Suitable quotation procedure (or best practices check-list) to How to meet a Request for Quotation or a Request for Proposal. ´What to do when you receive a RFQ.
The document discusses plant maintenance strategies and terminology. It outlines various types of maintenance including corrective, preventative, and predictive maintenance. It emphasizes the importance of aligning maintenance goals with business goals to improve processes, asset performance, and uptime. Various maintenance planning, control, and terminology are defined to effectively manage strategic assets.
The document discusses plant maintenance procedures. It defines maintenance as finding faults in equipment before or after breakdown to maintain operational efficiency. The objectives of maintenance are to increase reliability, maximize equipment life, maximize production capacity, and minimize costs and interruptions. Maintenance types include planned (preventive, corrective, predictive), and unplanned. Key steps in preventive maintenance procedures are identifying equipment, creating schedules, history cards, job specifications, programming, inspections, and applying feedback.
Can’t understand why certain performance problems keep recurring with your wind turbines? Let PSI Repair Services show you the importance of identifying the source of electronic-related performance problems with root cause analysis. As a leading Independent Service Provider (ISP) in the wind energy industry, PSI uses innovative methods to determine the root cause of failures and then engineers custom solutions to resolve these problems. In this informative webinar, PSI will provide real-world examples of how its powerful root cause analysis methods have helped resolve recurring failures of electronic parts and systems. In addition, you will see how diagnostic data can be used to develop improvements and replacements for underperforming components. Don’t miss out on this valuable event.
Change Management
What is 4M ?
Risk Assessment
4M Change Management
Types of 4M Change
4M Change rule
4M change tracking
4M Change Record
Cost of Poor Quality
Initial Production Parts .
This document provides a step-by-step approach to implement 5S across your factory. Contents are explained in simple language to help the readers understand 5S and implement in their factories.
Maintenance of facilities and equipment is important to achieve high quality, reliability, and efficient operations. There are various types of maintenance including planned, preventive, corrective, and breakdown maintenance. The objectives of maintenance are to maximize equipment life, minimize costs, and ensure safety. An effective approach is condition-based maintenance which uses sensors and monitoring to predict failures before they occur. This improves system availability while reducing downtime and maintenance costs. Finally, proper planning and scheduling of maintenance jobs is important to efficiently execute repairs.
Aggregate planning involves developing a preliminary production schedule over the next 6-18 months to satisfy forecasted demand at minimum cost. It considers targeted sales, production levels, inventory levels and backlogs. The objectives are to minimize costs and changes while maximizing profits, customer service and resource utilization. Common strategies are level, which maintains steady output/employment, or chase, which matches demand period to period. Techniques to develop plans include linear programming, linear decision rules and simulation models.
This document provides an overview of 5S training. The 5S system involves five steps - Sort, Set in Order, Shine, Standardize, and Sustain - for organizing and cleaning a workplace. It discusses the benefits of 5S including improved safety, quality and efficiency. Key aspects of implementing each 5S step are described such as identifying unnecessary items in Sort, optimizing storage locations in Set in Order, establishing cleaning standards in Shine, and visual management techniques for Standardize. Sustaining 5S requires ongoing communication to ensure standards are followed. The overview explains how 5S creates a more productive work environment through visual controls and waste elimination.
The document discusses plant maintenance strategies and terminology. It outlines various types of maintenance including corrective, preventative, and predictive maintenance. It emphasizes the importance of aligning maintenance goals with business goals to improve processes, asset performance, and uptime. Various maintenance planning, control, and terminology are defined to effectively manage strategic assets.
The document discusses plant maintenance procedures. It defines maintenance as finding faults in equipment before or after breakdown to maintain operational efficiency. The objectives of maintenance are to increase reliability, maximize equipment life, maximize production capacity, and minimize costs and interruptions. Maintenance types include planned (preventive, corrective, predictive), and unplanned. Key steps in preventive maintenance procedures are identifying equipment, creating schedules, history cards, job specifications, programming, inspections, and applying feedback.
Can’t understand why certain performance problems keep recurring with your wind turbines? Let PSI Repair Services show you the importance of identifying the source of electronic-related performance problems with root cause analysis. As a leading Independent Service Provider (ISP) in the wind energy industry, PSI uses innovative methods to determine the root cause of failures and then engineers custom solutions to resolve these problems. In this informative webinar, PSI will provide real-world examples of how its powerful root cause analysis methods have helped resolve recurring failures of electronic parts and systems. In addition, you will see how diagnostic data can be used to develop improvements and replacements for underperforming components. Don’t miss out on this valuable event.
Change Management
What is 4M ?
Risk Assessment
4M Change Management
Types of 4M Change
4M Change rule
4M change tracking
4M Change Record
Cost of Poor Quality
Initial Production Parts .
This document provides a step-by-step approach to implement 5S across your factory. Contents are explained in simple language to help the readers understand 5S and implement in their factories.
Maintenance of facilities and equipment is important to achieve high quality, reliability, and efficient operations. There are various types of maintenance including planned, preventive, corrective, and breakdown maintenance. The objectives of maintenance are to maximize equipment life, minimize costs, and ensure safety. An effective approach is condition-based maintenance which uses sensors and monitoring to predict failures before they occur. This improves system availability while reducing downtime and maintenance costs. Finally, proper planning and scheduling of maintenance jobs is important to efficiently execute repairs.
Aggregate planning involves developing a preliminary production schedule over the next 6-18 months to satisfy forecasted demand at minimum cost. It considers targeted sales, production levels, inventory levels and backlogs. The objectives are to minimize costs and changes while maximizing profits, customer service and resource utilization. Common strategies are level, which maintains steady output/employment, or chase, which matches demand period to period. Techniques to develop plans include linear programming, linear decision rules and simulation models.
This document provides an overview of 5S training. The 5S system involves five steps - Sort, Set in Order, Shine, Standardize, and Sustain - for organizing and cleaning a workplace. It discusses the benefits of 5S including improved safety, quality and efficiency. Key aspects of implementing each 5S step are described such as identifying unnecessary items in Sort, optimizing storage locations in Set in Order, establishing cleaning standards in Shine, and visual management techniques for Standardize. Sustaining 5S requires ongoing communication to ensure standards are followed. The overview explains how 5S creates a more productive work environment through visual controls and waste elimination.
The document discusses various aspects of maintenance management including definitions, objectives, types of maintenance, reliability concepts, modern maintenance methods, and total productive maintenance pillars. It defines maintenance as work to keep equipment in proper working order and prevent failures. The main types of maintenance discussed are breakdown, preventive, and predictive maintenance. Modern maintenance methods include reliability centered maintenance, six sigma maintenance, and total productive maintenance.
The document contains questions about evaluating different aspects of business processes, including whether processes are documented, have defined owners and interfaces, have performance indicators and targets, undergo improvement efforts like benchmarking, and reviews. It also asks about defining process roles and responsibilities, ensuring a safe work environment, and identifying legal requirements. The overall goal appears to be assessing how well processes are designed, managed, improved, and meet requirements.
This document discusses leadership challenges in introducing change and innovation at a gas company. The gas company has an old, hierarchical organizational structure that needs to change to better serve customers and adapt to regulatory changes. Several change models are considered, with Dunphy and Stace's model recommended to manage change effectively through realigning departments. Resistance to change can be addressed by communicating the need for change simply and building understanding of advantages. Implementing proper leadership guidance from the current to desired state can help reduce resistance and lead to successful change.
This document discusses maintenance management. It outlines different types of maintenance including breakdown, preventive, predictive, routine, and planned maintenance. The objectives of maintenance are to minimize downtime and costs while keeping assets operational. Maintenance involves civil, mechanical, and electrical areas. A key point is that total maintenance costs include commitment costs, preventive maintenance costs, and breakdown costs, with the optimal policy balancing these to achieve the lowest overall costs.
Maintenance management involves planning, organizing, and directing resources to control the availability and performance of industrial plants. It aims to minimize downtime and repair costs while maximizing efficiency, prolonging asset life, and ensuring quality production. Effective maintenance management requires categorizing maintenance needs, prioritizing objectives like uptime and safety, and planning using approaches such as total productive maintenance which emphasizes prevention, employee involvement, and continuous improvement.
The document discusses various maintenance strategies including reactive, preventive, predictive, proactive, and reliability centered maintenance. Reactive maintenance involves repair after failure, while preventive maintenance uses scheduled inspections and repairs. Predictive maintenance utilizes condition monitoring to detect failures before they occur. Proactive maintenance focuses on identifying and correcting abnormal causes of failure. The goal is to preserve asset functions throughout their lives in the most cost effective way.
- An air handling unit (AHU) conditions and circulates air within a building by taking in fresh air, cleaning it using filters, and heating or cooling it using coils. It then distributes the conditioned air through ductwork.
- Key components of an AHU include dampers, filters, heating/cooling coils, fans, and sensors to control temperature and humidity. Proper ventilation is provided through an intake of outside air.
- AHUs are used in HVAC systems to regulate indoor air quality and thermal comfort by filtering, heating, cooling, humidifying and circulating air throughout a building via a network of supply and return air ducts.
Eart air tunnel heat exchanger latest pptvikas mahala
The document discusses Earth Air Tunnels (EAT), a passive cooling system that uses the constant underground temperature to cool buildings. EAT works by pumping air through underground pipes/tunnels 4 meters deep, where the temperature remains stable year-round. Key factors that affect EAT performance include pipe design parameters, soil properties, air velocity, and system operation as open or closed loop. EAT provides both cooling and heating, is low cost to operate, and can be used for various building types from homes to hospitals. However, EAT requires significant space and has a high initial installation cost.
This document discusses different types of maintenance for assets including aircraft. It defines maintenance as work carried out to preserve assets and enable continued use over their design life. The main types of maintenance discussed are: breakdown, preventive (periodic and predictive), and corrective. Periodic maintenance involves regular inspection and servicing, while predictive uses condition monitoring. Aircraft maintenance checks ranging from light A/B checks every 500-800 hours to comprehensive D checks every 5 years are also outlined. Nondestructive testing methods like liquid penetrant and eddy current are used during aircraft maintenance inspections.
The document provides an overview of Poka Yoke, a quality assurance technique aimed at eliminating defects by preventing mistakes. It discusses typical errors, how to implement mistake proofing, examples of Poka Yoke systems using different techniques (e.g. controls, warnings). Sensing devices like physical contact sensors and energy sensors are described for detecting defects. The benefits of Poka Yoke include discovering and eliminating defects with little effort through consecutive verification and self-checking at each process step. The overall goal is to increase quality and customer satisfaction by reducing waste from defects and rework.
Modern maintenance management aims to keep equipment running at high capacity and producing quality products at the lowest cost possible, rather than just rapidly repairing broken equipment. It involves directing resources to control availability and performance levels. The objectives of maintenance management include minimizing downtime and costs, keeping assets in good working condition, and improving productivity and efficiency. Key types of maintenance include preventive, which inspects for potential issues, and breakdown, which repairs after failure. Total productive maintenance involves all employees working to maximize equipment efficiency. A computerized maintenance management system uses a software database to help maintenance workers do their jobs efficiently and help management with decision making.
Maintenance is important in any organization. Without proper maintenance, assets deteriorate over time reducing the quality of your output produced. It can also impact the safety of your asset or your people who operate it. Asset management focuses on assuring your people that parts and processes are optimized to improve asset performance. Reducing inventory, maintenance costs and the number of downtime events raises your productivity, while simultaneously driving financial performance and predictability. It also helps your employees with the right tools to make good decisions about driving your plant performance.
The document discusses production and operations management concepts related to work center scheduling. It defines work centers and describes typical scheduling functions like allocating orders and determining sequence. It then covers priority rules for job sequencing, schedule performance measures, and examples of different sequencing methods. Finally, it discusses shop-floor control functions and principles of work center and job shop scheduling.
Project Monitorig and Evaluation_Data Collection Methods is a Presentation by William Afani Paul for a Project MEAL Masterclass by Excellence Foundation for South Sudan
This session is designed to equip participants with essential knowledge and skills in monitoring and evaluating projects effectively.
During this masterclass, participants will delve into the fundamental concepts, tools, and techniques of project monitoring and evaluation. Through interactive discussions, case studies, and practical exercises, attendees will gain a comprehensive understanding of MEAL principles and their application in diverse project contexts.
Key Objectives
Understand the importance of project monitoring and evaluation in ensuring project success.
Learn how to develop and implement effective monitoring and evaluation frameworks.
Explore various data collection methods and analysis techniques for monitoring and evaluation purposes.
Gain insights into utilizing monitoring and evaluation findings to inform decision-making and improve project outcomes.
Learning Outcomes: By the end of the masterclass, participants will able to:
Define key concepts related to project monitoring and evaluation.
Develop a monitoring and evaluation plan tailored to specific project requirements.
Apply appropriate data collection methods and tools for monitoring and evaluation activities.
Utilize monitoring and evaluation findings to enhance project performance and impact.
The document discusses different types of maintenance activities. It defines maintenance and its objectives to keep equipment operational at minimum cost. It describes various types of maintenance including planned preventive maintenance to minimize breakdowns, and unplanned corrective maintenance after failures occur. Predictive maintenance uses condition monitoring to detect potential failures while preventive maintenance relies on routine inspections.
Maintenance management involves planning, scheduling, and executing repair and preventive maintenance activities to keep industrial plants operating at a specified level. The objectives of maintenance management include minimizing downtime and costs from failures, and maximizing the life of capital assets. There are three main types of maintenance: breakdown maintenance which occurs after equipment fails; preventive maintenance which uses routine actions to prevent failures; and predictive maintenance which continuously monitors equipment using sensors to predict and prevent future issues. Proper maintenance management is important for a company's costs, quality production, safety, and competitiveness.
Based on the additional data provided:
- The average range (R) is 0.45
- The average (x) is 8.034
- The sample size (n) is 8
= 1.864(0.45) = 0.838
LCLR = D3R = 0.136(0.45) = 0.061
All sample ranges fall within the control limits on the R-chart, so the process variability is in statistical control.
For the x-chart:
UCLx = x + A2R = 8.034 + 2.282(0.45) = 8.234
LCLx = x - A2R = 8.
Educaterer India is an unique combination of passion driven into a hobby which makes an awesome profession. We carve the lives of enthusiastic candidates to a perfect professional who can impress upon the mindsets of the industry, while following the established traditions, can dare to set new standards to follow. We don't want you to be the part of the crowd, rather we like to make you the reason of the crowd.
Today's Effort For A Better Tomorrow
The document discusses the three types of waste or "3 mu" in lean manufacturing - muri, muda, and mura. Muri refers to unreasonable demands placed on employees or equipment. Muda means any activity that does not add value from the customer's perspective. Mura is unevenness or imbalance in production that causes processes to speed up or slow down unpredictably. Eliminating these forms of waste is at the heart of continuous improvement (kaizen) efforts in lean.
The document discusses three case studies that illustrate how focusing on reliability improvements versus cost reductions alone can impact maintenance costs and production outcomes:
1) A food processing plant that reduced maintenance staff saw temporary cost savings but then costs increased as reliability declined.
2) An chemical plant that aggressively cut maintenance costs initially saved money but reliability dropped, resulting in $1.2 billion in losses over three years before improvements were made.
3) A plant that prioritized reliability improvements like planned maintenance, vibration analysis, and lubrication training saw maintenance costs rise 3% annually for three years as reliability increased, after which costs dropped 40% while reliability reached 92%. Focusing first on reliability drives down long-term maintenance costs.
A guide to in-depth investor pitches by Elevate VenturesKelly Schwedland
I've sat through hundreds of investment presentations and listen to comments during and afterwards. We at Elevate also sat alongside Angel groups and had feedback from VC groups that have met with our companies. I'm not sure there can ever be a perfect pitch as different groups have a specific thesis. But we decided to take the learnings from those meetings and make sure that companies can articulate all of the key items that investors are looking for especially in an in-person presentation. (A little more in depth that the traditional pitch used to get investors interested in large group/ public formats)
A successful proposal must demonstrate an understanding of the problem, unique insights into solving it, and an excellent approach. It should provide compelling benefits to the client and confidence that the solution will be delivered as required. Key requirements include being insightful, benefits-driven, directed to the client's desired result, offering a unique proposition, and being interesting, understandable, logically structured, unambiguous and visually appealing while avoiding errors.
The document discusses various aspects of maintenance management including definitions, objectives, types of maintenance, reliability concepts, modern maintenance methods, and total productive maintenance pillars. It defines maintenance as work to keep equipment in proper working order and prevent failures. The main types of maintenance discussed are breakdown, preventive, and predictive maintenance. Modern maintenance methods include reliability centered maintenance, six sigma maintenance, and total productive maintenance.
The document contains questions about evaluating different aspects of business processes, including whether processes are documented, have defined owners and interfaces, have performance indicators and targets, undergo improvement efforts like benchmarking, and reviews. It also asks about defining process roles and responsibilities, ensuring a safe work environment, and identifying legal requirements. The overall goal appears to be assessing how well processes are designed, managed, improved, and meet requirements.
This document discusses leadership challenges in introducing change and innovation at a gas company. The gas company has an old, hierarchical organizational structure that needs to change to better serve customers and adapt to regulatory changes. Several change models are considered, with Dunphy and Stace's model recommended to manage change effectively through realigning departments. Resistance to change can be addressed by communicating the need for change simply and building understanding of advantages. Implementing proper leadership guidance from the current to desired state can help reduce resistance and lead to successful change.
This document discusses maintenance management. It outlines different types of maintenance including breakdown, preventive, predictive, routine, and planned maintenance. The objectives of maintenance are to minimize downtime and costs while keeping assets operational. Maintenance involves civil, mechanical, and electrical areas. A key point is that total maintenance costs include commitment costs, preventive maintenance costs, and breakdown costs, with the optimal policy balancing these to achieve the lowest overall costs.
Maintenance management involves planning, organizing, and directing resources to control the availability and performance of industrial plants. It aims to minimize downtime and repair costs while maximizing efficiency, prolonging asset life, and ensuring quality production. Effective maintenance management requires categorizing maintenance needs, prioritizing objectives like uptime and safety, and planning using approaches such as total productive maintenance which emphasizes prevention, employee involvement, and continuous improvement.
The document discusses various maintenance strategies including reactive, preventive, predictive, proactive, and reliability centered maintenance. Reactive maintenance involves repair after failure, while preventive maintenance uses scheduled inspections and repairs. Predictive maintenance utilizes condition monitoring to detect failures before they occur. Proactive maintenance focuses on identifying and correcting abnormal causes of failure. The goal is to preserve asset functions throughout their lives in the most cost effective way.
- An air handling unit (AHU) conditions and circulates air within a building by taking in fresh air, cleaning it using filters, and heating or cooling it using coils. It then distributes the conditioned air through ductwork.
- Key components of an AHU include dampers, filters, heating/cooling coils, fans, and sensors to control temperature and humidity. Proper ventilation is provided through an intake of outside air.
- AHUs are used in HVAC systems to regulate indoor air quality and thermal comfort by filtering, heating, cooling, humidifying and circulating air throughout a building via a network of supply and return air ducts.
Eart air tunnel heat exchanger latest pptvikas mahala
The document discusses Earth Air Tunnels (EAT), a passive cooling system that uses the constant underground temperature to cool buildings. EAT works by pumping air through underground pipes/tunnels 4 meters deep, where the temperature remains stable year-round. Key factors that affect EAT performance include pipe design parameters, soil properties, air velocity, and system operation as open or closed loop. EAT provides both cooling and heating, is low cost to operate, and can be used for various building types from homes to hospitals. However, EAT requires significant space and has a high initial installation cost.
This document discusses different types of maintenance for assets including aircraft. It defines maintenance as work carried out to preserve assets and enable continued use over their design life. The main types of maintenance discussed are: breakdown, preventive (periodic and predictive), and corrective. Periodic maintenance involves regular inspection and servicing, while predictive uses condition monitoring. Aircraft maintenance checks ranging from light A/B checks every 500-800 hours to comprehensive D checks every 5 years are also outlined. Nondestructive testing methods like liquid penetrant and eddy current are used during aircraft maintenance inspections.
The document provides an overview of Poka Yoke, a quality assurance technique aimed at eliminating defects by preventing mistakes. It discusses typical errors, how to implement mistake proofing, examples of Poka Yoke systems using different techniques (e.g. controls, warnings). Sensing devices like physical contact sensors and energy sensors are described for detecting defects. The benefits of Poka Yoke include discovering and eliminating defects with little effort through consecutive verification and self-checking at each process step. The overall goal is to increase quality and customer satisfaction by reducing waste from defects and rework.
Modern maintenance management aims to keep equipment running at high capacity and producing quality products at the lowest cost possible, rather than just rapidly repairing broken equipment. It involves directing resources to control availability and performance levels. The objectives of maintenance management include minimizing downtime and costs, keeping assets in good working condition, and improving productivity and efficiency. Key types of maintenance include preventive, which inspects for potential issues, and breakdown, which repairs after failure. Total productive maintenance involves all employees working to maximize equipment efficiency. A computerized maintenance management system uses a software database to help maintenance workers do their jobs efficiently and help management with decision making.
Maintenance is important in any organization. Without proper maintenance, assets deteriorate over time reducing the quality of your output produced. It can also impact the safety of your asset or your people who operate it. Asset management focuses on assuring your people that parts and processes are optimized to improve asset performance. Reducing inventory, maintenance costs and the number of downtime events raises your productivity, while simultaneously driving financial performance and predictability. It also helps your employees with the right tools to make good decisions about driving your plant performance.
The document discusses production and operations management concepts related to work center scheduling. It defines work centers and describes typical scheduling functions like allocating orders and determining sequence. It then covers priority rules for job sequencing, schedule performance measures, and examples of different sequencing methods. Finally, it discusses shop-floor control functions and principles of work center and job shop scheduling.
Project Monitorig and Evaluation_Data Collection Methods is a Presentation by William Afani Paul for a Project MEAL Masterclass by Excellence Foundation for South Sudan
This session is designed to equip participants with essential knowledge and skills in monitoring and evaluating projects effectively.
During this masterclass, participants will delve into the fundamental concepts, tools, and techniques of project monitoring and evaluation. Through interactive discussions, case studies, and practical exercises, attendees will gain a comprehensive understanding of MEAL principles and their application in diverse project contexts.
Key Objectives
Understand the importance of project monitoring and evaluation in ensuring project success.
Learn how to develop and implement effective monitoring and evaluation frameworks.
Explore various data collection methods and analysis techniques for monitoring and evaluation purposes.
Gain insights into utilizing monitoring and evaluation findings to inform decision-making and improve project outcomes.
Learning Outcomes: By the end of the masterclass, participants will able to:
Define key concepts related to project monitoring and evaluation.
Develop a monitoring and evaluation plan tailored to specific project requirements.
Apply appropriate data collection methods and tools for monitoring and evaluation activities.
Utilize monitoring and evaluation findings to enhance project performance and impact.
The document discusses different types of maintenance activities. It defines maintenance and its objectives to keep equipment operational at minimum cost. It describes various types of maintenance including planned preventive maintenance to minimize breakdowns, and unplanned corrective maintenance after failures occur. Predictive maintenance uses condition monitoring to detect potential failures while preventive maintenance relies on routine inspections.
Maintenance management involves planning, scheduling, and executing repair and preventive maintenance activities to keep industrial plants operating at a specified level. The objectives of maintenance management include minimizing downtime and costs from failures, and maximizing the life of capital assets. There are three main types of maintenance: breakdown maintenance which occurs after equipment fails; preventive maintenance which uses routine actions to prevent failures; and predictive maintenance which continuously monitors equipment using sensors to predict and prevent future issues. Proper maintenance management is important for a company's costs, quality production, safety, and competitiveness.
Based on the additional data provided:
- The average range (R) is 0.45
- The average (x) is 8.034
- The sample size (n) is 8
= 1.864(0.45) = 0.838
LCLR = D3R = 0.136(0.45) = 0.061
All sample ranges fall within the control limits on the R-chart, so the process variability is in statistical control.
For the x-chart:
UCLx = x + A2R = 8.034 + 2.282(0.45) = 8.234
LCLx = x - A2R = 8.
Educaterer India is an unique combination of passion driven into a hobby which makes an awesome profession. We carve the lives of enthusiastic candidates to a perfect professional who can impress upon the mindsets of the industry, while following the established traditions, can dare to set new standards to follow. We don't want you to be the part of the crowd, rather we like to make you the reason of the crowd.
Today's Effort For A Better Tomorrow
The document discusses the three types of waste or "3 mu" in lean manufacturing - muri, muda, and mura. Muri refers to unreasonable demands placed on employees or equipment. Muda means any activity that does not add value from the customer's perspective. Mura is unevenness or imbalance in production that causes processes to speed up or slow down unpredictably. Eliminating these forms of waste is at the heart of continuous improvement (kaizen) efforts in lean.
The document discusses three case studies that illustrate how focusing on reliability improvements versus cost reductions alone can impact maintenance costs and production outcomes:
1) A food processing plant that reduced maintenance staff saw temporary cost savings but then costs increased as reliability declined.
2) An chemical plant that aggressively cut maintenance costs initially saved money but reliability dropped, resulting in $1.2 billion in losses over three years before improvements were made.
3) A plant that prioritized reliability improvements like planned maintenance, vibration analysis, and lubrication training saw maintenance costs rise 3% annually for three years as reliability increased, after which costs dropped 40% while reliability reached 92%. Focusing first on reliability drives down long-term maintenance costs.
A guide to in-depth investor pitches by Elevate VenturesKelly Schwedland
I've sat through hundreds of investment presentations and listen to comments during and afterwards. We at Elevate also sat alongside Angel groups and had feedback from VC groups that have met with our companies. I'm not sure there can ever be a perfect pitch as different groups have a specific thesis. But we decided to take the learnings from those meetings and make sure that companies can articulate all of the key items that investors are looking for especially in an in-person presentation. (A little more in depth that the traditional pitch used to get investors interested in large group/ public formats)
A successful proposal must demonstrate an understanding of the problem, unique insights into solving it, and an excellent approach. It should provide compelling benefits to the client and confidence that the solution will be delivered as required. Key requirements include being insightful, benefits-driven, directed to the client's desired result, offering a unique proposition, and being interesting, understandable, logically structured, unambiguous and visually appealing while avoiding errors.
You've got security issues to solve. Should you build a solution or buy something pre-built? If you choose to buy, what should your selection criteria be? What questions should you ask the vendor? How should you run a POC? How do you put a security product through it's paces?
You can view a recording of this presentation here: https://www.youtube.com/watch?v=SPFam1FtPRY
The document provides guidelines for Quiterian's sales force. Some key points include:
Rule 1 emphasizes identifying customer benefits and problems to solve. Rule 2 notes that the status quo is the enemy and change must be justified. Rule 3 stresses tailoring the value proposition specifically for each decision maker. Rule 4 describes the sales process as iterative with demos, proofs of concept, and negotiations. Rule 5 is a sales checklist and Rule 6 encourages an analytical attitude. The overall message is to understand customer needs and sell benefits rather than features.
The document discusses defining a strong market value proposition. It begins by defining a value proposition as a clear statement of the functional, emotional and self-expressive benefits offered to target customers. The key components of a value proposition are then outlined, including relevance to customer needs/pains, quantified value or benefits, and unique differentiation. Examples are provided of both good and bad value propositions from companies like Google. Finally, the document discusses tools for building a value proposition, including defining the target market, value experience, offerings, benefits, differentiation, and proof of concept through testing.
This document discusses the key steps in an inside sales process, including prospecting, qualifying leads, need analysis, presentations, overcoming objections, and closing deals. It emphasizes the importance of approach, attitude, and techniques at each stage. Specifically, it outlines:
1) Researching prospects, qualifying them as small/medium/enterprise, and confirming their commitment before presenting.
2) Using techniques like SPIN, AIDA, and ABC to demonstrate products, gain interest, and work towards closing deals.
3) Overcoming objections by maintaining a positive attitude, clarifying concerns, and offering alternatives or workarounds.
4) Following up after sales to provide support, gain repeat business,
This webinar covers proposal writing strategies such as asking good questions to buyers, different selection and evaluation methods. It discusses asking questions to clarify tender requirements, how to formulate questions, and when to submit them. Evaluation methods are explained including how proposals are opened, evaluated based on technical and price criteria, and the winning proposal is selected. The webinar provides examples of evaluation calculations and stresses the importance of understanding the selection method.
Steve Morris: How to create an investor pitchigniteportland
This document provides tips for creating an effective investor pitch, including:
- Having a technology proof, prototype, or customer references to demonstrate your idea is viable.
- Telling a compelling story to investors while also having detailed business plans.
- Focusing your pitch on the problem being solved, solution, business model, advantages, competition, market, and team.
- Keeping the presentation simple with large fonts and no jargon.
- Practicing your pitch and getting feedback on your business plan.
Dmytro Breslavets: Test fast, die cheap. Як закривати гештальти швидко та не ...Lviv Startup Club
Dmytro Breslavets: Test fast, die cheap. Як закривати гештальти швидко та не забивати собі голову “геніальними” ідеями (UA)
P2H x LemBS. Онлайн-вебінар "Test fast, die cheap" [18.05]
Website - https://lembs.com/p2honeonline
Youtube - https://www.youtube.com/startuplviv
FB - https://www.facebook.com/pmdayconference
Atlanta Ventures University SaaS Sales with Tonni BennettJacey Lucus
On Thursday, July 25th from 12-2pm we hosted the next class of the Atlanta Ventures University: SaaS Sales with Tonni Bennett,
Tonni's spent the past 5 years scaling high growth companies and will be diving into nitty gritty sales process details to help Atlanta SaaS leaders scale and grow their revenue.
In enterprise technology, the most frequent and common question from the buyer is - How many customers do you have? That's relevant question but is it sensible to ignore other important questions?
The document outlines the key steps in the personal selling process:
1. Prospecting involves identifying and qualifying leads by determining if they have needs, can afford the product, and are receptive to being contacted.
2. Preparation includes gathering information on prospects and planning sales calls and strategies.
3. The approach involves making contact, leaving a good first impression, and selecting an approach technique.
4. Presentation and demonstration involves understanding prospects' needs, presenting benefits, and using demonstrations to overcome objections and close the sale.
The personal selling process aims to guide salespeople through prospecting, planning, presentations and demonstrations to ultimately close the sale while building long-term customer relationships.
The document outlines the "Ten P's" framework for product management. It describes each of the 10 P's - Profile, Pain, Position, Product, Pricing, Placement, Partners, Promotion, Proposition, and Plan. For each P, it provides questions and considerations for defining that aspect of a product. The overall framework is intended to provide a comprehensive plan for developing, marketing, and selling a product by addressing all relevant factors.
LKCE18 - Márcio Sete - Fit for Purpose Framework - distilled theory and practiceLean Kanban Central Europe
I started reading Fitness for Purpose in the exact moment lots of discussions around market and product segmentation was happening at Elabor8. Traditional marketing segmentation approaches were not resonating with me, and I felt like doing to check the box. The ideas brought in the book were so compelling that I’ve decided to give them a go and trying stuff out as I was reading.
This talk will share this case study with distilled theory and practice of:
- Design + Implementation + Service Delivery of professional services
- Market segmentation by customer purpose
- Fitness Box Score and F4P Cards
- The four types of metrics
Sample contents of a completed feasibility studynazcats
This feasibility study examines the viability of a new business venture. It includes sections on marketing, competition, management needs, and financial projections. The technical, production, and economic analyses determine if the required resources and market demand exist to make the business successful. The conclusion recommends whether or not the venture is feasible based on the comprehensive analysis in the study.
The document provides an overview of a sales mastery workshop that teaches participants how to increase sales and profits. It covers topics like understanding customer needs, presenting solutions, overcoming objections, and gaining commitment. Key aspects of the sales process discussed include investigating customer situations, problems, implications, and needs using SPIN selling questions; demonstrating product capabilities; and presenting the price and benefits in a way that addresses customer concerns.
The document provides guidance on creating effective work scope documents. It recommends specifying the desired results rather than prescribing how the work should be done. Key elements to include are: a description of the work to be performed and desired outcomes, how project progress will be managed, benefits to the company, any special requirements, responsibilities of both parties, and acceptance criteria. The work scope should be concise, avoid ambiguous language, and ensure all terms are clearly defined in the contract to maintain control over the procurement process.
This document provides guidance on pre-selling a product by finding early adopter customers. It recommends defining a target customer segment and small initial solution, then writing an expected result. Tools for telling a compelling story like problem description, credibility indicators, and call to action are presented. An interview script is outlined to qualify potential early adopters by understanding their needs, solution fit, and next steps. The goal is to get customer feedback and pre-orders through in-person and phone interviews before fully developing the product.
The document discusses the importance of pre-selling a product to validate product-market fit before launching. It provides tips for running experiments to test customer interest through landing pages and collecting metrics like email sign-ups. A case study example shows how one startup tested demand for a baby pulse oximeter through interviews and a prototype before proceeding with development. The key lessons are that pre-selling allows for customer feedback to refine ideas early, avoid wasting resources on solutions customers do not want, and improve the chances of success at launch.
Similar to How to meet a RFQ (Request for Quotation) (20)
Are you clear on why you're not closing sales?
If not, it's time to open that door, the inner one, and discover what is there.
Regarding closing sales, I'm sure there are many more, but the ones in the video are some of the most limiting reasons for not closing sales.
Which one is blocking your sales the most?
Whichever one it is, I hope you don't keep repeating the same mistakes.
But don't look for a miracle revelation or magic formulas.
But just for good tips that can help you close more sales:
➡https://books2read.com/51Salestips/
➡ https://www.amazon.com/51-Sales-Tips-Salesmans-Thoughts/dp/1723203580
HOW TO WIN CUSTOMER TRUST (35 WAYS)
There are concepts that never change in the world of sales, and one of them is the importance of building and gaining customer trust.
Even if the means change with the latest technologies, it is necessary to retake the trust factor in the commercial activities and in the relationship with our customers.
Trust is one of the elements of the eternal equation for success in selling, one that will never go out of fashion.
For this, here you can find 35 ways to earn your customers' trust. I hope you like it!
Find out more: http://books2read.com/u/m2vr57
CÓMO GANARTE LA CONFIANZA DE TUS CLIENTES (35 MANERAS)
Hay conceptos que nunca cambian en el mundo de las ventas, y uno de ellos es la importancia de generar y conseguir la confianza del cliente.
Aunque cambien los medios y los caminos, es necesario retomar el factor confianza en las actividades comerciales y en la relación con nuestros clientes.
De hecho, el mayor reto de ventas hoy en día es conseguir dicha confianza de los clientes, tanto en los proveedores como en su capacidad de tomar buenas decisiones de compra durante el viaje del comprador sin sentirse presionados.
En definitiva, la confianza es uno de los elementos de la eterna ecuación para tener éxito vendiendo, y es de los que nunca pasará de moda.
Para ello, aquí puedes encontrar 35 maneras de ganarte la confianza de tus clientes.
Encuentra más consejos de ventas y pensamientos vendedores aquí: https://www.amazon.es/dp/B0CLVR818H
12 Sales Prospecting Mistakes.
Poor management of the prospecting process results in poor management of the entire sales process.
In that sense, it is very important that sellers and companies concentrate their time and resources on opportunities that really are, on those that have the best chance of winning.
For this, and among many others, you can find here some mistakes to avoid in this important phase. I hope you like it!
Find out more: 51 Sales Tips http://relinks.me/B07DL8MFL1
15 key mistakes of salespeople. We all make mistakes, there are as many as sellers, as many as people and situations.
Learn more:
51 Sales Tips, Keys to Sell More and Succeed Selling:
-- Digital: http://relinks.me/B07DL8MFL1
-- Print: http://relinks.me/1723203580
Other platforms (iTunes, Google Play, Kobo, Barnes & Noble, etc): http://books2read.com/u/m2vr57
Sell More and Better, Eternal Sales Techniques beyond Internet:
-- Digital: http://relinks.me/B06WGQZ6DW
-- Print: http://relinks.me/1983600873
-- Other platforms (iTunes, Google Play, Kobo, Barnes & Noble, etc):
https://books2read.com/u/mdNEql
12 habits of successful salespeople. Regardless of the product and the company, there are certain routines that are essential to be a successful salesperson. We talk about habits that have to be repeated and repeated until we achieve excellence.
We are what we do repeatedly. If we want to be excellent salespeople we have to repeat many of these habits until we stand out in them:
Learn more:
51 Sales Tips, Keys to Sell More and Succeed Selling:
-- Digital: http://relinks.me/B07DL8MFL1
-- Print: http://relinks.me/1723203580
Other platforms (iTunes, Google Play, Kobo, Barnes & Noble, etc): http://books2read.com/u/m2vr57
Independientemente del producto y de la compañía, hay ciertas rutinas que son imprescindibles para ser un vendedor exitoso. Hablamos de hábitos que hay que repetir y repetir hasta conseguir la excelencia.
Descubre más: http://relinks.me/B07C9ZYPHH
La gestión de distribuidores o representantes y vender a través de intermediarios supone un reto especial, pues no tratas con el cliente o usuario final de tu producto, pero ese es tu canal, y debes aprender a gestionarlo lo mejor posible. Aunque no está bajo tu control absoluto, puedes lograr resultados sobresalientes si aprendes a entrenar y motivar a tus distribuidores.
Aprende a vender mejor reconociendo los principales defectos de todo vendedor. Los vendedores pueden tener muchos defectos (¡y alguna virtud también!), y aquí listamos algunos errores principales que hay que evitar.
Por supuesto, el listado no es exhaustivo, hay muchos más, tantos como vendedores, tantos como personas, como situaciones, pero si por lo menos aprendemos a evitar éstos, ya habremos ganado mucho para aprender a vender y poder vender más y mejor. Si evitáis estos errores aumentaréis en gran medida las ventas.
¿Cómo vender más y mejor? las habilidades de venta de los buenos vendedores empiezan por conocerse a sí mismos, por conocer sus defectos, y también sus virtudes. Y empezamos con este vídeo de consejos para vendedores. Hay que mejorar nuestros puntos débiles, y eso incluye reconocer nuestros defectos, o no llegaremos nunca al corazón del cliente.
El documento presenta 15 consejos para vender más, incluyendo descubrir las necesidades de los clientes, convencer y persuadir a la vez, y conocer en profundidad el producto. Otros consejos son aumentar el valor percibido, usar la marca y calidad para satisfacer al cliente, y fidelizar a los clientes leales recompensándolos. El objetivo final es formarse continuamente en técnicas de venta para mejorar las habilidades de venta.
The document provides 15 tips for better selling to distributors, including knowing and understanding your distributor, supporting them, confronting problems with solutions, building trust through training and communication, monitoring their activities, helping with marketing plans, applying a little pressure, assisting against competition, and learning eternal sales techniques.
There are many tips to sell more, different tricks and secrets to sell better, but they are not always effective or universal. The sales tips you can find here are eternal and will always work.
Sellers can have many weaknesses (and some strengths too!) and here you can find a few main mistakes to avoid.
The listing is not exhaustive, there are many more, as many as sellers, as many as people and situations, but if at least we learn to avoid these ones, we will have won a lot to be able to sell more and better.
At Techbox Square, in Singapore, we're not just creative web designers and developers, we're the driving force behind your brand identity. Contact us today.
LA HUG - Video Testimonials with Chynna Morgan - June 2024Lital Barkan
Have you ever heard that user-generated content or video testimonials can take your brand to the next level? We will explore how you can effectively use video testimonials to leverage and boost your sales, content strategy, and increase your CRM data.🤯
We will dig deeper into:
1. How to capture video testimonials that convert from your audience 🎥
2. How to leverage your testimonials to boost your sales 💲
3. How you can capture more CRM data to understand your audience better through video testimonials. 📊
Recruiting in the Digital Age: A Social Media MasterclassLuanWise
In this masterclass, presented at the Global HR Summit on 5th June 2024, Luan Wise explored the essential features of social media platforms that support talent acquisition, including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok.
At Techbox Square, in Singapore, we're not just creative web designers and developers, we're the driving force behind your brand identity. Contact us today.
Discover timeless style with the 2022 Vintage Roman Numerals Men's Ring. Crafted from premium stainless steel, this 6mm wide ring embodies elegance and durability. Perfect as a gift, it seamlessly blends classic Roman numeral detailing with modern sophistication, making it an ideal accessory for any occasion.
https://rb.gy/usj1a2
Top mailing list providers in the USA.pptxJeremyPeirce1
Discover the top mailing list providers in the USA, offering targeted lists, segmentation, and analytics to optimize your marketing campaigns and drive engagement.
Structural Design Process: Step-by-Step Guide for BuildingsChandresh Chudasama
The structural design process is explained: Follow our step-by-step guide to understand building design intricacies and ensure structural integrity. Learn how to build wonderful buildings with the help of our detailed information. Learn how to create structures with durability and reliability and also gain insights on ways of managing structures.
Implicitly or explicitly all competing businesses employ a strategy to select a mix
of marketing resources. Formulating such competitive strategies fundamentally
involves recognizing relationships between elements of the marketing mix (e.g.,
price and product quality), as well as assessing competitive and market conditions
(i.e., industry structure in the language of economics).
How MJ Global Leads the Packaging Industry.pdfMJ Global
MJ Global's success in staying ahead of the curve in the packaging industry is a testament to its dedication to innovation, sustainability, and customer-centricity. By embracing technological advancements, leading in eco-friendly solutions, collaborating with industry leaders, and adapting to evolving consumer preferences, MJ Global continues to set new standards in the packaging sector.
1. How to
Meet a RFQ
(Request for Quotation)
Suitable Quotation Procedure
(or Best Practices Check-list)
2. (For not offending sensibilities, I promise that
only 2 cats appears in this presentation, and
we guarantee they did not suffer…)
3. Two Parts
(when you receive a RFQ, or Request for
Quotation)
COMMERCIAL
TECHNICAL
4. First task
(What do we do first?)
o Provide a price of the items required?
o Check if we meet the specs?
o Offer solutions to needs?
o Run to win the business?
o What is our first task ?
Well, maybe all of them, but first…
5. First task
Check whether it can
be qualified as
OPPORTUNITY
Or not… Tip:
First view
may be
wrong!
Later we may follow all steps:
from simple cases (lower steps)
to most complex cases (all steps)
6. Opportunity Qualification
1. Check origin
o Web?, email?,
phone call?, fax?, other?…
o Who is sending this? Country?
o What company?
• Distributor/rep?
• Trader (known or unknown?)
• Customer (known or unknown?)
• Competitor?
• Unknown?
o Ask the rep/distributor to find out more?
Tips:
Keep your
mailbox in
order
Tip:
See company
Webpage and
check contacts in
social networks
(Linkedin)
7. Opportunity Qualification
2. Check subject
o Similar to previous RFQs?
o Country Destination?
o Tender? Budgetary quote?
o Urgent? (why?)
o Just Request for Info (RFI)
o Is it a customer service case?
o Are they asking for a competitor’s product? (model
name or not mentioned?)
o What they really ask for?
o Do we really have something to offer?
o DO WE REALLY NEED TO QUOTE?? (sometimes we
cannot meet some expectations or cannot work with
some companies due to conditions, not our target
client, etc)
Tip:
Know well your
product´s range
and competitor´s
range
8. Opportunity Qualification
3. Make qualifying questions
(if 1 and 2 did not give you the answer)
o Country destination, customer/project ?
o More specs available?
o Clarify/confirm contradictory data – in specs
and/or company
o More data of your company?
o Deadline?
o A Request for Distribution can also hide an
incoming RFQ… suspect.
9. Opportunity Qualification
4. Hey, it´s an opportunity!
o Congratulations, they have selected you
among the many choices – they could have
not contacted you at all…
o You are invited to the party…
prepare your best suit
and best mood…
(well, a bunny is not a cat…)
10. Task 2
(once you certainly qualified that
it’s a real opportunity)
o Who will answer?
• We?
• Our rep/distributor?
(even if issued by them)
In both cases – we will follow up, mixing commercial
and technical parts
Tip:
Carefully match
offers and
channels
11. 1. Proposal Kick-Off
Task 3
Proposal Development
2. Proposal Strategy
3. Proposal Presentation
4. Proposal Validation
Tip:
Check all
comments
along the
process !
12. Know/identify your customer better (maybe this was already
clarified in qualification task)
o Addressed to end user or to distributor?
o Check Previous purchases/quotes
o Who is the real decision maker?
o Purchase profile and context. They want / or need?
o Perception of your company?
o Expected to be quoted as well to others?
CRM registering
o Create opportunity, compile documentation available
o Create accounts/contacts if required
o Assign tasks to Rep if required
Proposal Development
1. Proposal Kick-Off
13. An RFQ is more than the price per item:
o Identify DEADLINE to quote
oTransport specifically required ? Where? Different to
final destination?
o Resale Discount required?
o Identify Payment terms required, if any
o Identify delivery date required, if any
o Identify validity of offer required, if any
o Any special Warranty required?
o Any special certificate required?
o Training required? (or demo)
o Identify any special condition required
Proposal Development
1. Proposal Kick-Off
14. Identify/validate client needs/requirements:
ALWAYS have substantive conversations with customers
to uncover the real/root reason of the RFQ, if possible.
o With/through the Rep or without the Rep
o If possible, to really find out the real needs.
o If not possible at all, make assumptions, and next steps.
o This part might require a visit/s to client
(possibly Assign tasks to rep)
o What is the application for the product? Problems?
Procedure? Conditions?, etc.
o Are they already using similar type of product?
(model/brand?) or what they are using now?
o Do they need a demo?
1. Proposal Kick-Off
Proposal Development
Tip:
Even if we
are specified
!!
15. Identify/confirm documentation required
o Compliance List?
o Certifications?
o References?
o Comparisons with competitors?
o Papers?
o Presentations?
o Datasheet & Brochure, hard copy?
o Authorizations?
o Any additional documentation? (tenders)
Proposal Development
1. Proposal Kick-Off
16. Clarifying our specific strategy & Decide what better fits the RFQ
• Analyze competitors alternatives & possible prices of competitors
(help from the Rep?)
• Competitors already quoted? (chance of getting the target price?)
• Analyze our possible product/s to offer:
o That meet customer needs (real needs if found out)
o That meet customer specs (not need to be the real needs)
o That best beat the competition.
o Do we offer options? Accessories ?
o If not met needs/specs, our best possible option (if justified)
o Or our better option? (exceeding the needs/specs)
o Watch out!: lack of compliance with specs, terms, etc… is a
main reason to be rejected.
Proposal Development
2. Proposal Strategy
17. Prices Strategy (being clear about the above) - BUDGET FOR IT?
o Discount per item? different discounts?, or final discount? price list or
higher?, etc.
o Commissions? Commission negotiation?
o Several product options? discount for each one? Purpose?
o Based in previous prices to same customer/distributor?
o Based in quantities? Closed price for the whole package?
o Specific Strategy when it is a tender (do we know previous
prices of competitors in similar tenders?)
o We are specified?
o Second round expected?
o Target price, if any?
o One or several quotes? Price Anchoring?
o To be quoted to several companies? Same price?
Proposal Development
2. Proposal Strategy
Tip:
Cheaper prices must
be justified
18. Required Terms Strategy (Having clear all the above)
o Payment terms
o Transport, or Ex-works.
o Delivery time (there is stock right now?) – fit the required?
o Training costs & conditions, and where, if required.
Free training?, included in the price of the products?
o Offer validity (urgent answer required to keep discount?)
o Warranties?
o Define our proposal for any other required terms
Proposal Development
2. Proposal Strategy
19. Documentation Strategy (Having clear all the above)
o Brochures?
o Comparisons?
o Papers?
o References?
o Any other document ? (tenders)
o Photos or videos?
o Links?, content deliveries?
Proposal Development
2. Proposal Strategy
Tip:
Sometimes the need of
some specific
documentation arise in
the body of the
proposal description
20. Making Quote:
o One or several quotes (make several for long or
complex options)
o Quote must be clear – place in order the items.
o Keep in mind all related points mentioned in strategy:
• Solutions offered, options, quantities, etc.
• Prices strategy, discounts – notes, etc.
• Delivery Terms.
• Re-check delivery times.
o Place in Notes all that is non standard terms
o Check all points, print if neccessary.
Proposal Development
3. Proposal Presentation
Tip:
ALWAYS
RE-CHECK !!,
21. Describing/Explaining the Quote
o Describe the quote! you need to tell your customer what you’ve got,
and what it’s going to do for them.
o Justify the options quoted. Use images/videos if required.
o Why the solution offered meet the enquiry – or why not.
o Keep in mind all related points mentioned in strategy.
o Provide advantages and differentials – not only features.
o Justify prices, if required.
o Provide additional data not mentioned in the quote (i.e. stock right now?)
o Place a call to action, any related proposal (call, demo, visit, answers…)
Proposal Development
3. Proposal Presentation
Tip:
Save similar
explanations as
templates
22. Stop for a while when proposal is fully written… last chance to make changes
o Does your customer want/need what you’ve got to offer?
o Is the offer beneficial to customer /rep/distributor?
o Re-read, re-check, is it clear?
o Make it simple (remove obstacles)
o Used all sales tools?
o Any way to add more value?
o Does the offer include a call to action?
o Any task to assign to rep/distributor?
o Do we need a second point of view?
o Expectations are realistic?
o Anything missed?
Proposal Development
3. Proposal Presentation
Tip:
Be polite, Be
friendly, Be you
23. Last checkings…. 3, 2, 1… Launch!
o Always re-check, do not forget quote!
o Check grammar!
o Check all attachments are included! (and that they are the right ones)
Special attention in tenders with many documents. Make/place a list.
o Attachments listed/described in the body?
o Re-Check email recipients. Are all people in copy included?
Somebody in BCC?
o Check final size! if attachments are too big, plan to send several mails
with numbers/description.
o Signatures?
Proposal Development
3. Proposal Presentation
Tip:
Use Google
Translator
24. o It depends on answers to the 1st proposal:
• Always confirm quote reception!
• Maybe it’s required to make a new quote (options selected,
changes, etc..)
• Objections?...revise proposal…1 to 4. New strategy, new prices,…
• Additional documentation required, further explanation,
clarifications, etc.
• No answers…insist with rep/distributor/customer
• Key dates?, activities?
• Next action or steps to validate it?
• Feedback?
o Got validated ? Now we have clear what customer will accept?
>>>> PLAN POST-SUBMISSION ACTIVITIES.
Proposal Development
4. Proposal Validation
25. If we did not meet the RFQ,
take some Conclusions…
26. What worked well, what worked
wrong, and why?
The output of one process becomes
the input of another process
Report and share conclusions
… Some Real Conclusions
27. “A bad process is better
than no process at all”
Tip:
Add lessons learned
in next procedures,
Improve the
procedure…
28. SUMMARY – HOW TO MEET A RFQ
o Qualification of Opportunity
• Check Origin
• Check Subject
• Qualifying Questions
• Qualify as opportunity
o Who will answer?
o Proposal Development
1. Proposal Kick-Off
Identify your customer better
CRM Registration
Identify RFQ terms
Identify/validate client´s needs & requirements
Identify/confirm documentation required
29. 2. Proposal Strategy
Products Strategy
Price Strategy
Required Terms Strategy
Documentation Strategy
3. Proposal Presentation
Making quote/proposal
Describing/Explaining the quote
Stop for a while, last changes
Last checkings and Launch
4. Proposal Validation
Validate Proposal
Plan post-submission activities
o Not met?
• Take conclusions
• Improve the process