Designing airports of the future report
Budget: £20 – £250 GBP
Aviation can often be seen as a symbiosis between passengers and air freight. Passenger airlines rely on the revenue earned from freight to maintain some routes and vice versa. Environmental concerns are driving a shift toward carbon-neutral and energy-efficient transport for passengers and freight. Services are increasingly needing to blend into wider tech-enabled ecosystems that rely heavily on automation, AI, and IoT. In order to remain relevant, airports must adapt also; however, they must also be responsive to changing market demands. Focussing on the freight sector, airports may need to re-think their strategies and design for the future.
Demonstrate knowledge and comprehensive understanding of resources (materials, equipment, engineering technologies, and processes etc) available to solve an engineering problem.
Demonstrate a professional approach to project and time management skills, technical written communications skills, and record-keeping skills by maintaining a progress record that is in line with professional expectations.
Plan and undertake an individual engineering investigation which demonstrates knowledge and understanding of scientific principles, including the range of uncertainty (including H&S, risk and impact), within their chosen engineering discipline.
Design and evaluate engineering solutions using prior knowledge and analytical skills that answer a range of technical questions about the context and rationale of the project work, discussing the role of relevant quality management systems and continuous improvements when developing a solution.
Select and evaluate data from literature and other relevant sources to support a line of reasoning and/or develop a solution.
Demonstrate appropriate ethical conduct with regard to acknowledgement of source data and conduct of experiments especially where these involve people or animals.
Defend the outcome of a technical investigation which presents the context, technical data and findings in line with normal professional expectations to both specialist and non-specialist readers.
I have a template for you to write the report. The report needs to be roughly 10,000 words. I need this completed for 27th March
Demonstrate knowledge and comprehensive understanding of resources (materials, equipment, engineering technologies, and processes etc) available to solve an engineering problem.
Demonstrate a professional approach to project and time management skills, technical written communications skills, and record-keeping skills by maintaining a progress record that is in line with professional expectations.
Plan and undertake an individual engineering investigation which demonstrates knowledge and understanding of scientific principles, including the range of uncertainty (including H&S, risk and impact), within their chosen engineering discipline.
Design and evaluate engineering solutions using prior knowledge and analytical skills that answer a range of technical questions about the context and rationale of the project work, discussing the role of relevant quality management systems and continuous improvements when developing a solution.
Select and evaluate data from literature and other relevant sources to support a line of reasoning and/or develop a solution.
Demonstrate appropriate ethical conduct with regard to acknowledgement of source data and conduct of experiments especially where these involve people or animals.
Defend the outcome of a technical investigation which presents the context, technical data and findings in line with normal professional expectations to both specialist and non-specialist readers.
I have a template for you to write the report. The report needs to be roughly 10,000 words. I need this completed for 27th March