Planning and organization: sets objectives, establishes work plans, considers priorities and completes assignments, foresees problems and changes.
- problem analysis and decision making: obtains and evaluates information in his or her possession to determine resources and alternative solutions to problems; recognizes when decisions need to be made even when information is insufficient.
- written communication: your communications are clear, concise and organized.
appropriate description of
issues.
- oral communication: expresses ideas clearly in conversations as well as presentations.
- working with others: maintains positive relationships with co-workers and superiors.
accepts
instructions; assists others in completing group objectives.
- working knowledge: knowledge of company policies, procedures and techniques for performing work.
performing the job.
- creativity: ability to generate new ideas for problem solving, procedures, policies, and
for the performance of their work.
- quality of work: efforts to achieve high quality in the performance of their work, sets quality standards.
standards.
- safety: properly uses safety equipment, promotes safe acts on the job, keeps work area in a safe and secure condition.
work area in a safe and clean condition.
- delegation and control: defines goals and procedures, assigns work appropriately.
follows up to ensure
necessary follow-up to ensure that the work is safe.
- staff involvement: involves the employee in identifying and solving problems.
- sense of urgency and ownership to provide service.
- engineering level finished, (mechanical, electrical, electromechanical, mechatronics level preferred)
- strong english proficiency 90% minimum.
- dynamic with a sense of customer service & excellent attitude towards work:
- flexibility & availability of schedule.
- team work
- financial analysis
- in-depth knowledge of electrical engineering and machine control.
- thorough knowledge of current control technologies which include the following:
- cnc controllers:
1. Cpu-nc-plc2.
amplifiers3.
servomotors4.
feedback (encoders, resolvers, crystal linear scales)5.
g-code programming
- basic design of hmi (human machine interface) displays
- programmable logic controllers (plc) and mastering the 5 programming languages according to the new iec* standard.
1. Programming languages in ladder logic
2. Structured text programming languages
3. Ladder logic programming languages
4. Function block programming languages
- relay logic
- alternating current (ac) and direct current (dc) motors and their controllers.
- plc networks such as profibus, profinet, interbus, remote i/o
- industrial networks (ethernet, tcp/ip)
- power distribution systems:
1. Transformers
2. Fuses
3. Thermo-magnetic
4. Determining the proper gauge for electrical conductors.
- familiar with government guidelines, policy, legislation and directives of electrical codes such as nfpa79, ul508a, nom, ul508a, ul508a, ul508a, ul508a
- electrical safety:
arc-flash prevention and the ieee * (guide for performing arc-flash hazard calculations) and iec * (guide for performing arc-flash hazard calculations) and iec *.
2. Short circuit current rating (sccr) nec409 / ul508a.
- analog electronics
- digital electronics
- servomechanisms:
1.hydraulic servo valves
2.proportional valves
3. Electric servo drives
4. Pneumatic servo valves
5. Stepper motors
- variable frequency drives (vfd) & soft starters
- autocad (cad)
- pc operating system and pc based control:
1. Ms-dos 6.2
2. Windows 3.11
3. Windows 95
4. Windows nt
5. Windows 98
6. Windows *
7. Windows xp
8. Windows 7
- hydraulic control systems:
1. Iec and jic electrical symbology
2. Interpretation and analysis of hydraulic diagrams.
3. Familiar with iso *, nfpa79 and jic standards and codes.
- pneumatic control systems:
1. Symbology
2. Interpretation and analysis of pneumatic diagrams.
3. Familiar with iso * and ansi standards and codes
- central lubrication systems:
1. Symbology.
2. Interpretation and analysis of lubrication diagrams.
3. Familiar with iso * and sae j* standards and codes.