Summary of professional and technical work of electrical engineers (1)
Looking back on my work in the past year, under the leadership of the company's leaders, with the assistance of my colleagues and the cooperation of various departments, I strictly demanded myself and completed my work well according to the company's system requirements. Through one year's study and work, the working mode has made a new breakthrough and the working mode has changed greatly. Now we will sum up the work in the past year and ask the company leaders to put forward valuable opinions and suggestions.
I. Main Work Completed in 20 Years
1. Complete the handover of the design institute, collect all electrical design data and provide them to the design institute, formally carry out various work with the design institute, and push the design work to the normal process;
2. Communicate with the design institute and check the layout of high and low voltage equipment in the switch station and substation on site. Communicate design opinions with professionals of design institute, and complete drawings of switching station and substation;
3. Cooperate with the power installation company to complete the installation of high and low voltage equipment in the leather hall;
4. Cooperate with the construction units to complete the laying of strong and weak cables on each floor of Piguan Project, arrange the power boxes of strong electric wells on each floor, and measure and lay the power on each floor to every shop, communication, network and monitoring position;
5. Complete the preliminary design of the substation of the boutique business building and count the electricity consumption of the later project.
Second, the main work will be completed within 20X years.
1, cooperate with the general contractor, supervision, fire control and other relevant acceptance units to reach the qualified project of Leather City, and hand over the electrical equipment to the Operation Department;
2. Do a good job in reviewing the electrical drawings of the woodcarving cultural square project. If you have any questions, contact the design institute for confirmation in time, and give feedback to the construction unit as soon as possible after confirmation, and cooperate with civil engineering and plumbing engineers;
3. Follow up the installation procedure and safety work of the distribution station in the boutique business building until X day, and complete the normal operation of the electrical equipment in the air-conditioning room.
Third, the existing shortcomings and improvement measures
1, communication ability needs to be strengthened, and resources are not fully utilized;
2, the professional scope is narrow, as an electrical engineer, you should be versatile, so as to meet the needs of the company's development. In the future work process, strengthen the study of other majors, so as to improve their professional and technical level, always be strict with themselves, pay attention to their own development and progress, and be cautious in what you say and do;
3, for the forward-looking and planning in the work process is not strong enough, in the future work, we should improve our foresight for the work that will have problems, try not to have problems, and when we encounter problems, we can deal with them in an orderly way.
Next year will be a busier year. In the following work, I will closely focus on the overall planning of the company, complete the work in a down-to-earth manner, work harder and strive for progress, so as to further improve my working ability, be a qualified X employee, strive to create greater benefits for the company and complete the work better next year.
Summary of professional and technical work of electrical engineers (2)
I entered the construction site at 20X. This season is the climax of the project team's big task, with numerous building numbers, pressing time and 100 days of war. As an engineer, under the direct leadership of Director X and Team X, I overcame the difficulty of personnel shortage and replacement, carried out my work in combination with the actual situation of the project, strictly followed the principle of law-abiding, fairness, science and integrity, and the principle of "three controls, two pipes and one coordination" of the construction unit, and enthusiastically served the construction unit, and conducted strict and meticulous professional supervision on the project. Team X's professionalism was strict with self-discipline. So far, this work has lasted for several months and achieved good results. Facing the end of the year, I will summarize my specific work as follows.
I. Overview of Phase III Project in Area X and Area C
Area C Project of Phase III of X Residential Area is located in X Village, X County, X City, X Province, covering an area of 505 mu. There are 72 new residential and public facilities in 8 categories, including kindergartens and comprehensive halls, with a construction area of 290,000 square meters. Its supporting facilities such as outdoor water supply, drainage, heating, residential roads, natural gas, strong and weak electricity, fire fighting, etc. This project started on April 20X of 1 year and will be completed and put into use in June of 20X.
The project was designed by X Science and Technology Engineering Co., Ltd. (X Survey and Design Institute) and X Survey and Design Institute. The six floors above ground (including basement) of residential buildings are all large-scale excavated lime-soil foundation, reinforced concrete strip foundation, main brick-concrete structure, cast-in-place concrete floor and roof, and the seismic fortification intensity is 7 degrees.
The building numbers of the supervision group II in Area C are: 14, 15, 16, 17, 19, 20, 2 1, 24, 25, 26, 27, etc. The building area is about 6.5438+0.4 million square meters.
Second, the attitude and understanding of supervision work
Construction engineering is a special product with great value and long service life, which is also related to people's life and property safety, health and environment. Therefore, ensuring the quality and safety of construction projects has become a very important issue. Because our supervisors are professionals with skills, management skills, economy and law, our supervisors will play an important role in ensuring the quality and safety of construction projects through excellent supervision and management of contracted construction units.
Therefore, if our supervisors think that the project construction does not meet the engineering design, engineering quality standards and quality requirements, they should report to the team leader and industry supervisor in time, and report to Director X when necessary ... and issue a rectification notice to the construction party in time to ensure the engineering quality. Must strictly abide by GB503 19-2000 national standards for engineering supervision; From the supervisor's arrival at the construction site to the completion and acceptance of the project, the work should be carried out in accordance with the professional standards of "law-abiding, honesty, fairness and science"; Seriously study GB50303—2002 Code for Acceptance of Construction Quality of Building Electrical Engineering, GB50 168-92, GB50 169-2006 national standards and specifications, etc. At work, I can study the relevant norms seriously, which has played a positive role in carrying out professional supervision work.
Be familiar with the drawings carefully, review the construction drawing design, and make good preparations for supervision. In the past three months, I have been able to control the quality, progress and safety in the construction process, abide by the rules and regulations formulated by the company in the process of work, and obey the direct leadership of Director X and the normal work arrangement of Team Leader X; In case of drawing contradictions and new problems in engineering construction, carefully consult documents such as historical changes; Communicate and coordinate with the construction unit, and cooperate with each other.
Characteristics of Current Electrical Construction in Phase III and Phase III Area C
The supervision disclosure of electrical construction in Area C of Phase III is not perfect. The drawings are incomplete, many details and nodes are omitted, and the monomer and apartment design of two houses cause many contradictions in the drawings, which are inconsistent with the table; For example, the wiring diagram of the distribution box in Building C-70 was designed in September 65438+May 2007. The metering box of electric meter is placed in the basement for centralized management, and the installation system diagram of intercom doorbell was designed on September 22, 2007. The doorbell decoder is put by a single household, and two households need two wires. The wiring diagram of distribution box in Building C-48# was designed in June 5438, 20071October, and each household metering box was managed independently by layers. The installation system diagram of intercom doorbell was designed on September 24th, 2007. Doorbell decoder, one for two households, only takes one line. The two buildings were designed and jointly built by the same company. The design time of the two buildings is only a few days, but their functions and construction methods are completely different. (The above problems have been changed in Area A) I didn't find the notice of change in Area C, only found some similar drawings with building numbers, carefully checked them, consulted all the supplementary notices of electrical changes in recent 20X and registered them, communicated with the engineers who had supervised in Area A, recorded the problems in the drawings one by one, and compared the missing problems in Area C in Phase III in each building in time. If it can be changed, I immediately put forward rectification measures to the construction unit. At the same time, the questions raised by the construction party were answered positively. Received a lot of results.
The characteristics of the third-phase electrical engineering in Area C are: building group buildings and living in groups. Many buildings are built in a drawing apartment, where people are old colleagues and acquaintances who have worked in the same unit for decades. We all contacted each other through the door when we lived. You and I are compared, so it is very strict to have a unified size and specification in electrical construction.
3. There are many sub-projects and the construction is difficult. The electrical installation project of this building is mainly the installation of strong current, weak current and lightning protection grounding system. Strong electricity is divided into multi-channel air conditioners, multi-channel water heaters, ordinary sockets and lighting. Lighting is divided into public corridor lighting, basement lighting and indoor lighting.
4. There are many processes, long construction period, and many electrical construction personnel. Grounding grid, various embedded pipes, embedded parts, grounding leads, foundation embedded parts, etc. From the beginning of the project, it will be constructed together with civil engineering, and then cables and wires will be laid, equipment and appliances will be installed, tested, tested, debugged and set according to the requirements of electrical engineering construction specifications. Finally, all systems will be jointly tested. Quality evaluation and completion acceptance shall be carried out after passing the inspection, and the duration shall be more than 1 year.
5. The skills of electrical installers are poor, which makes the construction supervision very difficult. Because electrical installation is an incidental construction in building construction, the construction party often subcontracts it to others, and others subcontract it to a second subcontractor, or even a third subcontract. Therefore, in the construction, the first subcontract is still certified, and most of the other two packages and three packages are unlicensed. The age of the construction workers is uneven, from 17 to over 60 years old, and their cultural level and technical skills are very high.
Four, strictly abide by the standards and norms of supervision work.
In line with the principles of law-abiding, fairness, science and good faith, the principle of "three controls, two controls and one coordination" is implemented for the construction unit. Strengthen the supervision of construction units and do a good job in dynamic control. The supervision building area of Group II in Area C of Weiyuan Phase III is about 6.5438+0.4 million square meters. Adhere to the guiding ideology of quality first, prevention first, process control and terminal control, abide by professional ethics, maintain the image of the supervision company, strictly supervise the construction unit, combine supervision with help, and serve the construction unit enthusiastically. The following points are put forward in quality control.
1. Quality control. Setting of quality control points in construction.
(1) For key parts or weak links, it is generally necessary to analyze the reasons that may cause quality problems in advance, and then formulate pre-control countermeasures according to the reasons.
(2) Key working procedures or links in the construction, concealed works, parts or links where new materials are changed and used, and difficult working procedures or links, with great construction conditions or technical difficulties.
(3) Control of construction personnel. In supervision, we should focus on controlling and supervising unqualified, undocumented, low-level and unresponsive construction workers; The quality of building materials, because it directly affects the quality and safety of the project, should focus on its quality and performance control. (For example, when the temperature is low in winter, PVC pipes are easy to break, and so on. When casting the board surface, electricians are strongly required to stand by and supervise. )
2. Control the technical bottom of the contracting construction unit. This is one of the conditions to ensure the construction quality, therefore, disclosure should be made before each subdivisional work starts.
(1) Strictly control the inspection of materials, finished products, semi-finished products and components to prevent unqualified products from being used in engineering.
(2) Review the technical disclosure information of the construction unit, understand the on-site disclosure situation, avoid disconnection, and master the dynamics of the construction unit. The X 20 building of urban and rural project department is divided into 6 teams. In the process of construction, I noticed the differences in personnel quality, construction methods and construction quality of each team, and took targeted measures to improve the construction quality.
(3) Construction between examples: In order to reduce large-scale mistakes and rework, construction between examples plays an important role in regulating the behavior of construction units and construction quality. In the process of construction, each team adopts the method of starting between examples, and the control effect is good. All construction units and teams are required to make a set of model rooms on each building, and the installation work can only be fully carried out after the acceptance.
(4) In the construction, the method of combining on-site supervision, patrol and parallel inspection shall be adopted to strengthen the quality control of concealed works, important parts, key links and weak links to ensure foolproof. For abnormal situations, carefully analyze, distinguish responsibilities, deal with them seriously, and communicate with engineers in time for major problems.
3. Control of materials and parts entering the site. All raw materials transported to the construction site shall submit the "Application Form for Engineering Materials/Components/Equipment" to the supervisor before entering the site, and the peers shall attach the factory certificate and technical specifications of the products. Before entering the site, the contractor's inspection report shall be checked as required, and our supervision engineer will check and confirm it.
4. Schedule control. X- 1 The construction progress of the project department is slower than that of the X-2 project department, and the construction quality is poor. Through the analysis of personnel, machinery and engineering quantity, this case reminds the construction unit of Anda University not to change people many times, increase advanced machinery (such as pipe bender), learn from the advanced experience of X-2 electrical installation, and urge the construction unit to adjust personnel and machinery to lay the foundation for ensuring the total construction period.
5. Acceptance of engineering construction quality. Acceptance of engineering construction quality is an important link in engineering construction quality control. GB50300-200 1 Unified Standard for Acceptance of Construction Quality of Building Engineering must be implemented, which is the general criterion for acceptance specifications of various disciplines of building engineering.
(1) Line pipe laying:
(1), dark with threading steel pipe, interface without butt welding phenomenon. This problem is often encountered in the inspection process. Butt welding of thick-walled steel pipes (with a wall thickness greater than 2mm) will cause internal nodules, which will damage the insulation layer when passing through cables. Thin-walled steel pipe (wall thickness less than or equal to 2mm) will burn through when it is welded, and when it is buried in concrete, it will seep into slurry, which will lead to catheter blockage. These phenomena are not allowed to happen. Therefore, the mandatory provisions in GB 50303-2002 (14.1.2) require that metal conduits are strictly prohibited from butt welding, and galvanized and steel conduits with wall thickness less than or equal to 2mm shall not be connected by sleeve welding. Thick-walled steel pipe should be welded with casing, and the weld should be full and dense. Galvanized steel pipe requires threaded connection, and both ends of the joint are fixed with special grounding cards, which cross the grounding wire. Thin-walled steel pipes have threaded connections and tight connections. However, it is required to plug the interface to prevent moisture from infiltrating into the pipe and aging the insulation layer of the wire, and to increase the conductivity of the connection.
(2) The laying depth of steel distribution pipe does not meet the specification requirements. Too deep buried pipes are not conducive to the connection with boxes and boxes, and sometimes too deep slotting will affect the quality of buildings such as walls; Too shallow is not conducive to the connection with boxes and boxes, and it will also cause cracks on the surface of buildings. In some damp places (such as the basement, etc.). ), the corrosion of steel conduit will appear on the wall, so the buried depth is appropriate, which not only protects the conduit but also does not affect the building quality. Therefore, GB50303-2002 requires that the protective layer thickness of concealed conduits should be greater than 15mm, and the box should be plastered with cement mortar with strength grade not lower than M 10. Slotting requires mechanical slotting, and manual slotting is prohibited. Also, the inside and outside of the steel pipe are not coated with antirust protective paint. In view of these problems, urge the construction party to rectify immediately when inspecting the site.
(3) PVC20 works the most, the distance is not allowed when laying, the corner is too small, the butt joint is not sticky, the groove width is not enough, and the groove is bulging and horizontal. These problems are constrained in on-site inspection almost every day.
(2) Installation of distribution box: a, reserved holes of distribution box. Because the drawings give the electrical installers a coordinated way: "During electrical construction, electricians should cooperate closely and do a good job of reserving holes and embedded parts", and the specific dimensions of reserved holes are not specified in the drawings in detail, so there are no unified and standardized reserved holes in the user metering boxes of most buildings. According to careful statistics, only five floors have been built in the three units of Building 47#. 15 of the reserved holes in the metering box, only 2 holes are still qualified, and the remaining 5 holes are not left. Six reserved holes are not lintels. According to article 3.0.7 of GB50203-2002 Code for Quality Acceptance of Masonry Engineering, when the number of holes left in masonry walls exceeds 300, lintels should be set. The two holes are extremely bad (there are photos of 15 holes), and examples like this are more prominent in building C-64#. Other buildings abound. B, the box quality has the following problems: ① The dimensions are not determined according to the drawing requirements. (2) The dimensions of the products delivered to the construction site are inconsistent with the drawings. In view of the above problems: ① It is required to order in strict accordance with the design drawings and relevant specifications. Upon arrival, visual inspection shall be carried out to check whether there is a factory certificate, whether the nameplate is correct, whether the accessories are complete, whether the insulation part is defective or cracked, and whether the coating is complete. (2) The iron box of the distribution box should be consistent with the drawing size. If there is any discrepancy, it is necessary to find out whether the manufacturer produces according to the data requirements. Then find out the disclosure notice.
(3) Installation of various concealed seams: ① The height of socket cassette from the ground is not installed with 50 wires or the 50 wires are misaligned by 3-4 cm, which makes the installation height of various cassettes inaccurate; The installation of several cassettes on the wall is not on the same plane. (2), air conditioning, water heater tank height is not allowed to be too high; (3) The position of the switch cassette is chaotic, and the new requirement is that when it meets the concrete column, it can be 300 away from the edge. Therefore, after drawing, when the column is invisible, the switching distance from the side is regarded as different. Such problems are corrected one by one in the inspection.
(4) Installation of lightning protection and grounding system
Part of the lightning protection zone and grounding device have insufficient lap length and are welded unilaterally. Installation requirements of lightning protection belt and grounding device: ① The lap length of flat steel shall not be less than twice its width, and it shall be welded on three sides. When the width of flat steel is different, the lap length should be wider; (2) The lap length of round steel shall not be less than 6 times of its diameter, and it shall be welded on both sides. When the diameters are different, the lap length with larger diameter shall prevail; (3) When the round steel is connected with the flat steel, its lap length should not be less than 6 times the diameter of the round steel, and it should be welded on both sides; (4) When welding flat steel and steel pipe, flat steel and angle steel, it should be close to the 3/4 surface of steel pipe or the outer two sides of angle steel, and the upper and lower sides should be welded; ⑤ In addition to the welded joints buried in concrete, other measures should be taken to prevent corrosion. Do not meet the above specifications, will not be accepted.
(5) Equipotential bonding
(1) Main equipotential bonding (MEB) The Code for Design of Low-voltage Distribution requires that the following conductors should be used in the main equipotential bonding in the building when grounding fault protection is adopted: Grounding trunk line of grounding electrode of electrical device; Metal pipes such as water pipes, gas pipes, heating pipes and air conditioning pipes in buildings; When conditions permit, electrical conductors such as metal components of buildings. The above conductors shall be connected with the general equipotential bonding terminal when entering the building, and the joints of metal pipes in equipotential bonding shall be reliably connected and conducted. Equipotential construction generally adopts welding, and 40mm×4mm galvanized flat steel is connected to the conductor from MEB copper connecting bus. Generally, galvanized flat steel or copper strip of not less than 25mm×4mm should be used for the connection hoop of various metal pipes.
② Local equipotential bonding (LEB) in the bathroom: Clause 6.5.2 in GB 50096-1999 requires equipotential bonding in the bathroom with bath equipment. The construction method required in Area C is to use 25mmx4mm flat steel to make a belt-like shape from 30cm to the ground, and then make four M8mmX50mm screws as grounding body. It mainly controls the connection with its outlet.
Five, deal with engineering quality problems in time.
For construction without drawing, construction without license, subcontracting for many times, hooking, inadequate construction management, unqualified raw materials, oversized bad grooves and drilling holes, unqualified reserved holes, weakened load-bearing sections, etc., the supervision shall stop the construction in time after discovering it. If you seriously or don't listen to the supervisor's verbal stop, the supervisor can issue a notice of temporary suspension.
For the small quality problems in engineering construction, solve them in time during the inspection of the construction site and the acceptance of partial projects. For engineering quality defects that can be generally reworked or repaired, the contractor shall be instructed to write a quality problem report first, explain the situation and put forward treatment opinions. After verification and research by the supervision engineer, the treatment scheme shall be determined with the consent of the construction unit when necessary, and then the contractor shall reply to it for treatment, and then it shall be re-accepted.
Summary of Professional and Technical Work of Electrical Engineers (3)
I graduated from X University of Technology in July, majoring in automation, and went to work in X Power Plant in August. My first major in power plant was dust removal and desulfurization operation. Through my own efforts and continuous progress, I was hired as an assistant engineer in July of 20X. During this work, I studied my major, kept forging ahead, and worked hard to learn professional and technical knowledge. Be recognized by the leaders in their own work. In May of 20X, I was transferred to the major of centralized control electrical operation. It took me less than 1 year to learn the operation expertise in centralized control. In the same year, he was admitted to the Master of Engineering for further study. Major in control engineering. In April of 20X, I transferred to the major of maintenance thermal engineering, mainly engaged in the control system of the company's power plant.
My professional and technical work since I took office is summarized as follows:
First, work hard, don't pick work, and do a good job in an all-round way.
I entered X Power Plant in July of 20X, and my first major was dust removal and ash removal. I participated in the preparation, debugging and timely improvement of dust removal and ash removal equipment in power plant.
During dust removal and ash removal, I was mainly responsible for the operation, maintenance and training of dust removal and ash removal. The improvement scheme of the dust removal thermal control system in operation is put forward. In the debugging stage, in order to better grasp the functions of the control system, I am responsible for and participated in the debugging work of front and rear S system networking, duty system, control screen setting, system configuration, screen production and modification, system download and so on. Through the preparation and debugging of the system and the exercise of equipment operation in the later stage, I enriched my professional knowledge and further improved my comprehensive quality.
In March of 20X, according to the characteristics and environment of the dry slag system, the old slag blockage in the dry slag system was reduced, and the safe and stable operation of the boiler in the power plant was ensured. In April of 20X, after I transferred to centralized control electric operation, the booster station of X Power Plant was rebuilt. The original 220kv booster station was transformed into two independent booster stations. The original dual bus structure is upgraded to a 4-segment bus structure. Added 1 bus coupling interval, 2 bus pt interval and 2 power socket interval. During the transformation, we carried out 42 large-scale operations and 27 technical transformations. There are no violations and misoperation. In March of 20X, according to the characteristics of ets trip protection system of steam turbine in power plant, it was optimized and reformed. Through the transformation, the misoperation of unit protection is avoided, and the safe and economic operation of the power plant is ensured.
Study hard in technology, review the operating rules in theory every day, and constantly improve your skills through various communication channels in team learning; In practice, I strictly abide by the operation rules, cultivate my independent operation ability, ensure that there will be no misoperation accidents, write down the problems encountered in my work, experience gained and matters needing attention at any time, and humbly ask professional workers and leaders for advice. After hard work, 20X was promoted from the auxiliary operation position to the main operation position. However, I know that it takes time to hone and accumulate knowledge, and it will get better day by day.
Second, be loyal to the enterprise and bravely shoulder heavy burdens.
Because of his outstanding performance in centralized control electrical operation, he has been unanimously affirmed by department leaders and superiors. In April of 20X, I was transferred to the thermal department of the equipment maintenance department, responsible for the work with the highest technical content in the power plant. The new job puts forward new and higher requirements for yourself. I study the professional knowledge of thermal engineering in a timely and comprehensive way to improve my comprehensive professional quality. With the help of leaders and colleagues, I successfully completed various tasks:
1. participated in the overhaul of # 1 unit, during which 1503 overhaul standard items, 33 special items, 27 renovation items, 23 metal inspection items and 27 planned inspection items of pressure vessels were successfully completed, and no safety accidents occurred in the whole process. Through this overhaul, it can be said that our # 1 unit has almost reached the advanced level of similar units in this area. Make full use of the opportunity of this overhaul to reduce the consumption of auxiliary power and improve the economic benefits of the power plant;
Participated in the reconstruction project of heating and steam extraction of indirect air-cooled 200mw units in X Power Plant in 2.20X years. The medium-pressure exhaust steam in heating is supplied to the heating network from the unit side through the tee pipe. The upper pipeline of the tee pipe is connected with the heating butterfly valve, and the upper flange of the heating butterfly valve is connected with the connecting pipe flange. The rated heating extraction rate is 150t/h, the maximum heating extraction rate is 200t/h, the corresponding extraction pressure is about 0.30mpa, and the extraction temperature is 253.4℃. In order to consider the possibility of steam turbine heating under low electric load, the minimum extraction saturation temperature is set at 1 19℃, and the corresponding extraction pressure is 0. 196mpa. After the transformation, the service gas consumption rate has been greatly improved, and the economic benefit of the power plant has been further improved.
3. Participate in the upgrading of the dcs system of X power plant, solve the protection problems in the system, and make great contributions to the equipment stability of X power plant.
Third, persist in continuous learning and comprehensively improve their comprehensive quality.
From the beginning of my work, I realized the importance of learning more deeply. Without study, there will be no progress. I strive to improve my professional quality and personal comprehensive quality through continuous study and practice. As the saying goes, "if a worker wants to do a good job, he must sharpen his tools first." In the study of professional technology theory, the principle of combining internal and external is adopted, with self-study as the main part and company training as the supplement. Over the past few years, I have maintained uninterrupted learning and played an effective guiding role in practical work. I started my master's degree in engineering control at 20X. Has obtained the intermediate skills of professional qualification of thermal program-controlled protection worker, centralized control attendant, electrical attendant and electrostatic precipitator attendant.
In my study, I never forget that I am a party member. While learning professional and technical knowledge, I also don't forget to strengthen the study of my own political theory, pay attention to my own ideological construction and constantly improve my political quality. A few years ago, when I was in the power generation operation department, I was an organization member of the Party branch, and when I was in the maintenance department, I was a propaganda member of the Party branch. Put forward higher requirements for myself in my work. I will set myself a strict standard in party member and make greater contributions in my work.
Summary of Professional and Technical Work of Electrical Engineers (4)
Time flies, I have been in the company for almost a year in a blink of an eye, and I feel a lot and gain a lot. Joining X box transformer company is a good opportunity for me to develop, and it is also a good opportunity to exercise and improve my various abilities. Here, first of all, I would like to thank the company leaders and colleagues for their strong support, care and help, so that I can quickly adapt to the company's management system and do my best to do my job well. Since I entered the company, I have carefully understood the general situation of the company's development, studied the company's rules and regulations, and become familiar with the company's technological process. At the same time, I really felt the positive and inspiring corporate culture, which benefited me a lot. I will summarize my work in the past year as follows:
First, work hard.
The installation group, primary cord group, primary copper bus group and secondary wire group in the workshop lasted for three months. We entered the box substation from the workshop, which can be said to be our first impression of the box substation company. I have to say that the workshop workers have set up a good image for me and benefited me a lot. /kloc-I entered the technical institute for internship in October, and deeply felt the spirit of hard work and Excellence of my colleagues. When I entered the technical room, I knew that my burden was heavy. I always remember this sentence: "If you want to give someone a bowl of water, you must have a bucket of water." . Because I know that it is not easy to be a qualified technician. As technicians, we should not only be able to handle the requirements put forward by customers, but more importantly, we should be able to solve the problems on the spot and understand the operation of the machinery and equipment on the spot.
Second, study hard and make continuous progress
At work, study hard, constantly improve yourself, and use other time to learn more advanced knowledge. From drawing the simplest manufacturing specifications to drawing a complete set of drawings, I have my own diligence and eagerness to learn, and it is impossible not to answer the questions of my colleagues in the office. I not only learned a lot from the old engineers, but also gave me a lot of insights. My colleagues not only carefully reviewed the drawings I designed for the first time, but also patiently explained them to me. I am very grateful to my colleagues for their help and have enough confidence to work better in the cultural atmosphere of our company.
Third, shortcomings and deficiencies.
Because of the short working hours and lack of skills and experience in many aspects, it is not easy to deal with many problems. In the future work, we should dare to solve and deal with problems, never escape when encountering problems, and learn from experienced technicians and old workers with an open mind; In addition, timely sort out experiences and lessons, record all doubts and unknowns, and take the time to solve them and make records, so that the same thing can be solved faster in the future. Seriously study the knowledge of changing boxes, so that I can better complete the work and tasks assigned by the leaders in the future work and mature myself faster.
Fourth, self-evaluation.
Although I have only participated in productive labor and technical study for half a year, I have made great progress both ideologically and technically. It not only enriched my knowledge, but also improved my management and professional level. The most important thing is to lay a good foundation for me to complete the task better in my future work.
Summarizing the work of the past year, there are both achievements and shortcomings. In the future work, only by constantly summing up seriously, finding shortcomings and trying to correct them can we make faster progress, better serve the company and realize the value of life.