Unit 2A: Engineering processes and human factors

Not all pages of the dissertation have been added. If you would like to see more, please contact me using the email albertoieronimo@icloud.com

This project required extensive research to determine the most effective manufacturing processes for producing a drone landing pad, in accordance with the brief's requirement for batch production. After evaluating various options, I selected five key engineering processes: three subtractive manufacturing techniques, thermoforming, and additive joining. Each process was analysed for its advantages, limitations, and suitability for batch production.

A major part of my research focused on balancing cost, functionality, and precision while considering constraints such as limited machinery and financial resources. I ensured that the selected processes aligned with batch production, prioritising efficiency, repeatability, and quality control.

In addition to technical considerations, I researched workplace safety and legal requirements, including:

• The Health, Safety and Welfare Regulations 1992

• The Health and Safety at Work Act 1974

• RIDDOR (Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 2013)

This research emphasised the importance of safe working practices and compliance with regulations to minimise workplace risks.

I also examined human factors influencing productivity, such as financial efficiency, deadline management, and client relationships, which play a crucial role in optimising production.

Once the report was completed, I had it professionally bound and donated a copy to the school as a contribution to the educational community. My work earned recognition when I was honoured with a Principal Award for my thorough research and dedication.

Through careful planning, detailed analysis, and a strong focus on safety and efficiency, I successfully achieved the project goals while adhering to industry standards.