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Oath appsec sf 2015 dem rev. 2
The Initiative for Open Authentication (OATH) is a group working to promote strong authentication solutions without passwords. It has created open standards like HOTP, TOTP, and OCRA, and certifies compatible products. OATH seeks to reduce fraud by establishing interoperable strong authentication methods across devices and networks through its reference architecture and standards.
Nonverbalcommunication 1
Nonverbal communication such as smiling, open posture, forward leaning, touching, eye contact, and nodding can make communication more effective. It is important to be aware of one's body language in interactions as gestures, facial expressions, and eye contact can reveal a person's emotions and intentions. Strictly speaking, between 60 to 80% of messages are communicated through body language rather than words. Handshakes, arm positions, and leg postures can indicate levels of trust, dominance, submission, anxiety, and attitudes toward the interaction.
Ind eng-734-doc
The students noticed vandalism at local historic sites and wanted to increase awareness of preserving cultural heritage. Their solution was to:
1. Take an oath themselves to protect heritage and administer it to 500 other students.
2. Organize a cleanup of a historic temple site with other student volunteers.
3. Perform a dance and distribute pamphlets at another temple, reaching over 1,000 people.
Their efforts raised awareness among other students and the public, and received media coverage in a local newspaper.
Katrina sigma xi oct 2009 bob gilbert
Engineering Code of Ethics calls on engineers to hold paramount public safety. After Hurricane Katrina, an engineering failure analysis found numerous issues with the New Orleans levee system design and construction that led to catastrophic failures during the storm. Over 50 levee breaches occurred due to issues like inadequate design for expected storm surge, construction that did not meet design standards, lack of resilience for potential failures, and uncoordinated transitions between different jurisdictional entities. While thousands died in New Orleans, later storms saw improved evacuation and no levee failures due to applying the lessons learned - prioritizing public safety, embracing system resilience, better engineering practices, and coordination between agencies.
Social Experimentation
1. Engineering projects can be considered a form of social experimentation due to their innovative nature and potential unintended consequences. This results in uncertainty and risks for various stakeholders.
2. Engineers have a responsibility to monitor projects for risks, provide information to allow stakeholders to make informed decisions, and accept accountability for project outcomes.
3. Ethical codes can provide guidance for engineers and help balance responsibilities to stakeholders, but challenges remain with issues like diffusion of accountability in large organizations.
Professional societies
The document discusses three professional societies:
1) NSPE (National Society of Professional Engineers) which publishes a code of ethics for engineers consisting of fundamental cannons, rules of practice, and professional obligations.
2) ACM (Association for Computing Machinery) which is the world's largest computing society and sponsors many conferences and special interest groups. Its code of conduct has four sections outlining ethical considerations and professional responsibilities.
3) IEEE (Institute of Electrical and Electronics Engineers) which is a large international professional association for electronic engineering and electrical engineering.
Human Subjects Regulations
Slides from the lecture on codes of ethics governing human subjects research, in my "Ethics in Science" course at San Jose State University.
Beyond Disaster Recovery
The document discusses preparing schools and education technology for crises and disasters. It provides examples of typical crises responses and recovery plans. It emphasizes identifying essential services, staff, equipment and processes, and having plans for remote learning, communication, and continuity of operations. Checklists are provided to help assess preparedness and resources are shared for developing effective response and recovery strategies.
Recommended
Oath appsec sf 2015 dem rev. 2
The Initiative for Open Authentication (OATH) is a group working to promote strong authentication solutions without passwords. It has created open standards like HOTP, TOTP, and OCRA, and certifies compatible products. OATH seeks to reduce fraud by establishing interoperable strong authentication methods across devices and networks through its reference architecture and standards.
Nonverbalcommunication 1
Nonverbal communication such as smiling, open posture, forward leaning, touching, eye contact, and nodding can make communication more effective. It is important to be aware of one's body language in interactions as gestures, facial expressions, and eye contact can reveal a person's emotions and intentions. Strictly speaking, between 60 to 80% of messages are communicated through body language rather than words. Handshakes, arm positions, and leg postures can indicate levels of trust, dominance, submission, anxiety, and attitudes toward the interaction.
Ind eng-734-doc
The students noticed vandalism at local historic sites and wanted to increase awareness of preserving cultural heritage. Their solution was to:
1. Take an oath themselves to protect heritage and administer it to 500 other students.
2. Organize a cleanup of a historic temple site with other student volunteers.
3. Perform a dance and distribute pamphlets at another temple, reaching over 1,000 people.
Their efforts raised awareness among other students and the public, and received media coverage in a local newspaper.
Katrina sigma xi oct 2009 bob gilbert
Engineering Code of Ethics calls on engineers to hold paramount public safety. After Hurricane Katrina, an engineering failure analysis found numerous issues with the New Orleans levee system design and construction that led to catastrophic failures during the storm. Over 50 levee breaches occurred due to issues like inadequate design for expected storm surge, construction that did not meet design standards, lack of resilience for potential failures, and uncoordinated transitions between different jurisdictional entities. While thousands died in New Orleans, later storms saw improved evacuation and no levee failures due to applying the lessons learned - prioritizing public safety, embracing system resilience, better engineering practices, and coordination between agencies.
Social Experimentation
1. Engineering projects can be considered a form of social experimentation due to their innovative nature and potential unintended consequences. This results in uncertainty and risks for various stakeholders.
2. Engineers have a responsibility to monitor projects for risks, provide information to allow stakeholders to make informed decisions, and accept accountability for project outcomes.
3. Ethical codes can provide guidance for engineers and help balance responsibilities to stakeholders, but challenges remain with issues like diffusion of accountability in large organizations.
Professional societies
The document discusses three professional societies:
1) NSPE (National Society of Professional Engineers) which publishes a code of ethics for engineers consisting of fundamental cannons, rules of practice, and professional obligations.
2) ACM (Association for Computing Machinery) which is the world's largest computing society and sponsors many conferences and special interest groups. Its code of conduct has four sections outlining ethical considerations and professional responsibilities.
3) IEEE (Institute of Electrical and Electronics Engineers) which is a large international professional association for electronic engineering and electrical engineering.
Human Subjects Regulations
Slides from the lecture on codes of ethics governing human subjects research, in my "Ethics in Science" course at San Jose State University.
Beyond Disaster Recovery
The document discusses preparing schools and education technology for crises and disasters. It provides examples of typical crises responses and recovery plans. It emphasizes identifying essential services, staff, equipment and processes, and having plans for remote learning, communication, and continuity of operations. Checklists are provided to help assess preparedness and resources are shared for developing effective response and recovery strategies.
DevOpsDays Silicon Valley 2014 - The Game of Operations
Operating online games is fun and challenging. Games are some of the spikiest workloads around, and real-time really means *real-time*. Randy shares many of the DevOps techniques his team has put into practice at KIXEYE: Cloud infrastructure, Service teams, and DevOps Culture. He talks about elastic workloads, micro-services, configuration automation, and a common service "chassis". He further discusses the organizational and technical disciplines of team autonomy, internal vendor-customer relationships, and, of course, "you build it, you run it"!
Law Enforcement Oath of Honor
The document discusses the law enforcement oath of honor. It emphasizes that standards should be high for sworn officers who are given power, authority, and responsibility. Officers should willingly accept the responsibility to be role models of ethical behavior. The oath of honor states that officers will never betray their profession, integrity, character, or the public trust, and will always have courage to hold themselves and others accountable for their actions.
The Importance of Culture: Building and Sustaining Effective Engineering Org...
Randy is a 25-year veteran of Silicon Valley, having led engineering organizations at eBay, Google, Oracle, and a number of other companies. Through the lens of his personal experience from hands-on engineer to architect to CTO, at organizations ranging from tiny startups to global giants, Randy will discuss several important aspects of engineering cultures, which both support and hinder the ability to innovate: hiring and retention, ownership and collaboration, quality and discipline, and learning and experimentation.
Randy will suggest some learnings about what has worked well -- and what has not -- in creating and sustaining an effective engineering culture. He will further offer some concrete suggestions on how other organizations -- both large and small -- can evolve their cultures as well.
Discovering a Career in Law Enforcement
Law enforcement is a service career that offers new challenges and opportunities. Agencies include federal, state, local, tribal, and special jurisdictions. Jobs can be sworn officer positions like patrol, investigations, or SWAT that carry guns and arrest powers, or civilian roles like crime prevention or analysis. Becoming an officer requires problem solving skills, multi-tasking ability, empathy, courage, and meeting basic requirements like citizenship, age, education, license, and fitness. The process involves application, testing, background check, drug screening, medical evaluation, polygraph, and interview. Training is through an academy and field experience.
Software Engineering code of ethics and professional practice of IEEE
This document presents the IEEE Code of Ethics for software engineers. It begins with an overview of what a professional code of ethics is. It then discusses IEEE as an organization and the history of its code of ethics. The core of the document is the presentation of the 8 fundamental principles of the IEEE code: public, client/employer, product, judgment, management, profession, colleagues, and self. Each principle is explained in 1-2 sentences and backed by a list of more specific guidelines under that principle. The purpose is to establish a standard framework for ethical conduct in software engineering.
SE_Lec 05_System Modelling and Context Model
System modeling is the process of developing abstract models of a system using graphical notations like the Unified Modeling Language (UML) to represent different views of a system. Models help analysts understand system functionality and communicate with customers. Models of existing and new systems are used during requirements engineering to clarify current systems, discuss strengths/weaknesses, and explain proposed requirements.
SE_Lec 10_ Software Code of Ethics
This document outlines principles of professional ethics for software engineers. It discusses responsibilities like confidentiality, competence, intellectual property rights, and avoiding computer misuse. The document also presents eight principles for public interest, product quality, professional judgment, responsibilities to clients/employers, management duties, colleagues, and lifelong learning. Software engineers are expected to adhere to these ethical guidelines in their work.
Ethics in engineering presentation
This document discusses ethics in engineering and highlights a case study involving an ammonia hose company. It defines ethics as rules governing conduct within a profession. The case study describes how the company used an untested material in their hoses that degraded over time, leading to failures and injuries. This raised issues of the engineers' accountability and whether risks were properly assessed and monitored. The document recommends engineers follow codes of ethics and integrate ethical decision making into their work.
GE6075 PROFESSIONAL ETHICS IN ENGINEERING Unit 3
Engineering as Experimentation – Engineers as responsible Experimenters – Codes of Ethics – A Balanced Outlook on Law.
Engineering Ethics - Rights of engineers
This document discusses the internal and external responsibilities of engineers. Internally, engineers have responsibilities to their employers which include collegiality, loyalty, respect for authority, and collective bargaining. Collegiality involves respecting colleagues' work and moral commitments. Loyalty includes fulfilling contractual duties and identifying with an organization's goals. Respect for authority means complying with those given power over tasks. Collective bargaining is negotiation between employers and employee representatives. Externally, engineers have responsibilities to the public, including maintaining confidentiality, avoiding conflicts of interest, and not committing occupational crimes like price fixing or endangering lives.
Engineering as social experimentation
To cover the concepts of ENGINEERING AS SOCIAL EXPERIMENTATION in professional ethics and engineering
Professional ethics as an engineer
This document discusses professional ethics for engineers. It defines ethics as systematizing concepts of right and wrong conduct. Professional ethics concerns the moral issues that arise from professionals' specialized knowledge and how it should be governed when providing services. The five main ethical principles for engineers are: respecting autonomy, doing no harm, benefiting others, being just, and being faithful. The document also discusses typical ethical issues engineers face, the engineering code of ethics, examples of engineering disasters caused by unethical decisions, and the golden rule of treating others as you wish to be treated.
GE6075 PROFESSIONAL ETHICS IN ENGINEERING Unit 2
Senses of “Engineering Ethics” – Variety of moral issues – Types of inquiry – Moral dilemmas – Moral Autonomy – Kohlberg‟s theory – Gilligan‟s theory – Consensus and Controversy – Models of professional roles - Theories about right action – Self-interest – Customs and Religion – Uses of Ethical Theories
Engineering Ethics and Values
Engineering ethics is the study of moral issues and decisions that engineers face in their professional work. An engineering ethics course aims to increase students' ability to responsibly address moral problems raised by technology. Key issues discussed include public safety, conflicts of interest, environmental protection, honesty in research, and questionable practices like data manipulation. The goal is to sensitize students to important ethical considerations so they can think critically about moral issues and apply that thinking to make ethical decisions in their future engineering careers.
Why study engineering ethics and moral dilemmas
The document discusses engineering ethics and moral dilemmas. It provides an introduction to ethics and explains why engineering ethics is important to study. It discusses Kohlberg's stages of moral development and uses examples like the Heinz dilemma to illustrate the stages. The document also outlines procedures for facing moral dilemmas, such as assessing situations, discussing with others, and determining the best course of action. Overall, the document aims to introduce key concepts around engineering ethics and provide guidance for addressing moral dilemmas.
ETHICS AND CONDUCT (POLICE)
This document defines terms related to ethics, values, and conduct for public officials and employees in the Philippines according to Republic Act No. 6713. It includes 22 terms to define, such as crime, dishonesty, disloyalty to the government, and gift. It also discusses the core values of the Philippine National Police (PNP), including love of God, respect for authority, and service to people. The document outlines ethical standards, customs, ceremonies and traditions of the PNP regarding professional conduct, discipline, secrecy, and courtesy.
Professional Code of Ethics in Software Engineering
The document discusses the differences between craftsmanship and engineering in software development. It argues that software engineering is an idea whose time has come and gone, and that software development is more experimental in nature. The focus should be on software conception rather than strict engineering approaches, as control is ultimately illusory in software projects.
Professional responsibility and the role of the engineer
This presentation discusses the role and responsibilities of engineers in society. It explores definitions of engineering as applying scientific knowledge to meet societal needs and connect science to society. As such, engineers have a social responsibility to consider the impacts and consequences of their work on public safety, well-being, and the environment. The presentation outlines various ways engineers can demonstrate this responsibility through their work and advocacy.
Engineering Ethics
The document discusses engineering ethics and responsibilities to employers. It covers topics like organizational culture, dimensions of culture, managerial ethos, virtues like collegiality and loyalty. It emphasizes that engineers have dual responsibilities - to their employer as well as to the public. Professional responsibilities to ensure safety and welfare of the public should take precedence over loyalty to employers if there is a conflict. Identification loyalty to employers is desirable only if they treat employees fairly and as partners in progress.
Human Values and Professional Ethics notes unit 1
This document contains sample questions and answers related to the topic of human values and professional ethics. It discusses the need for value education to help people correctly identify their aspirations and understand universal human values. It also explains that both values and skills are necessary to achieve goals, with values providing wisdom around what is truly valuable and skills allowing one to actualize goals. The content of value education should encompass understanding oneself and society, and learning to live in harmony at all levels through vigilance in one's thoughts, behaviors and work.
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Viewers also liked
DevOpsDays Silicon Valley 2014 - The Game of Operations
Operating online games is fun and challenging. Games are some of the spikiest workloads around, and real-time really means *real-time*. Randy shares many of the DevOps techniques his team has put into practice at KIXEYE: Cloud infrastructure, Service teams, and DevOps Culture. He talks about elastic workloads, micro-services, configuration automation, and a common service "chassis". He further discusses the organizational and technical disciplines of team autonomy, internal vendor-customer relationships, and, of course, "you build it, you run it"!
Law Enforcement Oath of Honor
The document discusses the law enforcement oath of honor. It emphasizes that standards should be high for sworn officers who are given power, authority, and responsibility. Officers should willingly accept the responsibility to be role models of ethical behavior. The oath of honor states that officers will never betray their profession, integrity, character, or the public trust, and will always have courage to hold themselves and others accountable for their actions.
The Importance of Culture: Building and Sustaining Effective Engineering Org...
Randy is a 25-year veteran of Silicon Valley, having led engineering organizations at eBay, Google, Oracle, and a number of other companies. Through the lens of his personal experience from hands-on engineer to architect to CTO, at organizations ranging from tiny startups to global giants, Randy will discuss several important aspects of engineering cultures, which both support and hinder the ability to innovate: hiring and retention, ownership and collaboration, quality and discipline, and learning and experimentation.
Randy will suggest some learnings about what has worked well -- and what has not -- in creating and sustaining an effective engineering culture. He will further offer some concrete suggestions on how other organizations -- both large and small -- can evolve their cultures as well.
Discovering a Career in Law Enforcement
Law enforcement is a service career that offers new challenges and opportunities. Agencies include federal, state, local, tribal, and special jurisdictions. Jobs can be sworn officer positions like patrol, investigations, or SWAT that carry guns and arrest powers, or civilian roles like crime prevention or analysis. Becoming an officer requires problem solving skills, multi-tasking ability, empathy, courage, and meeting basic requirements like citizenship, age, education, license, and fitness. The process involves application, testing, background check, drug screening, medical evaluation, polygraph, and interview. Training is through an academy and field experience.
Software Engineering code of ethics and professional practice of IEEE
This document presents the IEEE Code of Ethics for software engineers. It begins with an overview of what a professional code of ethics is. It then discusses IEEE as an organization and the history of its code of ethics. The core of the document is the presentation of the 8 fundamental principles of the IEEE code: public, client/employer, product, judgment, management, profession, colleagues, and self. Each principle is explained in 1-2 sentences and backed by a list of more specific guidelines under that principle. The purpose is to establish a standard framework for ethical conduct in software engineering.
SE_Lec 05_System Modelling and Context Model
System modeling is the process of developing abstract models of a system using graphical notations like the Unified Modeling Language (UML) to represent different views of a system. Models help analysts understand system functionality and communicate with customers. Models of existing and new systems are used during requirements engineering to clarify current systems, discuss strengths/weaknesses, and explain proposed requirements.
SE_Lec 10_ Software Code of Ethics
This document outlines principles of professional ethics for software engineers. It discusses responsibilities like confidentiality, competence, intellectual property rights, and avoiding computer misuse. The document also presents eight principles for public interest, product quality, professional judgment, responsibilities to clients/employers, management duties, colleagues, and lifelong learning. Software engineers are expected to adhere to these ethical guidelines in their work.
Ethics in engineering presentation
This document discusses ethics in engineering and highlights a case study involving an ammonia hose company. It defines ethics as rules governing conduct within a profession. The case study describes how the company used an untested material in their hoses that degraded over time, leading to failures and injuries. This raised issues of the engineers' accountability and whether risks were properly assessed and monitored. The document recommends engineers follow codes of ethics and integrate ethical decision making into their work.
GE6075 PROFESSIONAL ETHICS IN ENGINEERING Unit 3
Engineering as Experimentation – Engineers as responsible Experimenters – Codes of Ethics – A Balanced Outlook on Law.
Engineering Ethics - Rights of engineers
This document discusses the internal and external responsibilities of engineers. Internally, engineers have responsibilities to their employers which include collegiality, loyalty, respect for authority, and collective bargaining. Collegiality involves respecting colleagues' work and moral commitments. Loyalty includes fulfilling contractual duties and identifying with an organization's goals. Respect for authority means complying with those given power over tasks. Collective bargaining is negotiation between employers and employee representatives. Externally, engineers have responsibilities to the public, including maintaining confidentiality, avoiding conflicts of interest, and not committing occupational crimes like price fixing or endangering lives.
Engineering as social experimentation
To cover the concepts of ENGINEERING AS SOCIAL EXPERIMENTATION in professional ethics and engineering
Professional ethics as an engineer
This document discusses professional ethics for engineers. It defines ethics as systematizing concepts of right and wrong conduct. Professional ethics concerns the moral issues that arise from professionals' specialized knowledge and how it should be governed when providing services. The five main ethical principles for engineers are: respecting autonomy, doing no harm, benefiting others, being just, and being faithful. The document also discusses typical ethical issues engineers face, the engineering code of ethics, examples of engineering disasters caused by unethical decisions, and the golden rule of treating others as you wish to be treated.
GE6075 PROFESSIONAL ETHICS IN ENGINEERING Unit 2
Senses of “Engineering Ethics” – Variety of moral issues – Types of inquiry – Moral dilemmas – Moral Autonomy – Kohlberg‟s theory – Gilligan‟s theory – Consensus and Controversy – Models of professional roles - Theories about right action – Self-interest – Customs and Religion – Uses of Ethical Theories
Engineering Ethics and Values
Engineering ethics is the study of moral issues and decisions that engineers face in their professional work. An engineering ethics course aims to increase students' ability to responsibly address moral problems raised by technology. Key issues discussed include public safety, conflicts of interest, environmental protection, honesty in research, and questionable practices like data manipulation. The goal is to sensitize students to important ethical considerations so they can think critically about moral issues and apply that thinking to make ethical decisions in their future engineering careers.
Why study engineering ethics and moral dilemmas
The document discusses engineering ethics and moral dilemmas. It provides an introduction to ethics and explains why engineering ethics is important to study. It discusses Kohlberg's stages of moral development and uses examples like the Heinz dilemma to illustrate the stages. The document also outlines procedures for facing moral dilemmas, such as assessing situations, discussing with others, and determining the best course of action. Overall, the document aims to introduce key concepts around engineering ethics and provide guidance for addressing moral dilemmas.
ETHICS AND CONDUCT (POLICE)
This document defines terms related to ethics, values, and conduct for public officials and employees in the Philippines according to Republic Act No. 6713. It includes 22 terms to define, such as crime, dishonesty, disloyalty to the government, and gift. It also discusses the core values of the Philippine National Police (PNP), including love of God, respect for authority, and service to people. The document outlines ethical standards, customs, ceremonies and traditions of the PNP regarding professional conduct, discipline, secrecy, and courtesy.
Professional Code of Ethics in Software Engineering
The document discusses the differences between craftsmanship and engineering in software development. It argues that software engineering is an idea whose time has come and gone, and that software development is more experimental in nature. The focus should be on software conception rather than strict engineering approaches, as control is ultimately illusory in software projects.
Professional responsibility and the role of the engineer
This presentation discusses the role and responsibilities of engineers in society. It explores definitions of engineering as applying scientific knowledge to meet societal needs and connect science to society. As such, engineers have a social responsibility to consider the impacts and consequences of their work on public safety, well-being, and the environment. The presentation outlines various ways engineers can demonstrate this responsibility through their work and advocacy.
Engineering Ethics
The document discusses engineering ethics and responsibilities to employers. It covers topics like organizational culture, dimensions of culture, managerial ethos, virtues like collegiality and loyalty. It emphasizes that engineers have dual responsibilities - to their employer as well as to the public. Professional responsibilities to ensure safety and welfare of the public should take precedence over loyalty to employers if there is a conflict. Identification loyalty to employers is desirable only if they treat employees fairly and as partners in progress.
Human Values and Professional Ethics notes unit 1
This document contains sample questions and answers related to the topic of human values and professional ethics. It discusses the need for value education to help people correctly identify their aspirations and understand universal human values. It also explains that both values and skills are necessary to achieve goals, with values providing wisdom around what is truly valuable and skills allowing one to actualize goals. The content of value education should encompass understanding oneself and society, and learning to live in harmony at all levels through vigilance in one's thoughts, behaviors and work.
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DevOpsDays Silicon Valley 2014 - The Game of Operations
DevOpsDays Silicon Valley 2014 - The Game of Operations
The Importance of Culture: Building and Sustaining Effective Engineering Org...
The Importance of Culture: Building and Sustaining Effective Engineering Org...
Software Engineering code of ethics and professional practice of IEEE
Software Engineering code of ethics and professional practice of IEEE
Professional Code of Ethics in Software Engineering
Professional Code of Ethics in Software Engineering
Professional responsibility and the role of the engineer
Professional responsibility and the role of the engineer
รายงานการตรวจรถ
- 1. PowerPoint ถ้าไม่ใช้ลูกเล่น ก็เปรียบดังเช่น Word อีก version หนึ่งเท่านั้นเอง
- 3. จำนวนรถทั้งหมด 2201 คัน ผลการตรวจอุปกรณ์ แบ่งตามเวลาที่แพ็ค ผลการตรวจอุปกรณ์ แบ่งตามประเภทการแพ็ค ผลการตรวจอุปกรณ์ แบ่งตามฟาร์มที่แพ็ค ผลการตรวจมีดังนี้ หมายเหตุ กลางคืน คือ ตั้งแต่ 18.00 น. – 06.30 น กลางวัน คือ ตั้งแต่ 07.00 น – 17.30 น.
- 4. รายละเอียดเพิ่มเติม วันที่ 1 – 7 รถทุกคันที่วิ่งมีบัตรครบทุกคน วันที่ 8 – 10 พี่ไก่อนุญาตให้คนไม่มีบัตรสามารถขับรถได้ วันที่ 11 – 18 คนขับรถเก่าวิ่งเท่านั้น วันที่ 19 เป็นต้นไป คนที่อบรมใหม่มีบัตรและวิ่งได้ วันที่ 29 และ 30 อุปกรณ์ในการปล่อยกุ้งไม่พอ (รถออก 110 คัน) ลูกค้าบางรายต้องใช้อุปกรณ์ร่วมกันในบางชนิด
- 5. ภาพรวมโดยทั่วไป ภาพที่จะได้ชมต่อไปนี้ เป็นภาพที่ถ่ายมาจากบางส่วนที่ตรวจเจอ มีทั้งที่ดีและไม่ดี (ส่วนใหญ่จะไม่ดี) กรุณาดูและให้ความคิดเห็น เกี่ยวกับภาพเหล่านี้ว่าดีไม่ดี และควรแก้ไขในส่วนที่ไม่ดีอย่างไร กรุณาดูไปช้า ๆ เพราะจะได้สังเกตและพิจารณาเกี่ยวกับภาพที่ได้ดู (ครั้งหน้าจะให้มีอีกหรือไม่ กรุณาบอกผ่านมาถึงผมด้วย ขอบคุณครับ)
- 7. เริ่มตรวจจากอุปกรณ์ที่ส่วนใหญ่เอาไว้ในรถ ประกอบด้วย สวิง กะละมัง ช้อน เครื่องคิดเลข เทอร์โมมิเตอร์ บี๊กเกอร์ ที่ฉีดแอลกอฮอล์ รองเท้า
- 8. ตรวจในส่วนที่เหลือ ซึ่งจะประกอบด้วย ตัวรถ ซุปเปอร์ชาร์จ หัวโฟร์มิเตอร์ สายยาง กล่องสำหรับใส่Artemiaและกุ้งลองน้ำ Artemiaและกุ้งลองน้ำ ไดโว่ และการมัดหางปลาไหล
- 10. ปัญหาที่พบและรอการแก้ไข 6.สติกเกอร์ข้างถังขาด (จะติดเองก็ไม่ทัน เนื่องจากกุ้งออกมาช้า ลูกค้าอยู่ไกล และเอกสารที่ผมต้องทำในขณะนั้นมีมาก) 1. ฝนตก ทำให้ไม่สามารถตรวจรถได้เต็มที่ คนรถไม่ยอมเปิดประตูให้ตรวจอุปกรณ์ภายในรถ และทำให้เอกสารเปียก จัดทำโดย นาย ศุกล รัฐถาพิชัย (หนุ่ม) พนักงานฝ่ายวางแผนและประสานงานการผลิตลูกกุ้ง ขอขอบคุณทุกท่านที่ชมและให้คำแนะนำมาบอกกับผม ขอบคุณครับ 7. ข้างรถไม่ติดเบอร์ทำให้ไม่รู้ว่าเบอร์อะไร 2. เมื่อไปถึงลูกค้าพบว่าไดโว่เสีย เนื่องจากไม่ได้ตรวจสอบก่อนว่าใช้ได้หรือไม่ (สั่งอุปกรณ์สำหรับตรวจไปแล้ว กำลังรอของ) 8.อุปกรณ์สำหรับปล่อยกุ้งไม่เพียงพอ 9.คนล้างอุปกรณ์ล้างไม่สะอาด (พบบ่อยมาก) 3. คนรถไม่ค่อยจะติดบัตร 10.คนรถบางคนไม่นำสายยางลงจากรถเพื่อจะได้นำมาทำความสะอาดตามขั้นตอน 4. การรัดหางปลาไหลไม่เป็นแบบเดียวกัน บางคนไม่มัด 11.(ไม่รู้ว่าเกี่ยวไหม) เมียคนรถที่มากับคนรถนอกจากไม่อำนวยความสะดวกในการตรวจแล้ว ยังมาว่ามาดุใส่ผมด้วย (เบอร์87) จะสวนกลับก็เกรงใจคนรถ 5. Artemiaและกุ้งลองน้ำไม่มีน้ำแข็งใส่ หากอากาศร้อนจัดจะทำให้ตายก่อนจะส่งไปถึงปลายทางได้