Category: Construction

  • Construction Question

    An ethical decision? XYZ, Inc is a small company building trusses employing 50 people in the shop. The 10-year-old company is financially stable, has a healthy market share, and a dedicated workforce. The company has a good safety record with few lost time injuries since the company began. Their workers compensation carrier has not had to pay any claims for over 5 years. The owner takes pride in the order, efficiency, cleanliness, and the safe working conditions of the company.

    The company makes safety a top concern. Each year, the company brings in outside consultants from the insurance industry and from OSHA to audit the plant for unsafe conditions. The company corrects any unsafe issues with new equipment, repairs, training, and workflow design. Although the annual audit always finds some issues, the safety of the workers continues to improve.

    The attorney representing XYZ is opposed to the annual safety audits. The attorney argues that the audits provide an historical record of unsafe conditions which can be used against the company if there is a lawsuit. The owner recognizes the downside of the audit but believes the annual audits are critical to having a safe workplace for all employees. Managers report that the employees have responded positively to the audits and the fixes.

    Is the approach to creating and maintaining a safe work environment used by the XYZ owner and managers ethical? Discuss if and how, the owner applies each of the 5 Core Ethical Principles.

    Assignment Requirements

    Points will be deducted for failure to follow the format

    • Place your name and assignment # on the title page
    • Respond to all parts of each question
    • Clearly identify the question you are responding to. State question number as a header before you write the response.
    • Assignment length is 2-3 pages with standard margins and 10-12-point type

    Requirements: 2-3 pages

  • discussion 18- No ai

    • First, read the Shen and Chang article on communicating with employees and others.
      • Discuss the 8 coordination methods and the 6 goals they present.
      • Are these methods effective?
      • Do they work in some situations but not others?
      • Share your thoughts on when the methods work best.

    Requirements: answer question

  • disccussion 17- NO Ai

    • In your experience, are leaders ethical?
    • Have you had leaders who practiced the 5 core ethical principles?
    • Discuss how the presence or absence of ethical behavior can affect morale and performance. Share examples.

    Requirements: 2 paragraph

  • disucssion 16- NO Ai

    • In your experience, have you found that leaders have a vision of a safe healthy worksite/workplace?
    • Discuss the effects of the presence or absence of a vision of a safe healthy worksite/workplace.

    Requirements: 2 pargraph

  • i need an infographic made for deliverables for a fire stati…

    1. Your task for this assignment is to create a visual deliverable that shows the Deliverable-Based Work Breakdown System (WBS) for the White Lake Fire Station project.
    2. Your deliverable should take the form of an infographic, which can be created using PowerPoint, Word, or some other program of your choice. Please see the resources below to assist you in creating an infographic. You may also search the Internet for tools to assist you.
    3. Please utilize the following schedule of values for the White Lake Fire Station in order to create your Work Breakdown System (WBS):

    Requirements: as specified

  • New candidate started to engearing

    1. Identify Your Flavor

    Engineering is a massive field. Before diving in, explore which “branch” sparks your curiosity:

    Civil: Designing infrastructure like roads, bridges, and dams.

    Mechanical: Working with moving parts, engines, and robotics.

    Electrical/Electronic: Dealing with power grids, circuits, and microchips.

    Software: Building the logic and systems behind apps and AI.

    Chemical: Transforming raw materials into products like medicine or fuel.

    2. Sharpen the Tools

    Engineering is built on a foundation of Physics and Mathematics. If you are still in school, focus heavily on:

    Algebra and Trigonometry: The daily bread of engineering calculations.

    Calculus: Understanding how things change over time (crucial for almost all branches).

    Physics: Learning the laws of the universe (gravity, electricity, thermodynamics).

    3. Adopt the “Engineering Mindset”

    Engineers don’t just “fix” things; they follow a process to ensure solutions are safe and efficient:

    Define the Problem: What exactly are you trying to solve?

    Research: Has someone solved this before?

    Prototype: Build a “rough draft” (a 3D model, a piece of code, or a cardboard circuit).

    Test and Fail: Failure is just data. Engineers love finding out why something broke so they can make it stronger.

    Requirements:

  • Construction Question

    1. we learned about public lien law and public bond requirements, and how they vary by state.
    2. Select a state to research, and post to our discussion indicating which state you are researching (in a way, to mark your state). Please do NOT choose a state that a classmate has already selected. Be sure to review your classmates’ selections before you conduct your research.
    3. Then, conduct research about the lien laws and bond requirements for that state.
    4. Specifically, look for the following information:
      • Required paperwork
      • The timings of submitting certain notices
      • The parties involved in the paperwork submission
      • APA format
      • I choose Florida as the state
      • No A.I IS TO BE USED
      • all articles must be cited

    Requirements: as specified

  • Construction Question

    Soil Mechanics and Foundation Design

    HW 4B_Soil Classification

    Ch4 – Soil Classification

    Review chapter 4 of the textbook (pages 53-63) and submit a summary of this chapter.
    Minimum of 3 pages, including charts and tables

    .Required Textbook(s):

    1.

    2. Soils and Foundation. Cheng Liu, Jack B. Evett. Pearson. 8 thEditiion

    Requirements: as needed

  • Written Report -3

    Welcome to ETC 209 – Introduction to Drone Technology

    Course Description:

    The purpose of this course is to acquaint students with various usage and types of drones used in today’s industry as related to Engineering Technology. The course includes, but is not limited to drone design, control circuit layout, fabrication and programming through the construction and or modification of drones. Student will also learn techniques for flying drones legally for data acquisition, and reporting of data collected by the drones.

    Research and write a three-page report detailing “Who/what entities uses drones and how are they used’?

    Textbook: (Required) Technical Drawing with Engineering Graphics- 15th. Ed., Giesecke, Shawna & Others . Pearson

    Requirements: 3 pages

  • Earthwork Operations Case Study

    Construction Project Selected (San Diego International Airport Terminal 1, phase 1b construction by Turner Construction and FlatIron). Photos of site visit is included attached


    Requirements and Deliverables

    Individual will identify, analyze and report on a current (ongoing) earthwork operation on a current construction project in the San Diego area.

    • Describe the earthwork operation

    First provide an overview of the overall project (project name, location, scope, cost, duration, project participants, etc.)

    Describe the earthwork operation in detail, and include the following:

    • The site layout and conditions of the operation (use photos and graphs to present)
    • Soil characteristics and requirements: existing soil, compaction requirements, etc.
    • The quantities of the work to be performed, the operations budget and duration,
    • The activities and steps of the operation
    • The layout and haul roads (indicate distances)
    • The specific type and amount of equipment used, details of equipment costs, (including support equipment) and equipment maintenance plan.
    • The operators and crews used, material needed (e.g. water), etc.
    • Duration of operation and work schedule (work hours, shifts, schedule acceleration, etc.).
    • Safety issues and safety plan
    • Project difficulties and challenges identified/anticipated, etc.

    Requirements: