Principle Rf Engineer
Current
Nov 2023 - Present
AeroLeads people directory · profile
Maxim Ignatenko Email & Phone Number
Principle RF Engineer
at
Custom Microwave, Inc.
3 work emails found
@custommicrowave.com
LinkedIn matched
✓ Verified Jul 2026
4 data sources
Profile completeness 100%
Current company
Role
Principle RF Engineer
Location
Boulder, Colorado, United States
Who is Maxim Ignatenko? Overview
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Quick answer
Maxim Ignatenko is listed as Principle RF Engineer at Custom Microwave, Inc., based in Boulder, Colorado, United States. AeroLeads shows a work email signal at custommicrowave.com and a matched LinkedIn profile for Maxim Ignatenko.
Maxim Ignatenko previously worked as Senior RF Engineer / Manager at Custom Microwave, Inc. and Senior RF Engineer at Custom Microwave, Inc.. Maxim Ignatenko holds Doctor Of Philosophy (Phd), Applied Science For Electronics And Materials from Kyushu University.
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Email format at Custom Microwave, Inc.
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{last}@custommicrowave.com
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Profile bio
About Maxim Ignatenko
Highly experienced in antenna design and measurements, numerical analysis and scientific computing. Specializing in wideband, multiple beam, electrically small antennas, antenna-platform interaction. Proficient in HFSS/FEKO/CST/Matlab, reporting and data presentation.
Listed skills include Latex, Mathematica, Matlab, Science, and 15 others.
Current workplace
Maxim Ignatenko's current company
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7 roles
Maxim Ignatenko work experience
A career timeline built from the work history available for this profile.
Senior Rf Engineer / Manager
Mar 2022 - Nov 2023
Senior Rf Engineer
Jan 2019 - Feb 2022
Senior Research Associate
Design of wideband/multiple beam/electrically small antennas from HF to V band, pattern/impedance/mechanical antenna measurements, advanced numerical analysis, students mentoring.Some projects I take pride in- 18-45 GHz Luneberg lens multiple beam antenna system. Improved low cross-over gain inherently associated with wideband multibeam antennas, such that coverage has no dips within field of view at all frequencies.- 2-10 MHz tunable vehicular half-loop for NVIS communications on-the-move. The antenna has 8x wider bandwidth but similar zenith antenna gain compared to existing antennas. It is extremely small electrically with profile less than λ/100 and length less than λ/30. - 4-40 GHz metallic cavity backed spiral antenna with improved efficiency.Experienced in- Antenna positioning on small unmanned aerial vehicles (UAV).- Unconventional antenna problems like analysis of "underbelly" vehicular antennas taking soil roughness into account.- Plastic and metal additive manufactured (3D printed) antennas.Supervised students' projects:- 18-45 GHz phase center stabilized horn antenna.- 2-10 MHz inverted-L tunable vehicular on-the-move NVIS antenna.- 2-10 MHz top hat loaded "umbrella" antenna for on-the-move communication.- 27/49/53 MHz triband inverted-F vehicular antenna.- k/Ka/V band Luneberg lens antenna for simultaneous transmit and receive (STAR) applications.
Apr 2012 - Jan 2019
Research Associate
Kent State University, Liquid Crystal Institute
Improved homemade software and applied it for the analysis of EM scattering on small metal particles at visible light frequencies with the goal to achieve negative index refraction. Used my MatLab skills in all research steps.
Jun 2011 - Mar 2012
Research Associate
National Institute For Fusion Science
Leading role in analytical and numerical analysis of microwave heating of metal powders for powder sintering applications. Quickly mastered JMag Studio EM/Heat transfer software. Applied MatLab for post-processing.
Apr 2007 - May 2011
Postdoctoral Fellow
Developed Monte Carlo code for the modeling of neutral density profiles in plasmas, and applied the code to optimize the geometry of Large Mirror Device - Upgrade at Research Institute for Applied Mechanics for the experimental needs. Learned in short time Fortran 95 and MPI parallelization. Developed a set of MatLab scripts for post-processing and visualization calculated results.
Oct 2005 - Mar 2007
2 education records
Maxim Ignatenko education
Doctor Of Philosophy (Phd), Applied Science For Electronics And Materials
Kyushu University
Master'S Degree, Radiophysics And Electronics
Irkutsk State University
FAQ
Frequently asked questions about Maxim Ignatenko
Quick answers generated from the profile data available on this page.
What company does Maxim Ignatenko work for?
Maxim Ignatenko works for Custom Microwave, Inc..
What is Maxim Ignatenko's role at Custom Microwave, Inc.?
Maxim Ignatenko is listed as Principle RF Engineer at Custom Microwave, Inc..
What is Maxim Ignatenko's email address?
AeroLeads has found 3 work email signals at @custommicrowave.com for Maxim Ignatenko at Custom Microwave, Inc..
Where is Maxim Ignatenko based?
Maxim Ignatenko is based in Boulder, Colorado, United States while working with Custom Microwave, Inc..
What companies has Maxim Ignatenko worked for?
Maxim Ignatenko has worked for Custom Microwave, Inc., University Of Colorado Boulder, Kent State University, Liquid Crystal Institute, National Institute For Fusion Science, and Kyushu University.
How can I contact Maxim Ignatenko?
You can use AeroLeads to view verified contact signals for Maxim Ignatenko at Custom Microwave, Inc., including work email, phone, and LinkedIn data when available.
What schools did Maxim Ignatenko attend?
Maxim Ignatenko holds Doctor Of Philosophy (Phd), Applied Science For Electronics And Materials from Kyushu University.
What skills is Maxim Ignatenko known for?
Maxim Ignatenko is listed with skills including Latex, Mathematica, Matlab, Science, Physics, Statistics, Experimentation, and Numerical Analysis.
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