, engagement, management, and measurement for social media strategic planning. Lastly, it provides five things that can be done today with social media and emphasizes listening, adding value, and engaging.
The 8th Dec event focussed on Wellcome Trust as a co-consulting case study and then Explored operating model design. We had some excellent conversations and practiced the application of operating model design to 2 different organisations.
The 2nd Dec EODF Glasgow session focussed on the Future of Work. I wanted to move the conversation on from "whats" happening in the future to "so what" are the implications for us today by merging a cut down scenario planning process with Galbraiths Star model.
SUCCEEDING WITH CONTENT MARKETING 2014 - Workshop Vendemore HQ 17 dec 2013HAAARTLAND
* Trends that drive the change - why content marketing critical 2014?
* Consequences for the CSO + CMO?
* 8 Basic principles for content marketing
* Case Wenell - from 35 to 5062 visitors from Linkedin in one year, traffic increase with 140%...
* The content factory - how should B2B content optimally be produced - content economics and organization
* Solve the distribution issue once and for all - cross-chanell targeting via pipeline marketing (vendemore.com)
This document discusses best practices for building an employee advocacy program on LinkedIn. It recommends selecting champions who are influential internally, defining program goals and guidelines, providing training to champions on social media and personal branding, offering tools and resources to make participation easy, and promoting champions' activities both internally and externally. It also includes tips for creating a social media policy and guidelines for personal and corporate social media use. The overall goal is to empower employees to become advocates for the company brand in a way that strengthens engagement and trust.
Joanne Sweeney-Burke teachers you how to develop your Social Media Strategy in this course developed for Clare Local Development Company. Copyright to Digital Training Institute.
Keep Britain Tidy is a campaign to reduce littering in the UK. The document discusses their strategy for using social media to raise their profile and engage people. They aim to spread their anti-littering message through social networks like Facebook, Twitter, YouTube and Flickr. They have found social media helps give them a voice to directly reach their target audience. Their strategy focuses on creating and sharing engaging content while listening to what interests their followers the most.
I've uploaded this presentation for aspiring social media practitioners looking for guidance in building their program from scratch.
Use this as a template to create your own process and daily workflow.
Content Marketing Conference 2014 - Deloitte case studyTristan Lavender
1. The document discusses how to create a content-driven and customer-centric company culture through focusing on people.
2. It emphasizes that customers and employees value honest, open dialogue and that employees are more trusted sources of information than company executives or media.
3. The presentation outlines six keys to cultural change, including making employees proud, using data to educate them, creating role models, focusing on strengths, and using familiar channels of communication.
Culture, teams, tools, laws, regulations - scaling a content marketing strategy to go beyond boarders is fraught with complications and pitfalls. But getting a global content strategy right means all around better marketing, smoother collaboration, and significant efficiencies of scale and cost savings. Learn best practices, pitfalls and recommendations for crafting your global content strategy.
Moses Kemibaro - eCommerce Day Africa Blended [Professional] Experience 2023eCommerce Institute
The document discusses key considerations for digital content and social media marketing. It emphasizes that businesses need to adopt digital strategies to increase revenues and reduce costs. Content should be focused on target audiences and engage them through storytelling, video, and visuals. Short, snackable content performs best on social platforms with short attention spans. Proper planning and repurposing content across platforms is important. Digital influencers can help amplify reach when content resonates with their audiences. The document provides examples of engaging content and recommends using ChatGPT to help create social media posts.
The document provides information about an internal communication project for a fake company called ECOS. It includes:
- Details about ECOS, a Dutch eco-friendly cosmetics company, and its upcoming 20th anniversary initiatives focused on health and sustainability.
- An overview of the communication plan for an event series called ECOS-raw, including the formation of a steering committee and project team led by the internal communication manager to oversee the campaign.
- An assignment for the student to develop a communication proposal and plan as the project lead, including key messages and communications to launch the ECOS-raw initiative internally using available employee communication channels.
If you want to keep doing what you are doingjamison brumm
This document provides an overview of marketing and publicity strategies for workshop leaders. It discusses the objectives of a workshop on how to develop a personal marketing plan, including understanding what marketing is, learning the skills and resources needed for a plan, and developing a dynamic online presence. Various digital marketing channels are listed, such as Facebook, Twitter, LinkedIn, YouTube, blogging, and website development resources that can help promote offerings for low cost. Worksheets are provided to help identify target audiences and choose appropriate marketing tactics.
Marketing via the crowd - How personal dashboards can be used to transform un...Toby Beresford
A key insight for social media managers looking to encourage staff & students to use social media for brand advocacy is that they must build effective channels first. This approach looks at a practical way to start a capacity building program for social media amongst staff and students.
ILTA Presentation- Social Media Networks & ToolsGuy Alvarez
This document discusses best practices for law firms on social media. It recommends focusing on quality, client-centric content and developing a content marketing plan. The "Big 4" social networks - LinkedIn, Twitter, Facebook and Google+ - are examined in detail. Visual networks like YouTube, Instagram and Pinterest are growing in importance due to the power of images. Tools for social media management, monitoring, curation and advocacy are presented. The document aims to help firms choose the right social media strategies and networks.
The Sparks Foundation digital marketing slide by Abhishek R Kurup gripmay21AbhishekKurup7
The Sparks Foundation is a non-profit organization committed to education that was founded in 2016. It provides various programs to help students develop skills needed for their careers, including scholarships, mentorship, workshops, and connecting students to corporate internship opportunities. The foundation's vision is to inspire and enable students to build the future. Its programs provide financial support, mentorship, and industry-relevant training to help students reach their full potential regardless of their background.
EASY TUTORIAL OF HOW TO USE REMINI BY: FEBLESS HERNANEFebless Hernane
Using Remini is easy and quick for enhancing your photos. Start by downloading the Remini app on your phone. Open the app and sign in or create an account. To improve a photo, tap the "Enhance" button and select the photo you want to edit from your gallery. Remini will automatically enhance the photo, making it clearer and sharper. You can compare the before and after versions by swiping the screen. Once you're happy with the result, tap "Save" to store the enhanced photo in your gallery. Remini makes your photos look amazing with just a few taps!
Surat Digital Marketing School is created to offer a complete course that is specifically designed as per the current industry trends. Years of experience has helped us identify and understand the graduate-employee skills gap in the industry. At our school, we keep up with the pace of the industry and impart a holistic education that encompasses all the latest concepts of the Digital world so that our graduates can effortlessly integrate into the assigned roles.
This is the place where you become a Digital Marketing Expert.
The Evolution of SEO: Insights from a Leading Digital Marketing AgencyDigital Marketing Lab
Explore the latest trends in Search Engine Optimization (SEO) and discover how modern practices are transforming business visibility. This document delves into the shift from keyword optimization to user intent, highlighting key trends such as voice search optimization, artificial intelligence, mobile-first indexing, and the importance of E-A-T principles. Enhance your online presence with expert insights from Digital Marketing Lab, your partner in maximizing SEO performance.
Project Serenity is an innovative initiative aimed at transforming urban environments into sustainable, self-sufficient communities. By integrating green architecture, renewable energy, smart technology, sustainable transportation, and urban farming, Project Serenity seeks to minimize the ecological footprint of cities while enhancing residents' quality of life. Key components include energy-efficient buildings, IoT-enabled resource management, electric and autonomous transportation options, green spaces, and robust waste management systems. Emphasizing community engagement and social equity, Project Serenity aspires to serve as a global model for creating eco-friendly, livable urban spaces that harmonize modern conveniences with environmental stewardship.
Lifecycle of a GME Trader: From Newbie to Diamond Handsmediavestfzllc
Your phone buzzes with a Reddit notification. It's the WallStreetBets forum, a cacophony of memes, rocketship emojis, and fervent discussions about Gamestop (GME) stock. A spark ignites within you - a mix of internet bravado, a rebellious urge to topple the hedge funds (remember Mr. Mayo?), and maybe that one late-night YouTube rabbit hole about tendies. You decide to YOLO (you only live once, right?).
Ramen noodles become your new best friend. Every spare penny gets tossed into the GME piggy bank. You're practically living on fumes, but the dream of a moonshot keeps you going. Your phone becomes an extension of your hand, perpetually glued to the GME ticker. It's a roller-coaster ride - every dip a stomach punch, every rise a shot of adrenaline.
Then, it happens. Roaring Kitty, the forum's resident legend, fires off a cryptic tweet. The apes, as the GME investors call themselves, erupt in a frenzy. Could this be it? Is the rocket finally fueled for another epic launch? You grip your phone tighter, heart pounding in your chest. It's a wild ride, but you're in it for the long haul.
This tutorial presentation provides a step-by-step guide on how to use Facebook, the popular social media platform. In simple and easy-to-understand language, this presentation explains how to create a Facebook account, connect with friends and family, post updates, share photos and videos, join groups, and manage privacy settings. Whether you're new to Facebook or just need a refresher, this presentation will help you navigate the features and make the most of your Facebook experience.
EASY TUTORIAL OF HOW TO USE G-TEAMS BY: FEBLESS HERNANEFebless Hernane
Using Google Teams (G-Teams) is simple. Start by opening the Google Teams app on your phone or visiting the G-Teams website on your computer. Sign in with your Google account. To join a meeting, click on the link shared by the organizer or enter the meeting code in the "Join a Meeting" section. To start a meeting, click on "New Meeting" and share the link with others. You can use the chat feature to send messages and the video button to turn your camera on or off. G-Teams makes it easy to connect and collaborate with others!
Telegram is a messaging platform that ushers in a new era of communication. Available for Android, Windows, Mac, and Linux, Telegram offers simplicity, privacy, synchronization across devices, speed, and powerful features. It allows users to create their own stickers with a user-friendly editor. With robust encryption, Telegram ensures message security and even offers self-destructing messages. The platform is open, with an API and source code accessible to everyone, making it a secure and social environment where groups can accommodate up to 200,000 members. Customize your messenger experience with Telegram's expressive features.
This tutorial presentation offers a beginner-friendly guide to using THREADS, Instagram's messaging app. It covers the basics of account setup, privacy settings, and explores the core features such as close friends lists, photo and video sharing, creative tools, and status updates. With practical tips and instructions, this tutorial will empower you to use THREADS effectively and stay connected with your close friends on Instagram in a private and engaging way.
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1. Communication professional & social
media evangelist @ Grundfos
Soon to be MA in corporate communication
https://dk.linkedin.com/in/christopherkjaerulff @Chriskjaerulff
Christopher Kjærulff
Community Management sneak
peak
Views are my own, and were presented at
a Seismonaut workshop 18 June 2015
2. Who’s Grundfos
• Established in 1945
• Business-to-business company
• Manufactures energy efficient pumps
(pumps use approx. 10 percent of the worlds energy. We could save 4 percent of that by changing every
pump in the world to energy efficient ones!!!)
• More than 18.500 employees worldwide
3. So, what does Grundfos do on social?
Facebook – we share informative and educating industry-related stories
LinkedIn – we share visual content that tells the best Grundfos stories,
and global tendencies related to the industry.
Twitter – we share ‘real-time’ thought leadership
YouTube – we share videos on self-help, sustainability and applications
Employee advocacy – our employees share all of the above, which they
find interesting for themselves, and their networks
4. Our social media team
Digital Media
Manager
Social Media
consultant
(maternity leave)
Social Media
Consultant
‘de facto’
community
manager
5. The community manager
• Community management
• ‘Content creation’
• Publicering og annoncering
6. Community management
Messsage
type
Engaged
participants
Process Goals Measurement Percentage of
messages
How long
does it take?
Technical
questions
Technical
services
inquiries
Service
complaints
Community
Manager
Find
appropriate
spoke through
contact
database or
internal social
network
High level of
service
experience
for user(s)
Service level
agreement
(24h)
6 % of
engaged
messages on
CMS require
input from
spokes and/or
experts.
These
responses
involve a high
level of
coordination
with spokes
and take
roughly
between a
couple of
hours and up
to 24h.
Dialogue
about
reply/no reply
Relation
building effort
Spokespeople Monitor the
dialogue
Position as
topic experts
Collect user(s)
information in
CMS
Collect input
from user(s)
10. How is content made?
Social
Listening
Ideation Planning Engagement
management
Measure &
Optimize
Scheduling /
Publishing/Promotion
Touchpoint
selection
Message
- Purpose
- Audience
- Content
- Budget
- Call to action
(value)
Content
Inspiration
1st Draft 1stApproval 2ndApproval2nd Draft
Community
manager
Social media team
Marketing
Communications
11. So, what’s great content?
• It builds relations and trust
through knowledge
• It speaks about concepts and
tendencies instead of
products and the company
12. So, what’s great content?
• People are in focus
• It promotes the employees’
expertise
13. Here are some points to remember:
• What’s your goal with a
particular piece of content?
• Who’s the audience?
• What do you want them to do?
• Just one call-2-action – that’s
best practice! (not like that horrible
example to the right – way too many
options! – read more, link, link to other
people….)
14. Content
Manager
Content piece or package Schedule/publishing Advertisement
Task 1. Receive content
2. Check content
1. Format
2. Texts
3. Visuals/Video
4. Links
5. Call-to-actions
6. Purpose
7. Target group
8. ToV
1. Input content
2. Add tagging
3. Schedule
1. Time
2. Date
3. Channel(s)
4. Publish automated
1. Create add
1. Targeting
2. Budget
3. Placement
4. Optimization and
pricing
5. Objectives
6. Add to content
7. Add duration
Estimated time Content piece: 5 min Content piece: 5 min Content piece: 10 - 15
min
Content package (10-
14 piece):
1
hour
Content package (10-
14 piece):
1
hour
Content package (10-
14 piece):
2 hours
Total time
estimated
Content piece: 20-25 min
Content package (10-14 piece) 3-4 hours
Here’s how a publishing process could look …
15. Well that sounds easy! Where’s the fun
Facebook
Grundfos
Engineering
Grundfos for
Installers
Content that’s
highly technical
requires a large
network within the
organization.A global setup
means that there’s
a lot of coordination
But at the same
time affords a lot of
opportunities