Welcome to the Industrial Automation website!

NameDescriptionContent
HONG  KANG
E-mail  
Password  
  
Forgot password?
  Register
当前位置:

What is the future of chemical engineering?

来源: | 作者:佚名 | 发布时间 :2023-11-23 | 269 次浏览: | Share:

First, go to the factory, go to the factory, generally start from the operator, the salary is not high, but the income is relatively stable, but the shift is more disgusting, the rest time is quite chaotic. When I graduated from college, many students entered petrochemical, and now it has been three or five years, some people have sat on management positions, some people have changed careers, and some people continue to shift workshops. Master to the factory can do some research and development (of course, small manufacturers will also recruit undergraduates), research and development is generally based on technological improvement, and most of the process technology change, generally you as a synthetic command. From my perspective of looking for a job, the factory R & D is still quite short of people, and generally R & D personnel have limited ability, work is relatively easy to find, and once the product is formed, the benefits and rewards given by the factory are also quite objective. Of course, the bad place to go to the factory is that the working environment is relatively bad, mainly the geographical location is not good, and now the factory is often in the suburban field, and the development is more limited, the promotion of positions is more difficult, and the chief engineer level is not down for ten years. However, it is more beneficial to personal growth, close proximity to production is still very exercise, chemical students have the opportunity to step down from research and development, design, debugging, which is conducive to accumulating experience. Second, stay in school as a teacher, which is one of the regular choices, the advantage is that the work is free, good social status, of course, this is also related to the situation of detention.

If we can retain 985,211 schools, there are two modes of development, the so-called vertical and horizontal. Vertical is to engage in scientific research, take the academic route, and finally develop into a highly respected scholar, the so-called fame. Horizontal is to cooperate with enterprises, carry out technical promotion, concentrate on making money, the so-called profit. Of course, there are those who do well in fame and wealth, but this situation is relatively rare. If you enter two, three or even college, then don't think about it, concentrate on teaching, these schools give the treatment is also very good, the salary is still OK, the so-called seeking leisure. The benefits of detention are stability, relatively easy work, and the good schools are mostly in the city. Of course, many doctoral masters are very competitive now, often a lot of people crowded in a position, resulting in higher and higher detention threshold, now there is no famous doctor plus overseas experience is really not good mix, upward review of undergraduate cases abound. After staying at the school, various factional struggles, funding applications, enrollment enclosures are also a test of life. Third, into the design institute and research institute is a more stable choice, generally require a master's degree, into the design institute is a better initial career, better than in the future change, especially from the courtyard, after work experience jump private enterprises basically as ancestors to support, of course, the small hospital is almost. In addition, there is no doubt that you can learn something after entering the design institute. The only drawback is that the work pressure of the design institute is slightly greater, and the benefits of the design institute in recent years are not as good as before, and the economic benefits in the early stage are insufficient. 

In fact, I personally think that the current organizational form of the design institute is not good, most people are fresh graduates, lack of design experience, many factories complain about this, although the reputation is great, but the design of things really not good. But anyway, for chemical students, entering the design institute is a relatively cost-effective choice. Compared with the design institute, it can also enter the public research institute. Public graduate schools generally require doctoral degrees, and master's degrees are available but not often. The advantage of entering the graduate school is that compared with the work at the master's stage, the change is relatively small, and it is easier to adapt to, in short, to do experiments in a different place, and the treatment of public units is good. However, at present, enterprises invest less in research and development, and their demand is not as good as engineering personnel, so job-hopping is not as convenient as design institutes, and many people end up in research institutes. Four, private technical service company This is my personal choice, complete wealth and risk. It is said that wealth insurance in the fundamental is to comfort themselves, in fact, the cost is lower, and the risk is large. The starting point of private enterprises is low, job-hopping is basically in private enterprises, and it is easy to appear the smaller the jump in the platform and the more and more the geographical location. 

  • GE IC694CHS392 - BASE EXPANSION Advanced Control Module
  • GE Fanuc IS230SRLYH2A Mark VI Circuit Board - High Performance Control Solution
  • GE IC200UDD064 - Advanced Power Supply Module
  • GE IS200EMIOH1A - Advanced Control Module for Industrial Automation
  • GE Fanuc - DS3800HPIB1G1E Mark IV PLC Advanced Process Control Module
  • GE Electric - IS230SNRTH2A Advanced Control Circuit Board
  • GE Fanuc - IC693ALG220 Advanced PAC Systems RX3i Control Module
  • GE DS200RTBAG5AHC - Industrial Control System Module
  • GE Automation - IC200EBI001 Ethernet Network Interface Unit
  • GE IS200TPROH1BAA - Precision Engineered PCB for Industrial Control Systems
  • GE IS200PSCDG1ADB - Precision Engineered PSCD Exciter Card for Industrial Controls
  • GE Mark - VI IS200VSVOH1B Printed Circuit Board High-Performance Control Module for Advanced Systems
  • GE DS3800HMPK1J1J - Regulator Card Advanced Control Module for Industrial Applications
  • GE Electric - IS200SRTDH2ACB High-Performance Industrial Control Module
  • GE IS200ESYSH2A - Advanced EX2100e Series System Interface Board for Custom I/O Applications
  • GE Fanuc - FANUC A06B-0116-B203 Servo Motor Precision Control for Industry
  • GE FANUC - IS220PSCAH1B Advanced Gas Turbine Controls
  • GE Alstom - Microrec NEGTBCSR1 FEG-S032-J001 Control Module for Industrial Automation
  • GE IS200GDDDG1ACA - Precision PWM Gate Driver for Industrial Control Systems
  • GE IS200AEADH1ABA - Precision Engineered Speedtronic Turbine Control PCB Board
  • GE 489-P1-HI-A20-E - Generator Management Relay Advanced Protection for Critical Power Systems
  • GE DS3820AIQA - Advanced Industrial Communication Module
  • GE FANUC - DS200SLCCG3A Advanced Communication Card for Industrial Control Systems
  • GE 12BDD15B11A - Relay Transformer Industrial Automation Solutions
  • GE Fanuc - 531X307LTBAJG1 Industrial PLC Module
  • GE 194B5705G1 - RELAY OPTION ASSEMBLY High-Quality Relay Module for Industrial Automation
  • GE Fanuc - IC695CMX128 Reflective Memory Module Industrial Control Solutions
  • GE IS200TRPAH1AFC - Industrial I/O Module for Enhanced Control Systems
  • GE A98L-0031-0026 - Battery
  • GE IS200SCLTH1A - Advanced Turbine Control System
  • GE IS200ERGTH1A - Regulator Options Card
  • GE IC220STR003 - Industrial Control Module
  • GE IS2020DRLYH1AA - Relay Board
  • GE DS3800XAIA1A1A - Circuit Board Industrial Automation Solutions
  • GE IS200BICMH1AAA - Advanced Digital Relay Output Module for Industrial Control Systems
  • GE GGN32L4XXMFXXXX - High-Performance 3200A EntelliGuard TU Trip Unit
  • GE IS420ESWBH - IS420ESW Fiber Ethernet Switches
  • GE IC694MDR390 - Advanced Mixed I/O Module for Industrial Automation
  • GE IC200CHS022 - Carrier Module High-Performance PLC Component for Industrial Automation
  • GE FANUC - SR750 Series
  • GE IS200TSVCH1A - Servo Terminal Board
  • GE IC3600AIAD1C1D - Advanced MKII Turbine Control Card
  • GE Fanuc - IC200PNS001 PROFINET SCANNER MODULE Precision in Industrial Automation
  • GE DS200TCDAG1ADA - Advanced Digital I/O Board for Industrial Control Solutions
  • GE IC200PWR101 - High-Performance Power Supply Module
  • GE SR750-P5-G5-S5-HI-A20 - RE Advanced Industrial Control Module
  • GE IS210AEBIH3BEC - Advanced Turbine Card
  • GE Fanuc - IC200ALG331 Versamax PLC
  • GE IC695HSC304 - High Speed Counter Module
  • GE Fanuc - 369B1868G0008 Industrial PLC
  • GE UR - 9NH CPUUR PLC Card
  • GE IS220PD0AH1A - Advanced Communication Input/Output Module
  • GE IC3600ATAD1B - Advanced Control Circuit Board
  • GE IS220PDIAH1AD - High-Performance PLC I/O Pack
  • GE 6231BP10820C-E - / GE 6231BP10830C-B; Producer GE-FANUC
  • GE Fanuc - 8002-CC-85 Extension Cable Advanced Industrial Control Module
  • GE IC3600VMPA1E - Advanced Mechanical Protective Card for Industrial Control Systems
  • GE IC200GBI001 - Genius Network Interface Unit High-Speed Data Transfer Solution
  • GE DS200SDCCG4A - Advanced Process Control Module for Industrial Automation
  • GE FANUC - IC693BEM341 Advanced FIP Bus Controller for Industrial Automation
  • GE Electric - HE693STP101E High-Performance Control Module for Industrial Automation
  • GE IS200STCIH2AED - Advanced Power System Circuit Board for Industrial Automation
  • GE Series - IC670MDL930 Relay Output Module High-Power
  • GE 6233BP10820 - Industrial Control System
  • GE FANUC - IC693MDL930F Isolated Relay Output Module for Industrial Automation
  • GE Fanuc - IC200CMM020 Communications Module
  • GE 269PLUS-D/O-100P-125VDC - Industrial Motor Protection Relay
  • GE Electric - IS215GFOIH1AZZ / IS200GFOIH1ABA Circuit Board Precision Control for Industrial Applications
  • GE UR7HH - Digital I/O Module
  • GE VMIVME-3122-020 - Advanced 16-bit ADC for Industrial Control Systems
  • GE P111-6052 - Microcontroller Advanced Control Solutions
  • GE Nevada - 330901-10-25-10-02-00 Precision Control Solutions for Industrial Automation
  • GE IS200ESELH1A - / IS200ESELH1AAA Mark VI Circuit Board
  • GE Electric - IC660BBD021 GE Fanuc Serial I/O Block Precision Control for Industrial Automation
  • GE Electric - DS3820LIMA1 Circuit Board
  • GE FANUC - IC200UDD164 Micro Controller Industrial Control Excellence
  • GE IS230SNAOH2A - Advanced PLC Module for Industrial Automation
  • GE S61000-610 - Servo Amplifier Precision Control for Industry's Demanding Applications
  • GE Electric - IC200CHS014 Thermocouple Module for I/O Interposing Box
  • GE IS200ATBAG1BAA1 - Interface Card Advanced Control Solution for Industrial Applications
  • GE IS200VCMIH2BEE - VME Communication Interface Board
  • GE 3VTVZ590CD002 - IS200ERRBG1ABA Precision Terminal Module
  • GE DS3800HVDB1J1F - High-Voltage Digital Video Driver Card
  • GE Mark - IV DS3800NPID Circuit Board High-Performance Automation for Industrial Control
  • GE IS200EGPAG1BEC - Exciter Gate Pulse Amplifier Board for Industrial Control Systems
  • GE T60 - E00KHHF8 NH6CM8NP6 DU6EWXX New in Box
  • GE VMIPCI5565110000 - Industrial-grade PCI Express Card for Advanced Control Solutions
  • GE IS210AEAAH1B - High-Performance Turbine Control Module for Industrial Systems
  • GE IC600LX624 - Memory Module Industrial Control Excellence
  • GE A04B-0800-C019 - Turbo Blower
  • GE SR489-CASE - Generator Management Relay P5-HI-A20
  • GE Fanuc - IC693PCM311 Automation Solution for Industrial Control
  • GE IC693MDL645F - Industrial PLC Module for Advanced Control Solutions
  • GE IC694MDL350 - Modular Analog Output Module
  • GE N.P.0285A9659 - ULTIMATE Modular Control Cable
  • GE IC754VSI06MTD - Operator Panel for Industrial Control Systems
  • GE IC200ALG320J - Analog Output Module Precision Control for Industrial Applications
  • GE Fanuc - IC693MDL753K Logic Output Module Advanced Control for Industrial Automation
  • GE IC693MDL754 - PAC Systems RX3i Modular Controller
  • GE DS3800DOWA1A1A - Circuit Card High-Performance Control Module for Industrial Automation
  • GE MIVII - 1000E00HI00 Digital Feeder Device Industrial Control Excellence
  • GE DS3800HUMB1A1A - Universal Control Board
  • GE Fanuc - IC670ALG630 Analog Input Module
  • GE IS200TPIMG1A - Protective Interface Board
  • GE A06B-0063-B203 - AC Servo Motor GE
  • GE Fanuc - UR D30E00HCHF8FH Rack Fan Assembly for Industrial Control Systems
  • GE IS215UCVDH2A - Advanced Mark VI Speedtronic Series Controller Module
  • GE Fanuc - WHEDCO SMJ-31GE-2-D PLC Module
  • GE FANUC - DS2020PDMAG6 Power Distribution Module Advanced Industrial Control Solution
  • GE IC693ACC302B - Affordable PLC Module for Industrial Automation
  • GE HE670ADC840 - Analog Input Isolated Module
  • GE A06B-6107-H004 - Precision Servo Amplifier for Advanced Control Solutions
  • GE - - HE693PBS106 Programmable Logic Controller
  • GE IS210MVRBH1A - & IS200MVRBH1ACC Circuit Board Advanced Control Solutions for Industrial Automation
  • GE Fanuc - QPL21100C2P Color Touchscreen Display Industrial Automation Control
  • GE IS200EROCH1A - Exciter Regulator Options Card
  • GE 750-P5-G5-S5-HI-AI-R-E - High Performance Feeder Management Relay
  • GE IC695CPK330 - Energy-Conserving Controller Module
  • GE Electric - IC220TBK062 I/O TERMINAL STRIP
  • GE Fanuc - IC200ALG266F Input Module Advanced Industrial Control Solution
  • GE IC660TBA024 - | Precision Automation Control Module
  • GE IC693MDL753LT - Output Module
  • GE IC754CSL06MTD - Industrial Grade Operator Interface Panel
  • GE Fanuc - IC670GBI002J Modular Control System
  • GE IS200ACLEH1ABA - Advanced Speedtronic Control Card for Industrial Automation
  • GE IC697PWR711 - Power Supply Module for Reliable Control Systems
  • GE DS200ADMAH1AAC - Mark VI PCB Circuit Board for Industrial Control
  • GE FANUC - HE693THM884L Thermocouple Input Module