Job VC
Middle RF HW Engineer
Technologies
Description
Looking to take part in exciting and diverse projects, work with state-of-the-art equipment using cutting-edge technologies, and help create unique devices that come to life right before your eyes? Then welcome to EKTOS!
Due to the rapid growth in the number of our projects, we are expanding our Electronics Development Department and are looking for a
Middle RF Electronics Engineer
to join our team. Our department handles a wide range of diverse tasks. If you have experience in any of the areas listed below, we’d love to hear from you — send us your CV!
Who are we?
A Danish company that has been successfully operating since 2007 and is one of the leaders in the Embedded direction. And you can become one of us!
Core requirements:
Bachelor’s or Master’s degree in
Electrical Engineering
,
Electronics
, or
Telecommunications Engineering
3–5 years
of experience in RF design and demonstrated participation in
full product lifecycle
— from schematic design to validation
RF and Analog Circuit Design
Design and analysis of
low-noise amplifiers (LNAs)
,
mixers
,
oscillators
,
power amplifiers (PAs)
,
filters
, and
matching networks
Proficiency in
S-parameters
,
impedance matching
, and
network theory
Knowledge of
RF layout considerations
: controlled impedance lines, ground planes, isolation, and coupling minimization
Microwave and Antenna Systems
Understanding of
antenna theory
,
RF propagation
, and
waveguide structures
Experience with
antenna integration
,
matching circuits
, and
feed network optimization
Signal Integrity and EMC
Familiarity with
parasitic effects
,
crosstalk
,
return loss
, and
reflection coefficient management
Awareness of
EMC/EMI standards
and compliance design techniques
Measurement and Testing
Hands-on use of:
Vector Network Analyzers (VNAs), Spectrum Analyzers, Signal Generators, Oscilloscopes
with RF capabilities,
Power meters
,
noise figure analyzers
, and
S-parameter test setups
Ability to perform
RF characterization
Simulation and Modeling
Competence in
RF simulation: S-parameter analysis, transient and frequency-domain simulations
Knowledge of
thermal and mechanical influences
on RF behavior
Due to the rapid growth in the number of our projects, we are expanding our Electronics Development Department and are looking for a
Middle RF Electronics Engineer
to join our team. Our department handles a wide range of diverse tasks. If you have experience in any of the areas listed below, we’d love to hear from you — send us your CV!
Who are we?
A Danish company that has been successfully operating since 2007 and is one of the leaders in the Embedded direction. And you can become one of us!
Core requirements:
Bachelor’s or Master’s degree in
Electrical Engineering
,
Electronics
, or
Telecommunications Engineering
3–5 years
of experience in RF design and demonstrated participation in
full product lifecycle
— from schematic design to validation
RF and Analog Circuit Design
Design and analysis of
low-noise amplifiers (LNAs)
,
mixers
,
oscillators
,
power amplifiers (PAs)
,
filters
, and
matching networks
Proficiency in
S-parameters
,
impedance matching
, and
network theory
Knowledge of
RF layout considerations
: controlled impedance lines, ground planes, isolation, and coupling minimization
Microwave and Antenna Systems
Understanding of
antenna theory
,
RF propagation
, and
waveguide structures
Experience with
antenna integration
,
matching circuits
, and
feed network optimization
Signal Integrity and EMC
Familiarity with
parasitic effects
,
crosstalk
,
return loss
, and
reflection coefficient management
Awareness of
EMC/EMI standards
and compliance design techniques
Measurement and Testing
Hands-on use of:
Vector Network Analyzers (VNAs), Spectrum Analyzers, Signal Generators, Oscilloscopes
with RF capabilities,
Power meters
,
noise figure analyzers
, and
S-parameter test setups
Ability to perform
RF characterization
Simulation and Modeling
Competence in
RF simulation: S-parameter analysis, transient and frequency-domain simulations
Knowledge of
thermal and mechanical influences
on RF behavior