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According to the sample survey of 1000 iNARTE certified
Engineers and Technicians taken from our files,
iNARTE members work at all levels from full professional
level to management.
4.8% operate their own companies
(as President, CEO or Principal).
10.5% are in “upper management”
(General Manager, Operations Manager,
Vice-President,
Regional or National Manager).
24.0% are in “local” management
(Plant Manager, Site Manager,
Department Head,
Chief Engineer or Administrator).
37.6% are in Operations
(OSP,
CO, ISP, Field
Engineer or Technician,
Construction Engineer, Design or R & D).
9.3% are in Sales and Service
(Installer, Repair and Maintenance,
Bench Technician,
Service Manager or Sales Representative).
8.7% are Consultants
(not listed above as owners or
consulting firms).
1.7% are in Education
(College Professor, Teacher,
Instructor, or In-House Training Specialist).
19.4% are Civilian, Military or Government EMC Engineers or
Technicians
3.4% are Unclassifiable
(Military, Student, Unemployed,
Retired or Unknown). |
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Telecommunications is defined as the science and technology of communication at a distance by electronic transmission
of impulses, such as by telegraph, cable, telephone, radio, or television. iNARTE’s telecommunications certification
pertains to professionals involved in the science and practice of communications
by electromagnetic means. iNARTE Certified Telecommunications Engineers and
Technicians practice a wide range of telecommunications disciplines, including
areas of radio frequency or radio frequency, wireless, photonic systems,
personal communication services or personal communication networks (PCS/PCN),
cellular, satellite, local and wide area networks (LAN, WAN).
NCEs and NCTs work throughout the
Telephone/Communications Industry, Public/Utilities Industry, Airline Technology
Industry, Oil/Gas Industry, Radio Communications and Telephone Systems for State
and Local Municipalities and Broadcast Industry.
Radio Systems Engineers
Satellite Systems Engineer
RF Engineer
Radio Systems Technicians
Microwave Technician
Avionics Technician
Radio Communications Services Engineer
Data/Radio/Wireless Engineers
Electrical Engineer
Radio Systems Technician
Telecom Bench Technician
Electronics Technician
2-Way Radio Test Technician
TV Broadcast Maintenance
Microwave Technician
Avionics Technician
Field Technician
Communications Specialist
Electromagnetic Compatibility (EMC) is the ability of equipments or systems to function as designed in their
intended operational environment without adversely affecting the operation of or
being affected by, other equipments or systems. Electromagnetic interference
(EMI) is the deleterious effects of electromagnetic waves that come from
electrical and electronic devices. These two terms are used somewhat
interchangeably when applied to personnel who work in this area. EMC/EMI control
engineers and technicians use areas of technology such as bonding, grounding,
shielding, EMI prediction, EMI analysis, conducted and radiated interference,
lightning protection and more.
iNARTE Certified EMC engineers and technicians work on advanced technology systems and components in industries
that include automotive, aerospace and military applications.
Electromagnetic Environmental Effects (E3) Engineer
Compliance Engineer
EMI/EMC/TEMPEST Test
EMI/EMC Design Engineer
EMC Test Engineer/Technician
EMI/RFI Engineer/Technician
Static electricity is defined as an
electrical charge caused by an imbalance of electrons on the surface of a
material. This imbalance of electrons produces an electric field that can be
measured and that can influence other objects at a distance. Electrostatic
discharge is defined as the transfer of charge between bodies at different
electrical potentials.
Electrostatic discharge can change
the electrical characteristics of a semiconductor device, degrading or
destroying it. Electrostatic discharge also may upset the normal operation of an
electronic system, causing equipment malfunction or failure. Another problem
caused by static electricity occurs in clean rooms. Charged surfaces can attract
and hold contaminants, making removal from the environment difficult. When
attracted to the surface of a silicon wafer or a device's electrical circuitry,
these particulates can cause random wafer defects and reduce product
yields.
iNARTE Certified ESDC Engineers and
Technicians work on advanced technology, production and control systems and
components in industries that include consumer manufacturing, automotive,
aerospace and military applications. iNARTE certified ESDC (electrostatic
discharge control) engineers and technicians training and experience have
primarily focused on elimination of problems, engineering design and corrective
measures associated with minimizing or eliminating damage effects from
electrostatic discharge.
ESD Test Engineer
ESD Control Design Engineer/technician
ESD Control Test Engineer/Technician
ESD Control Engineer/Technician
Electromagnetic Environmental Effects (E3) Engineer (collateral duty)
Compliance Engineer (collateral duty)
iNARTE established the Wireless
System Installers Certification program to certify those people dealing
specifically with the installation of unlicensed systems to add definition to
the Federal Communications Commission (FCC) requirement for professional
installation. This certification program provides a mechanism to certify those
who iNARTE certified wireless installer engineers and technicians install
wireless LAN systems, Bluetooth, UNII devices, AVIS, and unlicensed personal
communication service (PCS) systems.
Unlicensed Wireless Systems Engineer
Wireless Systems Engineer
Wireless Systems Installation Engineer
Unlicensed Wireless Systems Technician
Wireless Systems Technician
Wireless Systems Installation Technician
Wireless Internet Service Provider
iNARTE product safety certification
focuses on engineering and practice to reduce types of risk to persons, animals
and property that have to be covered by a formal hazard analysis to meet the
requirements of the relevant legislation. The ability to effectively manage product safety in design, manufacture,
installation and operational use is a mandatory requirement of all world - wide
product safety legislation.
A certified product safety engineer
or technician typically develops and conducts tests to evaluate product safety
levels and recommends measures to reduce or eliminate hazards: They establish
procedures for detection and elimination of physical and electrical hazards and
avoidance of potential toxic effects and other product hazards. They investigate
causes of accidents, injuries, and illnesses resulting from product usage and
develop solutions. They may also evaluate potential health hazards or damage
which could result from misuse of products and apply engineering principles and
product standards to improve safety. They may also participate in preparation of
product usage and precautionary label instructions.
Product Safety Engineer
Compliance Engineer
Test Engineer
Product Safety Design Engineer
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