Category: Engineering

The study is about utilizing oil contaminated soil from the Iraq invasion in Civil engineering application by environmental way. Done all the lap work DST, unconfined, PH, TPH…. ect the writer should have knolwdge about the geotechnical, soil mechanics, and envronmental. The study have many lab result to compare and relate all parameters with an excellent idea lway in engineering way.

Struggling with where to start this assignment? Follow this guide to tackle your assignment easily!

Step-by-Step Guide to Structuring and Writing Your Paper:

Step 1: Understand the Topic and Context

Begin by thoroughly reading the assignment description. Your study focuses on utilizing oil-contaminated soil from the Iraq invasion in civil engineering applications, viewed from an environmental perspective. It’s essential to grasp the intersections of geotechnical engineering, soil mechanics, and environmental issues. Given that the study involves lab work (like DST, unconfined compressive strength, pH, TPH, etc.), ensure that you fully understand these tests, as they form the basis of your analysis.

Step 2: Organize Your Paper into Key Sections

1. Introduction:

   • Start by providing an overview of the issue: oil contamination from the Iraq invasion and its impact on soil.
   • Highlight why this topic is significant for civil engineering and environmental concerns.
   • Set the context for the lab tests you’ve conducted and their relevance to your study.
   • End the introduction by stating your research objective or hypothesis.

2. Literature Review:

   • Provide a brief summary of relevant research on oil contamination in soils, specifically in regions affected by oil spills or wars.
   • Include studies that cover soil mechanics, geotechnical engineering, and environmental engineering to give context to your research.
   • Relate your findings to the larger body of knowledge and identify any gaps that your research aims to address.

3. Methodology:

   • Detail the lab tests you have performed, such as DST (Direct Shear Test), unconfined compressive strength, pH, TPH, and others. For each test, explain the procedure, what it measures, and why it’s relevant.
   • Mention any standard procedures or guidelines you followed to ensure the accuracy and reliability of your results.

4. Results and Discussion:

   • Present the results of your lab work clearly. Use tables, figures, and graphs to showcase data.
   • Compare the various parameters (e.g., pH, TPH) to identify trends or patterns.
   • Relate these results back to your research question and analyze them through the lens of soil mechanics and geotechnical engineering.
   • Discuss how the findings can be applied in civil engineering projects and their environmental implications.

5. Conclusion:

   • Summarize the key findings from your research and their significance in the context of the study.
   • Propose possible engineering applications for the oil-contaminated soil based on your results.
   • Suggest areas for further research or potential improvements to current methods.

6. References:

   • List all the references used in your paper following the required citation style (APA, MLA, etc.). Ensure you properly cite all sources of information, including lab manuals and previous studies.

Step 3: Writing Tips

• Use Technical Language: Given the technical nature of the study, your paper should include accurate technical terms related to geotechnical engineering, soil mechanics, and environmental science. However, make sure it remains understandable for readers who may not be specialists.
• Analyze, Don’t Just Report: It’s not enough to simply present your results. Make sure you analyze the data, identify patterns, and explain the significance of your findings in the context of engineering.
• Be Clear and Concise: Your paper should be clear and to the point. Avoid unnecessary jargon or overly complicated explanations.
• Proofread: Ensure that you thoroughly proofread your paper for grammatical errors, clarity, and logical flow. Have someone else review your work to catch any mistakes you may have missed.

Step 4: SEO-friendly Title Suggestions

• Oil Contaminated Soil in Civil Engineering Applications: A Geotechnical and Environmental Perspective
• Utilizing Iraq’s Oil Contaminated Soil in Civil Engineering: An Environmental Approach
• Exploring Geotechnical Solutions for Oil Contaminated Soil from the Iraq Invasion
• Environmental and Geotechnical Impact of Oil Contaminated Soil in Civil Engineering

This guide breaks down the process of structuring your paper, helping you manage each section effectively. By following this organized approach, you’ll be able to write a cohesive, well-structured paper that addresses all aspects of the research and analysis.

The “thesis overview” and “thesis proposal outline” files has the overall plan for the thesis. It is ok to slightly change the idea. However, the thesis should have a simulation model (preferred on MATLAB) and a Case Study. The “13 SCI-optimal scheduling of…” file has to be one of the used references for the thesis.

Struggling with where to start this assignment? Follow this guide to tackle your assignment easily!

This thesis presents an in-depth study of [your research topic], integrating a MATLAB-based simulation model and a real-world case study. The research aims to develop an optimal scheduling approach based on the principles discussed in “13 SCI-optimal scheduling of…” while also considering relevant constraints and system dynamics. By leveraging computational modeling, we demonstrate the efficacy of the proposed method in practical applications.

Chapter 1: Introduction

• Background and significance of the research topic
• Problem statement
• Objectives of the study
• Methodology overview
• Structure of the thesis

Chapter 2: Literature Review

• Overview of existing research in [your topic]
• Key concepts from “13 SCI-optimal scheduling of…”
• Summary of similar simulation-based approaches
• Gap identification and research motivation

Chapter 3: Methodology

• Explanation of the chosen simulation model
• MATLAB implementation details
  • Input parameters and assumptions
  • Algorithm development
  • Optimization techniques used
• Case study selection criteria and description
• Data collection and preprocessing

Chapter 4: Simulation Model and Results

• Step-by-step development of the MATLAB simulation
• System performance evaluation
• Comparative analysis with existing methods
• Sensitivity analysis and scenario testing

Chapter 5: Case Study Analysis

• Introduction to the case study
• Application of the proposed model
• Real-world constraints and challenges
• Interpretation of results
• Validation with industry data

Chapter 6: Discussion and Implications

• Key findings and their relevance
• Comparison with theoretical expectations
• Practical implications for industry
• Limitations and areas for future work

Chapter 7: Conclusion and Recommendations

• Summary of research contributions
• Final thoughts on optimization and simulation effectiveness
• Suggestions for future research and development

References:

• “13 SCI-optimal scheduling of…”
• Additional relevant literature

Appendices (if needed):

• MATLAB code snippets
• Supplementary data from the case study

Assignment Content
Assignment objective: This course has presented an evolving scenario involving the City of Washington Distribution Warehouse fire. Throughout your reading and analysis of the fire, you have been presented with a multitude of information that that will allow you to make recommendation to those charged with designing the suppression system in the new building. This assignment consists of four parts and your project must be at least four-pages in length (at least one page per section).
Details: Section I
As you make suggestions to improve the water-based fire sprinkler system, refer to the background information, if needed, to provide you with the necessary material to identify the basic components common to fire protection for the City of Washington Distribution Warehouse. In addition, review the Points to Ponder Scenario in the Unit V Lesson for additional information.
This assignment is not looking for compliance with building codes nor expecting you to be a fire protection system designer. However, the purpose of this assignment is for you to apply the concepts and knowledge you learned in this unit as you begin writing your final project covering protection systems that will detect, contain, control, and extinguish a fire. This assignment provides you with the opportunity to use your skills, expertise, and experience to enrich your response.
Prepare a well-organized narrative that addresses foam- and water-based fire sprinkler systems and includes your recommendations after reviewing the background information and the information above. Your discussion will consist of your evaluation of the previous water-based sprinkler system, based on information from the textbook and any additional research needed for your recommendations for the rebuild of the warehouse. Discuss the importance of water pressure, and determine the pressure for seven sprinkler heads discharging 157.5 gallons of water per minute.
Section II
As you make suggestions to improve the fire protection system, identify the components and accessories common to fire pump installations needed for the rebuild of the warehouse. Refer to the background information, if needed, to provide you with the necessary material to identify the basic components common to fire protection for the City of Washington Distribution Warehouse. In addition, review the Points to Ponder Scenario in the Unit VII Lesson for additional information as well as Chapter 6 in the textbook. FIRE PROTECTION, DETECTION, AND SUPPRESSION SYSTEMS FIFTH EDITION
Prepare a well-organized narrative addressing fire pumps and including your recommendations after reviewing the background information and the information above. Your discussion will consist of your evaluation of the previous fire pump and recommendations for the rebuild of the warehouse, based on information from the textbook and any additional research.
Section III
As we saw in the Points to Ponder Scenario in the unit lesson, electrical surge protection devices could have mitigated damage or even loss to the pump driver. Describe the benefits that surge protection devices provide for fire pump components and systems against the damages of voltage surges.
Section IV (Executive Summary)
In this section, you will prepare a well-organized and thoughtful summary of your recommendations for the fire protection system for the scenario-based case study course project on the City of Washington Distribution Warehouse fire. This summary should expound on what you have learned during the different parts covered in each unit, so you can understand issues that exist within the fire protection technology field. Place the summary after the title page, and follow it with your recommendations for the rebuilding of the warehouse.
The purpose of the executive summary is to provide a narrative about the project with sufficient detail to allow readers to be able to accurately describe your recommendations to resolve potential fires in the future. Explain how your recommendations for the scenario-based case study relate to the methodology you chose and to the project outcome and conclusions. In other words, your summary must be clear, logical, and demonstrate alignment among the goals, methods, and outcomes.
References: Remember, you may use information from reputable, reliable journal articles, case studies, scholarly papers, and other sources that you feel are pertinent. You should use at least three sources, one of which must be your textbook. All sources used, including the textbook, must be referenced; paraphrased and quoted material must have accompanying citations following proper APA Style.
Submission: Save as a Word document and upload the document to Blackboard.
Grading: The project will be reviewed in alignment to the criteria, focused on an understanding and analysis of the assignment and application of the relevant theories.

Struggling with where to start this assignment? Follow this guide to tackle your assignment easily!

Step-by-Step Guide for Writing Your Fire Protection System Paper

Step 1: Understand the Assignment Overview The assignment consists of four main sections, each focusing on different aspects of the fire protection system for the City of Washington Distribution Warehouse. Here’s how to break down each section:

1. Section I: Review the previous water-based sprinkler system, make suggestions for improvements, and discuss the importance of water pressure for fire sprinklers.
2. Section II: Evaluate the fire pump installation and propose improvements based on research.
3. Section III: Analyze surge protection devices and their benefits for fire pump systems.
4. Section IV: Write an executive summary that ties together all of your recommendations and findings.

Each section should be about one page long, making your paper at least four pages in total.

Step 2: Organize Your Paper Structure your paper into clear, well-defined sections. Here’s how to approach each section:

1. Title Page: Include the title of your project, your name, and any other required information.
2. Executive Summary (Section IV): This should be the first thing after the title page. It provides a snapshot of your recommendations and the overall fire protection strategy.
3. Main Sections (I-III): Follow the order provided in the instructions and ensure each section addresses the key points outlined.

Step 3: Section I – Foam- and Water-Based Fire Sprinkler Systems

• Review the Previous System: Start by discussing the existing water-based sprinkler system and its effectiveness in the previous scenario.
• Identify Key Components: Refer to your textbook to identify the components of a good sprinkler system (e.g., sprinklers, water pressure, pumps).
• Recommendations: Provide your suggestions for improving the system based on your analysis. Focus on water pressure, especially for seven sprinkler heads discharging 157.5 gallons of water per minute.
• Textbook Integration: Use your course text, Fire Protection, Detection, and Suppression Systems, to back up your analysis and recommendations.

Step 4: Section II – Fire Pump Components

• Evaluate the Existing Fire Pump: Discuss the current fire pump setup, what worked well, and areas needing improvement.
• Identify Common Components: Using the textbook and other research sources, list the key components and accessories necessary for fire pump installations.
• Make Recommendations: Suggest upgrades or changes to improve the system for the warehouse rebuild.
• Research Support: Include any additional sources, such as journal articles, that support your recommendations.

Step 5: Section III – Surge Protection Devices

• Understand the Role of Surge Protection: Discuss how surge protection devices can prevent damage to the fire pump components, especially against voltage surges.
• Explain Benefits: Describe the specific benefits these devices offer, using examples from the course material and other reliable sources.

Step 6: Section IV – Executive Summary

• Summarize Key Recommendations: The executive summary should provide a concise overview of your suggestions from all three sections.
• Align with Methodology: Make sure the summary clearly ties together your recommendations with the methods you used to analyze the problem and reach conclusions.
• Demonstrate Understanding: Ensure the summary shows a clear understanding of the fire protection system’s role in preventing and controlling future fires at the warehouse.

Step 7: Cite and Reference Your Sources

• Use at least three sources, one of which must be your course textbook. Include reputable journal articles, case studies, or research papers to strengthen your arguments.
• Use proper APA citations for all paraphrased and quoted material in the body of the paper and in the reference list.

Step 8: Review and Edit Before submitting your paper, make sure to:

• Check for clarity and coherence. Each section should logically flow into the next.
• Proofread for grammar, spelling, and APA formatting errors.
• Ensure that your analysis is comprehensive and addresses all parts of the assignment.

SEO-Friendly Title Suggestions:

1. “Fire Protection System Analysis and Recommendations for City of Washington Warehouse”
2. “Designing a Fire Protection System for City of Washington Distribution Warehouse”
3. “Improving Fire Sprinkler and Pump Systems for the City of Washington Warehouse”
4. “Rebuilding the City of Washington Warehouse with Advanced Fire Protection Systems”

This guide should help you stay on track and structure your paper effectively. Stick to the format, integrate relevant course materials, and be thorough in your analysis and recommendations!

i am applying to a grad school and i need a Statement of Purpose or Personal Statement.
this is what they wrote on their website about it. “Statement of Purpose or Personal Statement is designed to help reviewers learn more about you. This should highlight your academic goals and interests, your professional goals, as well as your reasons for pursuing this graduate program of study.”
so i am applying to phd program in electrical engineering at west virginia university. I got both my undergrad and master’s from West virginia university. My undergrad was in computer engineering and my masters was in applied math.
during my undergraduate i tooj many electrical enginnering classes and higher level ones like control systems. and was interested in them bc they use a lot of differential equation. i seek phd in electrical engineering bc it will compliment my engineering background and with the addition my math skills specifically in differential equations i belive i will excell in the phd program

The task is to reverse engineer the financial model used in this study: “https://finance.yahoo.com/news/nextsource-materials-announces-global-anode-114500544.html”
Assume a 40% raw material to CSPG conversion ratio, with the byproduct (“fines’) sold at say 10% of the price of CSPG product
eg: 10,000 tons graphite yields 4,000 tons CSPG and 6,000 tons fines
Assume the 20,000 tons capacity in Year 1 increases at Year 3 to 50,000 tons and at Year 5 to 100,000 tons
In all cases the production rate set at 90% of utilization (ie 10% flex unused for downtime etc)
So the set of Capex out / cashflow in spread over 3yrs, when 8% applied should be somewhere near that NPV
Some details missing no doubt, so a plug number will be needed (a goal seek)
Comments from Customer
Category: Financial Modelling

Please see attached PDF which explains this assignment requirements in details and please note that this assignment is continuous of assignment No.01. However, the first assignment was more of a design related and multiuse site and various buildings but this one is larger body of work and focused on one private residential dwelling (more details and requirements in the brief). 
 
The instructor mentioned other points that needs focus: 
1- Use feedback from assignment No.01 to improve this assignment No.02.
2- Critical Analysis is major key in this assignment.
3- Specify where the site is (Riyadh, Saudi Arabia (you can provide more details)) in the introduction. 
4- Arguments & Posing arguments to justify why you are doing and why is suitable.
I have attached the below:
A- assignment no.01 for your reference
B- picture of assignment no.01 feedback
C- assignment no.02 brief and requirements (this assignment)
D- sample of how this assignment no.02 should look like.

The following writer ID helped developed a similar assignmnt: 350261622
Please ensure to select a writer that is similar in expertise with this guy. Im attaching the work he has done for me earlier.
This assignment guideliens:
We are seeking your expertise to develop a calculation tool (Excel-based calculator) for estimating emissions under Scope 3, Category 1: Purchased Goods and Services, as defined by the GHG Protocol. This tool will enable us to streamline data collection, calculation, and reporting of emissions associated with the production of goods and services we purchase.
Objective:
To create a user-friendly, Excel-based emissions calculator for Category 1: Purchased Goods and Services, aligned with the GHG Protocol guidelines, enabling accurate and efficient emissions estimation.
Components to Be Included:
The tool should incorporate the following features and align with the GHG Protocol requirements:
1.
Boundary Setting and Scope Definition:
•
Ensure the calculator accounts for cradle-to-gate emissions for all purchased goods and services.
•
Include emissions from upstream activities such as raw material extraction, processing, manufacturing, and transportation to the point of purchase.
2.
Data Input Requirements:
•
Design input fields for:
•
Types of goods and services purchased.
•
Quantities or volumes (e.g., kilograms, liters, pieces, etc.).
•
Financial spend data (if available, for a spend-based approach).
•
Supplier-specific emissions data (if available).
•
Allow flexibility to input both primary data (from suppliers) and secondary data (from databases or assumptions).
3.
Emissions Factor Integration:
•
Embed a database of emissions factors for common materials and products based on:
•
Material type (e.g., steel, aluminum, textiles, plastics).
•
Sector-specific emissions data.
•
Regional variations in production.
•
Allow for custom emissions factor inputs to accommodate company-specific or supplier-specific data.
4.
Calculation Methodology:
•
Incorporate the Spend-Based, Process-Based, and Hybrid Approaches:
•
Spend-Based: Financial spend multiplied by emissions factor per monetary unit.
•
Process-Based: Quantity-based calculations using material-specific emissions factors.
•
Hybrid: Combine spend and quantity-based data where applicable.
•
Automate the calculation process with formulas embedded in the Excel sheet.
5.
Data Quality Management:
•
Include a data quality scoring mechanism to assess the completeness and reliability of the input data.
•
Highlight areas where primary data or improved data collection is needed.
6.
Reporting and Documentation:
•
Automate summary outputs, including:
•
Total emissions by product type, category, or supplier.
•
Graphs or charts for visualization.
•
Include fields for documentation of assumptions, data sources, and calculation methods to ensure transparency.
7.
Tool Features:
•
User-friendly interface with clear instructions.
•
Drop-down menus or predefined options for ease of data entry.
•
Conditional formatting to flag missing or inconsistent data.
•
Macro-enabled calculations (if applicable) for large data sets.
8.
Alignment with GHG Protocol:
•
Ensure all calculations and methodologies are compliant with the GHG Protocol’s guidance for Scope 3, Category 1.
•
Include recommendations for data collection improvement over time.
Deliverables:
We expect the following deliverables from your engagement:
•
A fully functional Excel-based emissions calculator tailored to Category 1: Purchased Goods and Services.
•
A detailed user guide explaining how to use the tool, including input data requirements, calculation steps, and output interpretation.
•
Integration of a database of emissions factors and instructions for updating the database as needed.
•
Recommendations for improving data quality and supplier engagement.

The following writer ID helped developed a similar assignmnt: 350261622
Please ensure to select a writer that is similar in expertise with this guy. Im attaching the work he has done for me earlier.
This assignment guideliens:
We are seeking your expertise to develop a calculation tool (Excel-based calculator) for estimating emissions under Scope 3, Category 1: Purchased Goods and Services, as defined by the GHG Protocol. This tool will enable us to streamline data collection, calculation, and reporting of emissions associated with the production of goods and services we purchase.
Objective:
To create a user-friendly, Excel-based emissions calculator for Category 1: Purchased Goods and Services, aligned with the GHG Protocol guidelines, enabling accurate and efficient emissions estimation.
Components to Be Included:
The tool should incorporate the following features and align with the GHG Protocol requirements:
1.
Boundary Setting and Scope Definition:
•
Ensure the calculator accounts for cradle-to-gate emissions for all purchased goods and services.
•
Include emissions from upstream activities such as raw material extraction, processing, manufacturing, and transportation to the point of purchase.
2.
Data Input Requirements:
•
Design input fields for:
•
Types of goods and services purchased.
•
Quantities or volumes (e.g., kilograms, liters, pieces, etc.).
•
Financial spend data (if available, for a spend-based approach).
•
Supplier-specific emissions data (if available).
•
Allow flexibility to input both primary data (from suppliers) and secondary data (from databases or assumptions).
3.
Emissions Factor Integration:
•
Embed a database of emissions factors for common materials and products based on:
•
Material type (e.g., steel, aluminum, textiles, plastics).
•
Sector-specific emissions data.
•
Regional variations in production.
•
Allow for custom emissions factor inputs to accommodate company-specific or supplier-specific data.
4.
Calculation Methodology:
•
Incorporate the Spend-Based, Process-Based, and Hybrid Approaches:
•
Spend-Based: Financial spend multiplied by emissions factor per monetary unit.
•
Process-Based: Quantity-based calculations using material-specific emissions factors.
•
Hybrid: Combine spend and quantity-based data where applicable.
•
Automate the calculation process with formulas embedded in the Excel sheet.
5.
Data Quality Management:
•
Include a data quality scoring mechanism to assess the completeness and reliability of the input data.
•
Highlight areas where primary data or improved data collection is needed.
6.
Reporting and Documentation:
•
Automate summary outputs, including:
•
Total emissions by product type, category, or supplier.
•
Graphs or charts for visualization.
•
Include fields for documentation of assumptions, data sources, and calculation methods to ensure transparency.
7.
Tool Features:
•
User-friendly interface with clear instructions.
•
Drop-down menus or predefined options for ease of data entry.
•
Conditional formatting to flag missing or inconsistent data.
•
Macro-enabled calculations (if applicable) for large data sets.
8.
Alignment with GHG Protocol:
•
Ensure all calculations and methodologies are compliant with the GHG Protocol’s guidance for Scope 3, Category 1.
•
Include recommendations for data collection improvement over time.
Deliverables:
We expect the following deliverables from your engagement:
•
A fully functional Excel-based emissions calculator tailored to Category 1: Purchased Goods and Services.
•
A detailed user guide explaining how to use the tool, including input data requirements, calculation steps, and output interpretation.
•
Integration of a database of emissions factors and instructions for updating the database as needed.
•
Recommendations for improving data quality and supplier engagement.

Follow the instruction in the attachment. And the class slides is attached in order to clear the idea.

Instructions will be uploaded later.
Important Info

The order was placed through a short procedure (customer skipped some order details).
Please clarify some paper details before starting to work on the order.

Type of paper and subject
Number of sources and formatting style
Type of service (writing, rewriting, etc)