Category: Engineering

Create a scalable microgrid that combines various renewable energy sources, including solar, wind, and battery storage. The project will emphasize energy management, load balancing, and maintaining a reliable power supply in off-grid situations. Alternatively, focus on the design and construction of power conversion and distribution systems, such as inverters, converters, and transformers. This involves developing hardware, like custom circuitry for energy conversion and protection systems, and integrating different power electronics with minimal dependence on computer algorithms.
Additionally, the paper should include 12 tables.

I will provide you a CV, passed samples. Please help to create:
1. A new report with 600words x 14 competencies = total 8400 words.
2. O-chart to illustrate the relation in company.

See attached for instructions, please DO NOT use any sort of AI and DO NOT use previous assignments due that TURNIT INA will catch it.

(chemical engineering)
hello, I have to completely size and optimize 2 centrifuges, both are basically the same but each one has different inlet feed In terms of components. (please see the mass balance sheet, the centrifuges are highlighted in yellow). so far, we found that decanter centrifuges are the best. we are assuming 95% solids recovery, which is the desired yield for both centrifuges. also, 1 operational year = 8000 hours. I also provided 2 decanters specification sheets, the S6E-3 and the DX-500 are the only ones that can handle the capacity of the process.
each assumption and equation should be referenced as requested by the supervisor. I will include a copy of the preliminary report so you can understand the idea of the process, as well as some references that might be helpful. you can use any reference you find online but it must be valid and provided.
see the grading rubric.
if you have any questions, please ask.

Please see the attached file for more instructions. But just to let you know that this paper must focus on the Connected and Autonomous Vehicles (CAVs), specifically the platooning function of CAVs where the CAVs are moving on a highway with minimum distance between them and as a platoon (for example, the CAVs will be moving in one platoon like a train where each vehicle will be connected to the heading vehicle), and we are studying what is the optimum platoon size (how many CAVs can be in one platoon on highway), and what the optimum gap pr space between each platoon of CAVs. Also, we will study the mixed traffic flow where the vehicles on the highway are mixed Connected Autonomous Vehicles (CAVs) and Conventional Vehicles (Normal Vehicles). Additionally, we will study how the CAVs platoons can reduce congistion and increase safety on highway segments.
Please use simple English.
And please make sure that the text is zero Plagiarism and zero AI.

Please see the attached file for more instructions. But just to let you know that this paper must focus on the Connected and Autonomous Vehicles (CAVs), specifically the platooning function of CAVs where the CAVs are moving on a highway with minimum distance between them and as a platoon (for example, the CAVs will be moving in one platoon like a train where each vehicle will be connected to the heading vehicle), and we are studying what is the optimum platoon size (how many CAVs can be in one platoon on highway), and what the optimum gap pr space between each platoon of CAVs. Also, we will study the mixed traffic flow where the vehicles on the highway are mixed Connected Autonomous Vehicles (CAVs) and Conventional Vehicles (Normal Vehicles). Additionally, we will study how the CAVs platoons can reduce congistion and increase safety on highway segments.
Please use simple English.
And please make sure that the text is zero Plagiarism and zero AI.

Please see the attached file for more instructions. But just to let you know that this paper must focus on the Connected and Autonomous Vehicles (CAVs), specifically the platooning function of CAVs where the CAVs are moving on a highway with minimum distance between them and as a platoon (for example, the CAVs will be moving in one platoon like a train where each vehicle will be connected to the heading vehicle), and we are studying what is the optimum platoon size (how many CAVs can be in one platoon on highway), and what the optimum gap pr space between each platoon of CAVs. Also, we will study the mixed traffic flow where the vehicles on the highway are mixed Connected Autonomous Vehicles (CAVs) and Conventional Vehicles (Normal Vehicles). Additionally, we will study how the CAVs platoons can reduce congistion and increase safety on highway segments.
Please use simple English.
And please make sure that the text is zero Plagiarism and zero AI.

Hello, I am preparing for a final exam. I have a past final exam but no solutions. I would like someone to do this past final exam with detailed solutions.

Hi! I have missed a lot of lectures about this subject and need to do homework for my engineering class.
I need whole calculations and and also epires.
I have the 8th drawing, 1st row in table and 1st section of beam.
For the section i need testing of wooden beam strenght for the given 10Mpa, 12Mpa and 7 Mpa.
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)

I attached my project paper and I need someone to write the literature review as per the below instructions and I’ll share some articles that you can use in the literature review.
1. Select Sources: Choose up to 20 credible and recent academic research papers published within the last 5 years.
2. Evaluate Literature: Critically assess the literature using your analytics knowledge to identify recent gaps in the field of analytics applications in engineering management.
3. Summarize Findings: Highlight key findings and their benefits.
4. Write Review: Draft the paper in IEEE format, ensuring less than 10% similarity.
5. Conclude: Provide clear conclusions and actionable recommendations based on identified opportunities.