Fernando Martinez, the Residential Education Director at Washington State University, recommends Matthew Caviness for a position at Blue Origin. Fernando has directly supervised Matthew since 2016 and notes that he consistently demonstrates leadership, responsibility, organization, flexibility, and strong crisis management skills. Matthew performs his responsibilities exceptionally well, builds rapport with students and staff, and serves as a role model for his peers. Fernando trusts Matthew to effectively serve the needs of his community of 34 students on his floor and over 260 students in the building.
This document is a resume for Alexander Rogachev, an architectural technician graduate from George Brown College seeking career opportunities in 2D/3D drafting. He has experience using AutoCAD and Revit and proficiency in the Ontario Building Code. Rogachev placed on the dean's list for his academic achievements and successfully managed various group projects during his studies.
1. The document discusses different types of organic functional groups and families including alcohols, phenols, ethers, and multifunctional alcohols.
2. It provides examples of common alcohols like methanol and ethanol and describes their structures, properties, and uses. Methanol is used as a solvent and chemical intermediate while ethanol is used in alcoholic beverages, solvents, and automotive fuel.
3. The document also discusses toxicity of alcohols like ethanol, noting that excessive long-term ingestion can damage organs but moderate consumption causes mild sedation.
Fundusze inwestycyjne - raport F-Trust stycze¨½ 2017F-Trust SA
?
Ubieg?y rok przeszed? do historii i ju? nie mo?emy zmieni? jego rezultat¨®w. Walczymy o zyski w bie??cym roku, podobnie jak to b?d? robi?y sp¨®?ki na ca?ym ?wiecie. Mo?e nas obecnie zaskoczy? d?uga lista dobrych danych makroekonomicznych i wyra?ny pocz?tek wzrostu ?wiatowej inflacji. Po pierwszym zaskoczeniu takimi danymi dostrzega? b?dziemy poszczeg¨®lne elementy gospodarcze, cho?by rosn?ce p?ace, i zaniepokoimy si? o zyski sp¨®?ek. Aby utrzyma? ceny akcji na obecnym poziomie, trzeba b?dzie podkr?ca? zyski. Na rynku akcji jest obecnie odczuwalny lekki entuzjazm. Mo?na upatrywa? nadziei w Europie i jej nadchodz?cych wyborach, w Azji i jej solidnym dalszym wzro?cie, w Ameryce ?aci¨½skiej po zwy?kach cen surowc¨®w, podobnie jak w innych krajach naftowych czy surowcowych, z Rosj? na czele. Ten uzasadniony optymizm jest lekko przy?miony zmienno?ci? rentowno?ci na rynku d?ugu, chocia? obecne wy?sze rentowno?ci s? pociech? i zach?t? dla wielu inwestor¨®w. Mocny dolar w ko¨½c¨®wce ubieg?ego roku te? pom¨®g? wielu inwestorom, a nie zaszkodzi? jeszcze krajom rynk¨®w wschodz?cych.
SemiXicon produces porous ceramic vacuum chucks in various standard sizes and shapes to securely hold thin film substrates and other delicate materials. The chucks distribute vacuum pressure evenly across their highly flat surfaces to minimize deflection, with flatness typically within a few microns over the entire area. The chuck frames can be made from alumina, stainless steel, or ceramic, and SemiXicon's assembly process allows their chucks to withstand harsh industrial environments involving high temperatures and humidity.
Semixicon machining parts for semiconductor industryWilson Wu
?
The document lists various items, related parts, makers, and remarks for parts used in the semiconductor manufacturing industry. It includes items like upper electrodes, gas distribution parts, shower heads, blocks, connectors, straps, covers, and more from makers like TEL, Mattson, AMAT, Ulvac, and Novellus. The parts are for various semiconductor processes like etch, thin film, implantation, cleaning, and testing.
This document describes a porous ceramic vacuum chuck that can be used for wafer dicing, grinding, inspection, thin film epitaxy, and microfabrication. It offers high flatness, parallelism, and uniform chucking force with a flexible design and fast delivery.
The document contains specifications for various crucibles and boats made of pyrolytic boron nitride (PBN) that are used for crystal growth applications like OLED, MBE, VGF, and LEC. It lists the inner diameters, lip diameters, heights, lengths, thicknesses, and other parameters for different sized PBN crucibles, boats, plates, rings, and rods. The final section provides typical property values for PBN such as density, thermal conductivity, resistivity, and metal impurity content.
This document contains a list of over 300 part numbers from Applied Materials. The part numbers are not accompanied by any other information or context.
The document lists various parts used in semiconductor manufacturing processes including etch, thin film deposition, and testing. It describes the parts, their markets in semiconductor, LCD, or OLED industries, and sometimes remarks. Some of the parts listed are an upper electrode, gas distribution components, a cover, a chuck strip, shower heads, a blocker plate, a water box, a ring connector, an RF strap, an HHP oven cover, a screen, a gas mixer, nozzles, studs, PEEK products, wafer guides, manifolds, RPS parts, guides, and lift pins.
This document contains a portfolio of machining parts from various makers and models categorized into Diffusion, Etch, Thin Film, CMP/Test, and Scrubber sections. The parts are made from materials including aluminum alloys, stainless steel, titanium, ceramic, and inconel.
Semixicon manufactures precision ceramic components for use in the semiconductor industry. Their website, www.semixicon.com, provides information about their products and services for semiconductor applications that require high precision ceramic parts. Semixicon aims to be a leading supplier of ceramic components to the semiconductor industry.
Precision Ceramic Components produces ceramic components for the semiconductor, photonics, medical and military industries. The document lists over 200 ceramic components produced by Precision Ceramic for various etching, deposition, and CVD equipment made by Applied Materials, including lift pins, nozzles, spacers, rings, and other precision ceramic parts. Many of the components are customized for specific Applied Materials tool models.
This document advertises a wire bonding table that has a metal frame and porous ceramic construction, with high precision parallelism and flatness for various applications. The company can turn customer requirements and ideas into products with many shape and design options, and promises prompt delivery.
This document describes a porous ceramic vacuum chuck that can be used for wafer dicing, grinding, inspection, thin film epitaxy, and microfabrication by providing high flatness, parallelism, and uniform chucking force. It directs the reader to www.chuck-table.com for more information.
SemiXicon produces porous ceramic vacuum chucks in various standard sizes for holding thin film substrates and other fragile materials. The chucks distribute vacuum force evenly across their highly flat ceramic surfaces to prevent deflection, with flatness typically within a few microns over the entire surface. SemiXicon chucks can be fitted with alumina, stainless steel, or ceramic frames and are designed to withstand harsh environments involving high temperatures and humidity through specialized assembly technologies.
This document describes porous ceramic chuck tables that are used to securely hold semiconductor wafers during processing. The chuck tables are made of ultra-flat ceramic materials that minimize contact with wafers, reducing the risk of particles damaging wafer geometry. They offer properties like being ultra-flat, precisely polished, lightweight, stiff, resistant to thermal expansion and wear. The ceramic materials are also very pure to reduce particulate contamination during lithography, inspection, cleaning, grinding, and dicing of semiconductor wafers.
This document describes porous ceramic chuck tables that are used to securely hold semiconductor wafers during processing. The chuck tables are made of ultra-flat ceramic materials that minimize contact with wafers, reducing the risk of particles damaging wafers. They offer features like mirror polishing, lightweight strength and resistance to heat, wear and corrosion to improve yield for applications like lithography, inspection and wafer cleaning.
This document discusses different types of chuck tables used to support silicon wafers in semiconductor manufacturing processes like grinding, dicing, and thinning. It describes chuck tables for thinning, dicing, cleaning, and transporting wafers. Specific chuck tables are shown that are compatible with thinning and dicing machines from manufacturers like Disco, G&N, AM, and Tokyo Seimitsu. Key characteristics of chuck tables like flatness, strength, and permeability are also mentioned.
Outline of Human Motivation
1. Introduction to Human Motivation
Definition of motivation
Importance of understanding motivation
Overview of motivational theories
2. Theories of Motivation
A. Intrinsic vs. Extrinsic Motivation
Definitions and differences
Examples of each type
B. Maslow's Hierarchy of Needs
Overview of the five levels of needs
Application of the theory in real-life scenarios
C. Self-Determination Theory (SDT)
Overview of intrinsic motivation and its three basic psychological needs: autonomy, competence, and relatedness
The impact of SDT on personal growth and well-being
D. Expectancy Theory
Explanation of how expectations influence motivation
Components: expectancy, instrumentality, and valence
E. Goal-Setting Theory
Importance of setting specific and challenging goals
The SMART criteria (Specific, Measurable, Achievable, Relevant, Time-bound)
3. Factors Influencing Motivation
A. Biological Factors
Role of genetics and neurochemistry in motivation
Impact of physical health and well-being
B. Psychological Factors
Personality traits and their influence on motivation
The role of mindset (fixed vs. growth mindset)
C. Social and Environmental Factors
Influence of culture, family, peers, and society on motivation
The impact of the workplace environment and leadership styles
4. Motivation in Different Contexts
A. Education
How motivation affects learning and academic performance
Strategies to enhance student motivation
B. Workplace
Importance of employee motivation for productivity and job satisfaction
Techniques for fostering motivation in the workplace
C. Personal Development
Motivation for self-improvement and personal goals
The role of habits and routines in maintaining motivation
5. Challenges to Motivation
Common obstacles to motivation (e.g., procrastination, fear of failure)
Strategies to overcome motivational challenges
6. Conclusion
Summary of key points
The significance of understanding motivation for personal and societal growth
7. References
A list of academic sources and literature on motivation
Project Status Report Template that our ex-McKinsey & Deloitte consultants like to use with their clients.
For more content, visit www.domontconsulting.com
In the fast-paced world of business, staying on top of key projects and initiatives is crucial for success. An initiative status report is a vital tool that provides transparency, accountability, and valuable insights to stakeholders. By outlining deadlines, costs, quality standards, and potential risks, these reports ensure that projects remain on track and aligned with organizational goals. In this article, we will delve into the essential components of an initiative status report, offering a comprehensive guide to creating effective and informative updates.
SemiXicon produces porous ceramic vacuum chucks in various standard sizes and shapes to securely hold thin film substrates and other delicate materials. The chucks distribute vacuum pressure evenly across their highly flat surfaces to minimize deflection, with flatness typically within a few microns over the entire area. The chuck frames can be made from alumina, stainless steel, or ceramic, and SemiXicon's assembly process allows their chucks to withstand harsh industrial environments involving high temperatures and humidity.
Semixicon machining parts for semiconductor industryWilson Wu
?
The document lists various items, related parts, makers, and remarks for parts used in the semiconductor manufacturing industry. It includes items like upper electrodes, gas distribution parts, shower heads, blocks, connectors, straps, covers, and more from makers like TEL, Mattson, AMAT, Ulvac, and Novellus. The parts are for various semiconductor processes like etch, thin film, implantation, cleaning, and testing.
This document describes a porous ceramic vacuum chuck that can be used for wafer dicing, grinding, inspection, thin film epitaxy, and microfabrication. It offers high flatness, parallelism, and uniform chucking force with a flexible design and fast delivery.
The document contains specifications for various crucibles and boats made of pyrolytic boron nitride (PBN) that are used for crystal growth applications like OLED, MBE, VGF, and LEC. It lists the inner diameters, lip diameters, heights, lengths, thicknesses, and other parameters for different sized PBN crucibles, boats, plates, rings, and rods. The final section provides typical property values for PBN such as density, thermal conductivity, resistivity, and metal impurity content.
This document contains a list of over 300 part numbers from Applied Materials. The part numbers are not accompanied by any other information or context.
The document lists various parts used in semiconductor manufacturing processes including etch, thin film deposition, and testing. It describes the parts, their markets in semiconductor, LCD, or OLED industries, and sometimes remarks. Some of the parts listed are an upper electrode, gas distribution components, a cover, a chuck strip, shower heads, a blocker plate, a water box, a ring connector, an RF strap, an HHP oven cover, a screen, a gas mixer, nozzles, studs, PEEK products, wafer guides, manifolds, RPS parts, guides, and lift pins.
This document contains a portfolio of machining parts from various makers and models categorized into Diffusion, Etch, Thin Film, CMP/Test, and Scrubber sections. The parts are made from materials including aluminum alloys, stainless steel, titanium, ceramic, and inconel.
Semixicon manufactures precision ceramic components for use in the semiconductor industry. Their website, www.semixicon.com, provides information about their products and services for semiconductor applications that require high precision ceramic parts. Semixicon aims to be a leading supplier of ceramic components to the semiconductor industry.
Precision Ceramic Components produces ceramic components for the semiconductor, photonics, medical and military industries. The document lists over 200 ceramic components produced by Precision Ceramic for various etching, deposition, and CVD equipment made by Applied Materials, including lift pins, nozzles, spacers, rings, and other precision ceramic parts. Many of the components are customized for specific Applied Materials tool models.
This document advertises a wire bonding table that has a metal frame and porous ceramic construction, with high precision parallelism and flatness for various applications. The company can turn customer requirements and ideas into products with many shape and design options, and promises prompt delivery.
This document describes a porous ceramic vacuum chuck that can be used for wafer dicing, grinding, inspection, thin film epitaxy, and microfabrication by providing high flatness, parallelism, and uniform chucking force. It directs the reader to www.chuck-table.com for more information.
SemiXicon produces porous ceramic vacuum chucks in various standard sizes for holding thin film substrates and other fragile materials. The chucks distribute vacuum force evenly across their highly flat ceramic surfaces to prevent deflection, with flatness typically within a few microns over the entire surface. SemiXicon chucks can be fitted with alumina, stainless steel, or ceramic frames and are designed to withstand harsh environments involving high temperatures and humidity through specialized assembly technologies.
This document describes porous ceramic chuck tables that are used to securely hold semiconductor wafers during processing. The chuck tables are made of ultra-flat ceramic materials that minimize contact with wafers, reducing the risk of particles damaging wafer geometry. They offer properties like being ultra-flat, precisely polished, lightweight, stiff, resistant to thermal expansion and wear. The ceramic materials are also very pure to reduce particulate contamination during lithography, inspection, cleaning, grinding, and dicing of semiconductor wafers.
This document describes porous ceramic chuck tables that are used to securely hold semiconductor wafers during processing. The chuck tables are made of ultra-flat ceramic materials that minimize contact with wafers, reducing the risk of particles damaging wafers. They offer features like mirror polishing, lightweight strength and resistance to heat, wear and corrosion to improve yield for applications like lithography, inspection and wafer cleaning.
This document discusses different types of chuck tables used to support silicon wafers in semiconductor manufacturing processes like grinding, dicing, and thinning. It describes chuck tables for thinning, dicing, cleaning, and transporting wafers. Specific chuck tables are shown that are compatible with thinning and dicing machines from manufacturers like Disco, G&N, AM, and Tokyo Seimitsu. Key characteristics of chuck tables like flatness, strength, and permeability are also mentioned.
Outline of Human Motivation
1. Introduction to Human Motivation
Definition of motivation
Importance of understanding motivation
Overview of motivational theories
2. Theories of Motivation
A. Intrinsic vs. Extrinsic Motivation
Definitions and differences
Examples of each type
B. Maslow's Hierarchy of Needs
Overview of the five levels of needs
Application of the theory in real-life scenarios
C. Self-Determination Theory (SDT)
Overview of intrinsic motivation and its three basic psychological needs: autonomy, competence, and relatedness
The impact of SDT on personal growth and well-being
D. Expectancy Theory
Explanation of how expectations influence motivation
Components: expectancy, instrumentality, and valence
E. Goal-Setting Theory
Importance of setting specific and challenging goals
The SMART criteria (Specific, Measurable, Achievable, Relevant, Time-bound)
3. Factors Influencing Motivation
A. Biological Factors
Role of genetics and neurochemistry in motivation
Impact of physical health and well-being
B. Psychological Factors
Personality traits and their influence on motivation
The role of mindset (fixed vs. growth mindset)
C. Social and Environmental Factors
Influence of culture, family, peers, and society on motivation
The impact of the workplace environment and leadership styles
4. Motivation in Different Contexts
A. Education
How motivation affects learning and academic performance
Strategies to enhance student motivation
B. Workplace
Importance of employee motivation for productivity and job satisfaction
Techniques for fostering motivation in the workplace
C. Personal Development
Motivation for self-improvement and personal goals
The role of habits and routines in maintaining motivation
5. Challenges to Motivation
Common obstacles to motivation (e.g., procrastination, fear of failure)
Strategies to overcome motivational challenges
6. Conclusion
Summary of key points
The significance of understanding motivation for personal and societal growth
7. References
A list of academic sources and literature on motivation
Project Status Report Template that our ex-McKinsey & Deloitte consultants like to use with their clients.
For more content, visit www.domontconsulting.com
In the fast-paced world of business, staying on top of key projects and initiatives is crucial for success. An initiative status report is a vital tool that provides transparency, accountability, and valuable insights to stakeholders. By outlining deadlines, costs, quality standards, and potential risks, these reports ensure that projects remain on track and aligned with organizational goals. In this article, we will delve into the essential components of an initiative status report, offering a comprehensive guide to creating effective and informative updates.
Businesses must optimize their supply chain to remain competitive. Seamlessly integrating freight forwarding, trucking, and warehousing services can significantly improve efficiency, reduce costs, and enhance customer satisfaction. A well-coordinated logistics strategy is essential for businesses dealing with large shipments, furniture storage, and distribution operations.
The Importance of an Integrated Logistics Approach
A logistics service provider in Singapore must ensure a seamless flow of goods from the manufacturer to the end customer. This process involves multiple stages, including freight forwarding, trucking, and warehousing. When these elements operate in isolation, inefficiencies arise, leading to delays and increased costs. However, integrating them into a cohesive system offers several benefits:
Cost Efficiency: Reduced handling, storage, and transportation costs through streamlined operations.
Faster Delivery: Optimized transit times due to better coordination between different logistics components.
Improved Inventory Management: Centralized storage and real-time tracking enhance stock control.
Better Resource Utilization: Trucks and warehouses are used efficiently, reducing idle time and wastage.
Enhanced Scalability: Businesses can scale operations more effectively by utilizing integrated logistics services.
Customer Satisfaction: Faster deliveries and accurate order fulfillment enhance the overall customer experience.
Freight Forwarding: The First Step in Logistics Optimization Freight forwarding is the backbone of global supply chains. It involves managing the transportation of goods across international borders using various modes, including air, sea, and land. A logistics service provider specializing in freight forwarding plays a crucial role in:
Customs Clearance: Handling documentation and compliance requirements to ensure smooth international trade.
Carrier Selection: Choosing the most cost-effective and reliable transportation options.
Cargo Consolidation: Combining smaller shipments to optimize container space and reduce costs.
Route Optimization: Selecting the best routes to minimize transit time and costs.
Risk Management: Identifying and mitigating potential risks such as delays, damage, and unforeseen expenses.
By partnering with a reliable freight forwarder, businesses can streamline their global shipping processes and reduce the risks associated with international logistics.
Trucking: Bridging the Gap Between Freight and Warehousing
Once goods arrive at ports or distribution centers, trucking services become essential for last-mile delivery. Efficient trucking operations ensure timely deliveries and minimize disruptions. Key strategies for optimizing trucking include:
Fleet Management: Using GPS tracking and route optimization software to reduce delays and fuel consumption.
Load Optimization: Maximizing truck capacity to lower transportation costs per unit.
Timely Scheduling: Coordinating truc
BusinessGPT - Privacy first AI Platform.pptxAGATSoftware
?
Empower users with responsible and secure AI for generating insights from your company¡¯s data.? Usage control and data protection concerns limit companies from leveraging Generative AI.? For customers that don¡¯t want to take any risk of using Public AI services.? For customers that are willing to use Public AI services but want to manage the risks.?
This presentation was delivered to a mixed sector industrial audience to provide a balanced view of why AI is necessary in many working environments, and further, how it can advantage the individual and organisation. It also dispels the widely held (media) view that AI will destroy jobs and displace people on a socially damaging scale. The really serious threat scenarios actually remain the domain of human players, and not as depicted by some Hollywood dystopian ¡®machines take over¡¯ nightmare!
¡°Primarily seeing AI as a downsizing opportunity is to miss the key point: by empowering employees it is the biggest growth agent!¡±
The nonsensical nature of ¡®AI v human supremacy arguments¡¯ also distract from the symbiotic relationships we are forging. This is especially evident when confronted by complexity beyond our natural abilities. For example: procurement and supply chains may now see >>60 independent variables (features and parameters) with many requiring real time control. Humans can typically cope with 5 - 7, whilst our mathematical framework fails at 5. This primal limiter also compounds the risks involved in designing for:
optimisation v brittleness v resilience
In this context, the digitisation process is largely regarded as an ¡®event instead of a continuum¡¯ and this greatly exacerbates the risks involved. This is illustrated against the backdrop of several past tech-revolutions and the changes they invoked. Two ongoing revolutions are also included with ¡®projections¡¯ for likely futures/outcomes.
The closing remarks remind the audience of just one observation that we all need to keep in mind:
¡°Things that think want to link
and
Things that link want to think¡±
HIRE THE MOST EXPERIENCE BTC SCAM RECOVERY SERVICE- CONTACT SALVAGE ASSET REC...petradiego352
?
CONTACT INFO-- WEBSITE.......https://salvageassetrecovery.com
TELEGRAM---@Salvageasset
Email...Salvageass...@alumni.com
WhatsApp+ 1 8 4 7 6 5 4 7 0 9 6
Life is amusingly funny. One minute I was waiting for my morning coffee, and the next, I was eavesdropping on a barista raving about Salvage Asset Recovery like they were actual superheroes.
At the time, I laughed it off. I was under the impression that I would never need such crypto recovery services. My wallet was safe, my security was on solid grounds-or so it seemed.
That all changed one week later. I had been planning to transfer some Bitcoin when, out of nowhere, my wallet rejected my credentials. Incorrect password.
I tried again. And again. Panic set in.
My $330,000 was locked away, and for the life of me, I couldn't remember the password. I was sure I had it right, but the wallet said otherwise. That's when I remembered the barista's enthusiastic endorsement of Salvage Asset Recovery; desperate, I looked them up and decided to reach out. From the very first message, their team showed patience, understanding, and a great deal of professionalism, assuring me that I wasn't the first-not to say the last-person in the world who had lost access to his wallet because he forgot the password. Their confidence set me at ease, but I couldn't help it: I was nervous. Was my Bitcoin gone forever? Not a chance. Over the succeeding days, their experts worked through different advanced decryption techniques to crack my forgotten password. They swam through the security layers, tested all sorts of possible variations, and-miraculously-got me back in. It felt like I had won the lottery when I saw my balance restored. I must have sounded just like that barista, singing Salvage Asset Recovery's praises to anyone who would listen, as the relief was overwhelming. They didn't just recover my funds but also gave me practical advice on password management, securing my crypto, and avoiding similar disasters in the future. Nowadays, every time I pass that coffee shop, I make sure to leave a fat tip¡ªjust because, if it wasn't for that conversation, I could still be locked out of my Bitcoin.
Lesson learned: Always double-check your passwords. And if you ever find yourself locked out of your crypto, Salvage Asset Recovery is the name to remember.
Vitaly Bondar: Are GANs dead or alive? (UA)
Kyiv AI & BigData Day 2025
Website ¨C https://aiconf.com.ua/kyiv
Youtube ¨C https://www.youtube.com/startuplviv
FB ¨C https://www.facebook.com/aiconf
Holden Melia - An Accomplished ExecutiveHolden Melia
?
Holden Melia is an accomplished executive with over 15 years of experience in leadership, business growth, and strategic innovation. He holds a Bachelor¡¯s degree in Accounting and Finance from the University of Nebraska-Lincoln and has excelled in driving results, team development, and operational efficiency.
Jatin Mansata - A Leader In Finance And PhilanthropyJatin Mansata
?
Jatin Mansata is a financial markets leader and teacher with a deep commitment to social change. As the CEO and Director of JM Global Equities, he¡¯s recognized for his acumen for derivatives and equities. Beyond his professional achievements, Jatin mentors 500 students, empowering them with financial knowledge.
What PE Teachers and PEX Professionals Have in CommonKaiNexus
?
Presented by Shawna Forst, Performance Excellence, Quality & Risk Coordinator at MercyOne Newton Medical Center
What do physical education teachers and performance excellence professionals have in common? More than you think! This session will feature one former P.E. Teacher's perspective on the similarities between coaching kids and leading quality and improvement efforts in the workplace while also sharing how to leverage KaiNexus to support and encourage those endeavors.
In this webinar, you'll learn:
To explore the basic fundamentals of being an effective coach, regardless of field.
To identify how KaiNexus can be leveraged in being an effective coach.
To understand how Lean methodology, leveraging KaiNexus, can help eliminate waste, build teamwork, reduce conflicts, reduce or eliminate defects, create IDEAL processes, services, and products as well as improve client satisfaction.
About the Presenter:
Shawna Forst
Shawna is the Performance Excellence Quality & Risk Coordinator and Lean Healthcare Coach at MercyOne Newton Medical Center. Shawna has been a Lean Healthcare facilitator since January 2007 and has two years of experience as a technician in a cardiac unit. Since then, she has had various roles in Healthcare Quality and Safety. Shawna graduated from Simpson College in 2002 with a Bachelor of Arts in Physical Education and a Coaching Endorsement. In 2010, she became a Certified Professional in Healthcare Quality (CPHQ) and received her LEAN Green Belt certification in 2014. She also received her Masters in Business Administration from Western Governors University in 2018.