What is given in the table is advanced, and rank and junior are not shown in the table.
Question 2: What are the titles of intermediate engineers? 1. project management (2): engineering project management, quality supervision and other majors.
2. Survey and design category (38): geotechnical engineering, hydrogeology, engineering survey, geographic information, pipe network information, buildings, structures, electricity, electricity, general layout, heating and ventilation (heating, gas supply and ventilation), heat, gas, automatic control, technical economy, budget estimate, highways, roads, bridges and tunnels, railways, rail transit and so on.
3. Architecture (25): geotechnical engineering, hydrogeology, engineering survey, architecture, structure, budgetary estimate, highway, road, bridge and tunnel, railway, rail transit, traffic engineering, water supply and drainage, environmental engineering, machinery, garden plants, landscape architecture, environmental protection, thermal energy, bioengineering, construction management, building materials, installation engineering and construction machinery.
4. Supervision consulting category (33): engineering inspection, geotechnical engineering, hydrogeology, engineering investigation, architecture, structure, electric power and electricity, heating and ventilation (heating, gas supply and ventilation), heat, gas, automatic control, engineering consulting, technical economy, budget estimation, highways, roads, bridges and tunnels, railways, rail transit, communication signals and traffic engineering.
5. Mining category (1 1): mining, mineral processing, electromechanical, ventilation, safety, geology, surveying, mine construction, mine transportation, electric power and pyrotechnics.
6. Prospecting (8): geotechnical engineering, geotechnical testing, geophysical prospecting, prospecting, engineering geology, hydrogeology, hydrogeology and engineering geology, structure.
7. Mineral utilization category (4): comprehensive processing and utilization, coal chemical industry, coal quality test and silicate.
According to the above professional classification.
I hope I can help you adopt it!
Question 3: What does it mean to have the title of construction engineer or above? The main work includes: the construction technology and project management ability of the construction site. Comment on the benefits of the title of construction engineer: for individuals, the title is linked to wages and benefits, and also linked to job promotion, which is the stepping stone to job search and promotion, and also the basis for hiring professional and technical positions. For qualified enterprises, professional title is a necessary condition for enterprise qualification grade evaluation, qualification upgrade and qualification annual review. Application for evaluation qualification: 1, assistant engineer (junior title): engaged in the professional work after graduation from university 1 year or above; Engaged in this major for more than 3 years after graduating from university; After graduating from technical secondary school and high school, he has served as a clerk-level position for more than 5 years. 2. Engineer (intermediate title): graduated from a university, engaged in professional and technical work for more than 3 years after obtaining the assistant qualification (engaged in professional and technical work for more than 5 years without obtaining the assistant qualification); Graduated from college, engaged in professional and technical work for more than 4 years after obtaining assistant level qualification (engaged in professional and technical work for more than 8 years without obtaining assistant level qualification). 3. Senior engineer (senior title): After graduating from university, he has been engaged in this professional and technical work 10 for more than 0 years, obtained the qualification for intermediate positions, and has been engaged in intermediate positions for more than 5 years; After joining the work, I have obtained a bachelor's degree in this major or a similar major, engaged in this professional and technical work for more than 10 years, and obtained the qualification for intermediate positions for more than 5 years. In order to select talents in an eclectic way, those who are truly talented, have made remarkable achievements and made outstanding contributions can apply for qualifications for senior and intermediate positions without being restricted by academic qualifications and qualifications. Recommended majors: architectural design, construction, civil engineering, construction budget, construction management, civil engineering structure, roads and bridges, geological survey, civil engineering, architecture, municipal administration, cost, construction supervision, surveying, highways, roads and bridges, engineering management, building materials, gardens, electromechanical, material management, water supply and drainage, communication engineering, heating and ventilation, water and electricity decoration, and decoration budget. 2. Copy of ID card and diploma 1 copy (scanned copy).
Question 4: What is the title of an engineer? Hello!
Engineer is a kind of professional level evaluation (professional title evaluation). Under it, there are technicians, assistant engineers and other titles; With the title of senior engineer and expert. Of course, this is only a calibration of the technical level of personnel engaged in engineering construction or management.
According to the professional title (qualification), it is divided into: researcher or professor senior engineer (senior), senior engineer (deputy senior), engineer (intermediate) and assistant engineer (junior).
Engineers usually refer to intermediate engineers. The title of engineer is evaluated by higher authorities, which is very common all over the country. Among them, you need to take the intermediate English title exam and the applied computer exam.
The professional classification of engineering titles is as follows: (assistant, intermediate and advanced)1; Building engineering: civil engineering engineer, builder [1], architectural design engineer, builder, survey engineer, geological survey engineer, construction budget engineer, construction management engineer, road and bridge engineer, civil engineer, municipal engineer, highway engineer and civil engineer.
2. Machinery and its automation: mechanical engineer [2], automation engineer, electromechanical equipment engineer, mechanical design engineer, casting design engineer, mechanical manufacturing engineer, mining engineer and electromechanical integration engineer.
3. Decoration design category: environmental art design engineer and architectural decoration engineer.
4. Water heating and chemical industry: building water and electricity installation engineer, fire water and electricity engineer, water supply and drainage engineer, water conservancy and hydropower engineer, HVAC engineer, heat treatment engineer, HVAC engineer and chemical engineer.
5. Building electricity: electrical engineers and electrical equipment engineers.
6. Computer, electronics and communication: computer engineer, electronic instrument engineer, communication engineer, electronic information engineer, computer and application engineer, electronic technology engineer, photoelectric technology engineer and electronic information engineer.
7. Gardens and horticulture: agronomists, gardeners, lecturers and landscape design engineers.
8. Ship and refrigeration: ship technical engineer and refrigeration engineer.
Question 5: What major can be classified as IT engineer?
Information technology industry classification
Generally speaking, the IT industry is divided into three aspects:
1. network
2. Software
3. Integrated circuits
If you want to enter the IT industry, you must first decide to enter one of these three aspects.
Three aspects of employment orientation:
1. integrated circuit direction, which is a very professional direction, requires job seekers to have strong professional knowledge, which can be supplemented by training, and needs to be well similar to the training of university education; The employment of such talents is very narrow, but if they are employed, the salary is very high (of course, it depends on the situation of the enterprise)
2. The software direction is wider than that of integrated circuit design. A good software engineer also needs a solid mathematical foundation. Regular training can make a person who has no software foundation become a software blue collar, but it still takes considerable work and study time to become a software designer. Most of these talents are employed by software companies;
3. Network direction, which is much wider than the first two. Through training, you may gradually become a network engineer from a person who doesn't understand network technology, because network technology is a more operational technology. Employment is also much wider, because informatization is a project of the whole society, and enterprises are engaged in informatization, and they all need to find suitable talents in the network to operate, manage and maintain their own network systems.
So from the perspective of employment, network engineer >: software engineer > integrated circuit engineer.
Nowadays, there is an upsurge of training software engineers in society, schools and enterprises, which is misleading. It is true that we need a large number of software engineers, but the current training is only a kind of training for software programmers. It is still a question whether the trained students can really become the leading force of software development in the future. Does our software company have enough space to accommodate these software coders?
The difference is that all walks of life need network engineers.
What is a network engineer? The post system of enterprise informatization can be used for reference. Enterprises (or * * *) need the following four kinds of people in the process of informatization:
1. Enterprise informatization supervisor: responsible for the decision-making of informatization construction objectives and schemes and the research of informatization construction direction;
2. Engineering technicians: responsible for the design and construction of information systems, including the construction of equipment, systems, databases and application systems;
3. Operation and maintenance personnel: responsible for the operation, maintenance, management and basic development of the information system;
4. Operators and application personnel: mainly use the information system for their own work.
In the process of enterprise informatization construction and operation, enterprises will outsource the construction process to professional IT companies, so there will be no IT system engineers in general enterprises, so IT can be said that IT system engineers are concentrated in professional IT companies; After the information system is completed, an enterprise will generally have a person or a group to be responsible for the operation, maintenance and management of the information system, which is necessary for the enterprise. Moreover, in terms of cost, the enterprise will recruit someone who knows something about network equipment, network system, database, network management, network security and basic network development to be responsible for its information system. Such people are generally called network managers. The knowledge of such people is fair and varied, but they are not particularly professional. If an enterprise really encounters a very professional technical problem, IT will generally let the network manager consult a professional IT company with the problem.
So from this perspective, the employment of network engineers will be much larger than that of the other two types of engineers.
At present, there are many certification trainings or training certifications called network engineers in the society. How do we choose them? We can analyze and understand them through systematic network technology:
1. Network equipment technology, mainly involving network hardware construction, including routers, switches, office networks, wide area networks, etc. Representatives in this regard are Cisco and Nortel; ;
2. Network operating system, mainly involving system management and network management of operating system. The representative directions are WINDOWS 2000, UNIX, LINUX, etc.
3. Network database, mainly involving databases applied to the network, such as SQL and ORACLE.
4. Network security, we should not unilaterally think that network security is the security of operating systems and application systems. In fact, security problems exist in all aspects of the network, and in this respect, there is no better one in China. & gt
Question 6: What kind of professional engineer should the electric power major take? Professional qualification: Professional qualification is divided into three levels: assistant power engineer, power engineer and senior power engineer.
Declaration conditions
Have one of the following conditions?
A, assistant power engineer:
1. Bachelor degree or above or equivalent;
3. Graduates with college degree or above or equivalent and relevant practical experience;
4 technical secondary school, vocational high school or equivalent education and engaged in related work for more than one year.
Second, the power engineer:
1. personnel who have passed the qualification certification of assistant power engineer;
2. Graduates with postgraduate education or equivalent;
3. Bachelor degree or above or equivalent and engaged in related work for more than one year;
4. College degree or above or equivalent and engaged in related work for more than two years.
Three. Senior electrical engineer:
1. Persons who have passed the qualification certification of electric power engineers;
2. Graduate degree or above or equivalent and engaged in related work for more than one year;
3. Bachelor degree or above or equivalent and engaged in related work for more than two years;
4. College degree or above or equivalent and engaged in related work for more than three years.
Examination time
There are four unified examinations every year, in April, June, 65438+ 10, and 65438+February. The date, place and method of the specific examination shall be notified separately by the examination institution or training institution where the candidate is located.
Teaching materials and teaching AIDS
Certification scheme? Unit price name of publishing house teaching materials
Assistant electrical engineer? Power Engineering China Electric Power Press 33
Electrical engineer? Power Engineering China Electric Power Press 33
Senior electrical engineer? Power Engineering China Electric Power Press 33
Safety management of electric power engineering construction? China Water Conservancy and Hydropower Press? 47
Question 7: What qualities should an engineer possess? 1. Analytical ability.
Must have the ability to analyze the structure, process, function and materials of work (design, production and service).
Second, practical ability.
Due to the complexity of technology, many problems can not form a theory or there is no ready-made theory to guide them. We can only judge by experience and be good at summing up the regularity of things from practice.
Third, observation ability.
Have keen observation, that is, the ability to find problems. Be good at finding defects, deficiencies and inconveniences in things that people are used to, so as to improve them.
Fourth, creativity.
Discovery, invention and creation in practice can be comprehensively analyzed with interdisciplinary knowledge and mastered theories. Solve the engineering problems that have not been solved by predecessors.
Verb (abbreviation of verb) learning ability
Have a good grasp of the basic knowledge needed for the job and a solid professional foundation. Be good at learning from practice, books and new knowledge.
Sixth, communication skills.
Good communication skills. Good at written or oral communication with relevant personnel.
Seven, management ability
Manage the documents, materials, information and team formed by technical and development work.
Eight, rigorous style
Work standards, meticulous and rigorous, serious and responsible, meticulous, and strive for perfection.
Nine, excellent personality
Good at cooperating with others, able to unite people with different opinions and personalities to work together.
X. professionalism
I love what I do, and I am willing to devote myself to what I do, be loyal to my duties and do my duty from beginning to end. Take pride in your work and have fun from it.
Question 8: What are the specialties of senior engineering engineers? 1, machinery, automation.
: casting design engineer, mechanical manufacturing engineer, electromechanical equipment engineer, electromechanical integration engineer, mining engineer, automation engineer, mechanical engineer and mechanical design engineer.
2. Construction engineering: architectural design engineer, construction engineer, civil engineer, construction budget engineer, construction management engineer, civil structural engineer, road and bridge engineer, geological survey engineer, civil engineer, civil engineering engineer, construction engineer, municipal engineer, cost engineer, construction supervision engineer, surveying engineer, highway engineer and road and bridge engineer.
3. Computer, electronics and communication: communication engineer, photoelectric technology engineer, computer and application engineer, computer engineer, electronic technology engineer, electronic instrument engineer, electronic information engineer and electronic information engineering engineer.
4. Water heating and chemical engineering: building water and electricity installation engineer, fire water and electricity engineer, water supply and drainage engineer, water conservancy and hydropower engineer, heating and ventilation engineer, heat treatment project 5. Decoration design: environmental art design engineer, architectural decoration engineer.
Division, HVAC engineer, chemical engineer
6. Ships and refrigeration: refrigeration engineers and ship technical engineers.
7. Building electricity: electrical engineers and electrical equipment engineers.
8. Gardens and horticulture: lecturers, gardeners, landscape design engineers and agronomists.
Question 9: What are the majors that can evaluate the titles of engineers? 1. Scope: professional and technical personnel of construction enterprises or construction-related units.
2. Issuing authority: the Provincial Personnel Department or the Municipal Personnel Bureau issues certificates, and the website of the Provincial Personnel Department or the Municipal Personnel Bureau inquires, which is common throughout the country.
3. Professional title level: engineering series: assistant engineer, engineer and senior engineer.
Four. Professional classification: Engineer classification: civil engineering engineer, architectural design engineer, architectural decoration engineer, building construction engineer, building water and electricity installation engineer, fire water and electricity engineer, water supply and drainage engineer, building budget engineer, building management engineer, road and bridge engineer, civil engineering engineer, municipal engineer, mechanical engineer, electrical engineer, electrical equipment engineer, electromechanical equipment engineer, electronic instrument engineer, mechanical design engineer, civil engineer, civil structural engineer.