Hydropower Drawing Course
For business considerations, the AutoCad courses in the market all offer courses mainly focusing on interior design, whether it is the continuing education department opened in the name of a university, or the pre-employment or in-service courses opened by the Ministry of Labor Development Agency, the well-known cram schools and test classes in the market all teach students to practice technician questions to pass the practical subjects, and use forced memorization of test answers to pass the subject examinations. Do you have the confidence to go directly to the job interviews for piping and wiring, supervision, design and drawing? No company will hire a middle-aged person who knows nothing to work. In addition to not being able to satisfy you with a salary, you also have to train you. How can a company survive?
We believe that if a building does not have good water and electricity planning, building equipment, energy-saving intelligent control, and good furniture, the building is dead. This field should be viewed as a whole. Elon Musk has made it very clear that a single profession can no longer gain an advantage in the future world. The most important skills that cannot be replaced by AI are innovation, integration, communication, coordination, cognition, etc. If I have a fortune now, I would rather use the compound interest of time to help me make money, rather than work hard to learn a skill, and then be replaced by AI generation, collaboration, and robots in three to five years.
Some people may ask, if you want to learn drawing, then learn drawing; if you want to learn design, then learn design; why do you have to add practice, contracting, and taking on projects? Let me make a simple analogy. If we are like the Vocational Training Bureau, Master, Liancheng, University Continuing Education Department, and cram school, and teach you how to use a fishing rod to fish, but don’t take you to fish in a pond, stream, or sea where there are fish, then what is the point of learning these? Moreover, there is one thing we need to make clear: the key to business transactions lies in emotions, and it is indeed difficult for AI to do it in a short period of time. Of course, you can also choose to go to work obediently, but life is long now, and you may have another 40 or 50 years after retirement. How can you continue?
The above is the reason why Kevin Smiles invites you to join the AutoCAD Design and Drafting Program of Youpu Craft. Although the ideal is just starting, it is moving towards a non-profit association organization. Design adopts a single professional learning course method. Each course is streamlined to the minimum number of hours. And ensure that the works of completed trainees are connected with the industry. With the training certificate, we will help you find a job, change jobs, and provide you with a channel for diagonal, taking on projects, self-employment, and starting a business. Youpu wants to establish a good practical skills re-learning system. I hope to see you in classrooms around the world soon.
必修
AutoCAD Quick Start Construction Drawing
This course is the foundation of all courses.
AutoCAD 2D is almost the common language of all engineering fields. The course is different from the general textbook teaching method. It adopts thinking-guided teaching to achieve the most effective learning process of knowing, learning, doing and teaching. In class, the teacher will first give you the basic knowledge of drawing, and then use straightforward oral teaching. You will practice a lot to thoroughly understand it, accompanied by students teaching demonstrations, and then completing homework and final works. It is a course that concentrates the essence.
1. Introduction to AutoCAD environment
Software interface and toolbar common commands and shortcut keys
2. Basic drawing skills
Draw basic shapes such as lines, circles, rectangles, etc. using editing tools such as trim, extend, and mirror.
3. Preparation of construction drawings
Use of annotation and dimensioning in drawing plan, elevation and section drawings
4. Layer Management
Concept and management of layers How to use layers to organize construction drawings
5. Graphics Output
Print settings and output formats How to export to PDF or other formats
Drainage, air conditioning, fire protection painting work
Unit 1: System Introduction
Common symbols and annotations for the composition and functions of drainage systems Common symbols and annotations for the composition and functions of air conditioning systems Common symbols and annotations for the composition and functions of fire protection systems
Unit 2: Drainage System Drawing
Drainage pipe design Pipeline layout and slope calculation Draw drainage system diagram Draw drainage plan Layer management Manage drainage system layers
Unit 3: Air Conditioning System Drawing
Air conditioning equipment selection Equipment selection and configuration Drawing of air conditioning system diagram Drawing of air conditioning floor plan Pipe and vent configuration Pipe layout and vent marking
Unit 4: Fire System Drawing
Introduction to firefighting equipment Fire hydrants, sprinklers, alarm systems Drawing of firefighting system diagrams Using AutoCAD to draw firefighting floor plans Safety signs and regulations Signs that comply with fire safety standards
Unit 5: Comprehensive drawing practice
Integrate three systems Integrate drainage, air conditioning and fire protection systems Practice exercises Draw a comprehensive system diagram Problem discussion Discuss questions encountered in practice
Building water and electricity drawing arrangement
Unit 1: Basic knowledge of hydropower diagrams
Types of water and electricity diagramsWater supply system diagramDrainage system diagramElectrical wiring diagramSymbols and annotationsCommon symbolsIntroduction to annotation specifications
Unit 2: Water Supply System Diagram
The composition of the water supply system. Water source, pipeline, valve, etc. Drawing analysis. How to interpret the water supply system diagram. Actual case analysis.
Unit 3: Drainage System Mapping
The composition of the drainage system. Drainage pipes, inspection wells, sewage treatment, etc. Drawing analysis. How to interpret drainage system drawings. Actual case analysis.
Unit 4: Power System Diagram
The composition of the power system. Analysis of the distribution board, cables, sockets, etc. How to read the power wiring diagram
Actual case analysis
Unit 5: Integrated Practice
Comprehensive drawing reading exercises: Reading and analysis of comprehensive hydropower drawings
Power system drawing work
Unit 1: Introduction to Power Systems
Components of power systems Common symbols and markings for switchboards, transformers, cables and sockets Symbols and markings used in power systems Specifications
Unit 2: Electrical Plan Drawing
Basic structure of power plan Drawing elements of power plan Drawing distribution system diagram Layout of distribution board and main cables Layer management Manage power system layers to clearly display components
Unit 3: Drawing of electrical elevations
Concept of elevation drawing Basic features of power elevation drawing Drawing of power elevation drawing How to display power wiring and equipment in elevation drawing Labeling and description Specifications and descriptions of labeling in elevation drawing
Unit 4: Power System Integration
Integration of different systems How to integrate power systems with other systems
Integrate practical exercises on the same drawing to draw a comprehensive power system diagram
Unit 5: Comprehensive drawing practice
Comprehensive drawing exercises Draw a complete power system diagram Case analysis Analyze power diagrams in real engineering cases Problem discussion Discuss questions encountered in implementation
Plane and elevation pipeline clearing
Unit 1: Drawing of hydropower plan
The structure of the plan Basic components of the water and electricity plan Drawing of water supply system pipes, valves and other equipment Drawing of drainage system drainage pipes and inspection wells Layer management How to use layers to organize the drawings of different systems
Unit 2: Drawing of water and electricity elevations
Concept of elevation drawing Basic features of elevation drawing Drawing of electrical wiring elevation drawing Labeling and drawing of switchboards, sockets and lamps Drawing of water supply and drainage elevation drawing How to show the route of pipes in elevation drawing
Unit 3: Pipeline Mapping Techniques
Purpose of pipeline drawing clearing Importance and application of pipeline drawing clearing process How to organize and mark pipelines Practical exercises Conduct pipeline drawing clearing based on actual cases
Unit 4: Comprehensive Practice and Case Analysis
Comprehensive drawing practice Draw complete water and electricity plan and elevation drawings Case analysis Analyze water and electricity drawings in real engineering cases Discussion on problems encountered in implementation
Technical rules for hydropower construction
1. Construction preparation
Design drawing review confirms the completeness and accuracy of the design drawings.
Material Inspection Check the specification, quantity and quality of the required materials.
2. Water pipe construction
Pipeline selection: Select appropriate pipes according to design requirements. Pipeline installation ensures that the slope of the pipeline meets the drainage requirements.
Pipe connections should use appropriate joints and sealing materials to protect the pipes and prevent damage during the construction process.
3. Electrical construction
Cable Selection Choose the appropriate cable specifications based on load requirements.
Cable laying Ensure that the cables are laid in accordance with safety standards using appropriate conduits or protective sleeves.
Use appropriate connectors for wiring and connection to avoid short circuit or leakage.
4. Safety regulations
Construction safety Construction workers must wear safety equipment
Cut off the power supply safely and follow the electrical safety operation regulations.
Water pipe safety ensures that there is no water immersion or water accumulation at the construction site
5. Construction acceptance
Self-checking ensures that everything works as designed.
Acceptance standards are based on relevant standards to ensure the normal operation of the system.
Documentation After construction is completed, construction records and reports should be kept.
6. Common Problems and Solutions
For water leakage, check the joints and pipes and replace them if necessary.
Power failure Check the switchboard and cable connection to ensure there is no short circuit