Identifying the engineering works refers to the process of describing all the engineering works necessary to install and operate the production technology and including civil, electrical, mechanical and digital engineering works. These engineering works are critical for the operation of production technology and require time, effort, and costs to deliver.
Step-By-Step Process
- Clarify the production program, production technology, factory site, and production requirements, and conclude rough thoughts on the engineering works to be performed.
- Set requirements: Identify the engineering works to be done to install and operate machinery.
- Define the scope of work: This includes identifying the specific engineering tasks that need to be performed, as well as any constraints or limitations, such as budget, time frame, or regulatory requirements.
- Conduct a site survey: Before beginning any engineering work, it’s important to conduct a site survey. This survey includes gathering information about the site, such as its dimensions, topography, and existing infrastructure.
- Analyse existing conditions: Based on the site survey, it’s important to analyse existing conditions. This analysis includes identifying any potential challenges or obstacles that may need to be addressed in the engineering work.
- Develop engineering plans: Once the scope of work, site survey, and existing conditions have been analysed, the next step is to develop engineering plans. This plan includes creating detailed drawings, schematics, and specifications that outline the engineering work to be performed.
- Estimate the budget and schedule for conducting the engineering work plan.
- Prepare the document as per the above outcomes, and share it with your team and experts.
Example
The following is a brief description of the engineering works:
- Site selection and preparation: This involves selecting a suitable location for the factory, preparing the land by clearing and levelling it, and ensuring that the site meets zoning and regulatory requirements.
- Structural design: This includes the design of the factory building, which needs to be sturdy enough to withstand the weight of heavy machinery and equipment and to provide a safe working environment for employees.
- Electrical systems: This involves designing and installing electrical systems that can handle the power requirements of the machinery and equipment in the factory.
- Plumbing and water systems: This includes the design and installation of plumbing and water systems for the factory, including water supply and wastewater treatment systems.
- Heating, ventilation, and air conditioning (HVAC): This includes designing and installing HVAC systems to provide a comfortable and safe working environment for employees.
- Fire protection systems: This involves designing and installing fire protection systems, such as sprinklers and fire alarms, to protect the factory and its employees from fire hazards.
- Equipment installation: This involves the installation of the machinery and equipment required for the factory’s operations, including conveyor systems, assembly lines, and specialized machinery.
- Safety systems: This involves designing and implementing safety systems to ensure that the factory is a safe place to work, including safety protocols and equipment, such as safety guards and emergency shut-off switches.
- Digital system: This involves installing internet and computer systems to operate and control the production technology.
Useful Tips
- Conduct a thorough needs assessment and identify needs, problems, constraints, budget and time frame to perform.
- Involve stakeholders in the identification of engineering works.
- Study the feasibility of conducting the engineering works before performing them.
Things To Avoid
- Neglecting to consider regulatory requirements.
- Failing to evaluate risks.
- Relay on assumptions instead of facts and data.
Final Note
This article is sourced from my new book- Your Guide For Preparing An Industrial Feasibility Study.
For more information about the book: https://growenterprise.co.uk/book-your-guide-for-preparing-an-industrial-feasibility-study/
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The author: Munther Al Dawood- Industrial Enterprise Expert
Grow Enterprise 