Bright Academic Experts

Category: Engineering

  • CPCCWHS3001 Identify construction work hazards

    Assessment Task 1 Written Questions……………………………………………………………………………………………. 4

    Instructions for Assessment 1

  • WQ208

    1.The only prerequisite is that the modeler has a basic command of Matlab/YALMIP and fundamental modeling skills in AI/ML, which are also the core competencies required for students to complete this assignment.

    Attached Files (PDF/DOCX): Matlab-Optimization-Demo.pdf

    Note: Content extraction from these files is restricted, please review them manually.

  • Engineering Question

    have attached multiple engineering drawings of mechanical parts (Dual Bearing, Counter Bearing, and Base Plate).

    I need complete 3D models created in SolidWorks based on the provided dimensions, tolerances, sections, and specifications shown in the drawings.

    Requirements:

    Create accurate Part files (.SLDPRT)

    Follow all dimensions exactly as shown

    Apply fillets, rounds, and tolerances correctly

    Include all holes (through holes, counterbores, slots, etc.)

    Ensure sections (C-C, E-E) are modeled properly

    Material should match the drawing specification

    Maintain correct scale and proportions

    Deliverables:

    SolidWorks Part files for each component

    Final drawing file or PDF showing dimensions

    Clean and fully defined sketches

    The models must match the drawings exactly and be fully dimensioned.

    Requirements:

  • 1943 Los Angeles Smog

    students are required to research, write and orally present original submittals during the course. These

    will be of three types: a description of a famous air pollution episode; a debate position and a permit

    application.

    The first set of student presentations will be short (less than 7 minute) summaries of noteworthy air

    pollution episodes from the past 150 years. From the list of these episodes, each student will pick one

    and will research its key features. Episode presentations will be scheduled in chronological order; one

    or two per class, usually at the start of class. Selection and signup will be on a first come basis. The

    standard outline for topics to be covered for each episode will be as follows:

    A. Episode name, location, date(s)

    B. What happened? pollutants, concentrations (if known), atmospheric conditions

    C. Health effects: deaths, hospitalizations, complaints

    D. Corrective actions taken ;curtailments; evacuations; testing; etc.

    E. Any other interesting facts/oddities/conclusions

    As you research information about each episode, ask yourself which facts you think will be most

    interesting to your classmates! In conjunction with each presentation, you are to submit a deliverable

    writeup of your episode, following the same format as your presentation.

  • SolidWorks modeling fromengineering drawing with dimensions…

    have attached multiple engineering drawings of mechanical parts (Dual Bearing, Counter Bearing, and Base Plate).

    I need complete 3D models created in SolidWorks based on the provided dimensions, tolerances, sections, and specifications shown in the drawings.

    Requirements:

    Create accurate Part files (.SLDPRT)

    Follow all dimensions exactly as shown

    Apply fillets, rounds, and tolerances correctly

    Include all holes (through holes, counterbores, slots, etc.)

    Ensure sections (C-C, E-E) are modeled properly

    Material should match the drawing specification

    Maintain correct scale and proportions

    Deliverables:

    SolidWorks Part files for each component

    Final drawing file or PDF showing dimensions

    Clean and fully defined sketches

    The models must match the drawings exactly and be fully dimensioned.

    Requirements: Fully

  • Hazard and Cost Based Justification for Fire Suppression Str…

    No AI No plagiarism

    I am developing a fire suppression strategy for a large mixed use building containing basement parking, retail areas, cinema spaces, residential accommodation, and hotel accommodation.

    Current feedback indicates the suppression section is overly focused on code compliance and lacks clear hazard based engineering reasoning.

    I would like guidance on how to restructure the suppression section so that it:

    • Identifies credible fire causes by occupancy type
    • Explains fire development characteristics for each scenario
    • Assesses fire cost including property damage, business interruption, life safety impact, environmental consequences, and legal exposure
    • Demonstrates how suppression systems reduce both fire growth and financial loss
    • Clearly links suppression to evacuation strategy, smoke control performance, and structural protection
    • Distinguishes between mandatory suppression and performance based enhancements

    No specific project names, locations, or identifying details are relevant. The focus is purely on strengthening the engineering logic behind suppression decisions.

    I am particularly interested in how to connect fire cause, fire growth, and fire cost to suppression system selection in a structured and defensible way.

    Requirements: 1750 words

  • Hazard and Cost Based Justification for Fire Suppression Str…

    No AI No plagiarism

    I am developing a fire suppression strategy for a large mixed use building containing basement parking, retail areas, cinema spaces, residential accommodation, and hotel accommodation.

    Current feedback indicates the suppression section is overly focused on code compliance and lacks clear hazard based engineering reasoning.

    I would like guidance on how to restructure the suppression section so that it:

    • Identifies credible fire causes by occupancy type
    • Explains fire development characteristics for each scenario
    • Assesses fire cost including property damage, business interruption, life safety impact, environmental consequences, and legal exposure
    • Demonstrates how suppression systems reduce both fire growth and financial loss
    • Clearly links suppression to evacuation strategy, smoke control performance, and structural protection
    • Distinguishes between mandatory suppression and performance based enhancements

    No specific project names, locations, or identifying details are relevant. The focus is purely on strengthening the engineering logic behind suppression decisions.

    I am particularly interested in how to connect fire cause, fire growth, and fire cost to suppression system selection in a structured and defensible way.

    Requirements: 1750 words

  • Hazard and Cost Based Justification for Fire Suppression Str…

    No AI No plagiarism

    I am developing a fire suppression strategy for a large mixed use building containing basement parking, retail areas, cinema spaces, residential accommodation, and hotel accommodation.

    Current feedback indicates the suppression section is overly focused on code compliance and lacks clear hazard based engineering reasoning.

    I would like guidance on how to restructure the suppression section so that it:

    • Identifies credible fire causes by occupancy type
    • Explains fire development characteristics for each scenario
    • Assesses fire cost including property damage, business interruption, life safety impact, environmental consequences, and legal exposure
    • Demonstrates how suppression systems reduce both fire growth and financial loss
    • Clearly links suppression to evacuation strategy, smoke control performance, and structural protection
    • Distinguishes between mandatory suppression and performance based enhancements

    No specific project names, locations, or identifying details are relevant. The focus is purely on strengthening the engineering logic behind suppression decisions.

    I am particularly interested in how to connect fire cause, fire growth, and fire cost to suppression system selection in a structured and defensible way.

    Requirements: 1750

  • physics work

    Attached Files (PDF/DOCX): Lab 20 Sample Lab.docx, Course Chapter Twenty Lab1.docx

    Note: Content extraction from these files is restricted, please review them manually.

  • Engineering Question

    I have selected my own organization as the subject of this assignment.Presented below is a brief overview of the background of the organization,which is based in Al-Madinah Al-Munawarah, Kingdom of Saudi Arabia.Nevertheless, the content must be carefully aligned with the specificinstructions and required structure outlined in the attached assignment brief.Therefore, it is essential to thoroughly review the assignment guidelines anddevelop the writing accordingly, ensuring that it is structured and presentedin compliance with the stated academic requirements while focusing on theselected organization.

    Background of the organization:Ayon Alrimal Establishment is a Saudi-based contracting companyspecialized in the supply, installation, and maintenance of fire protection andsafety systems. The establishment was founded in 2022 by a qualified safetyprofessional holding a Diploma in Electrical Power Engineering from theTechnical College in Al-Madinah Al-Munawarah and a Bachelors degree inOccupational Safety and Health from the University of Central Missouri (UCM),USA.

    Since its establishment, Ayon Alrimal has successfully delivered fireprotection solutions to various private companies and government facilities,building a strong reputation for quality, reliability, and compliance withsafety standards. Through consistent performance and professional execution,the company has established ongoing cooperation with major entities, includingprojects involving the Saudi energy sector in Al-Madinah Al-Munawarah,providing supply and installation services for fire protection systems.

    Requirements: TOW DAY