About TeleMonTech
RF Analysis
Technical analysis and evaluation of RF behavior, signal flow, component interaction, and system-level performance.
TeleMonTech is a consulting company focused on RF analysis, antenna design, and microwave engineering for wireless products and systems.
The company provides specialized technical support in system-level RF evaluation, antenna development and integration, RF/microwave components, and electromagnetic validation for high-frequency applications.
Antenna Design & Integration
Support for antenna concepts, design refinement, and wireless system integration across specialized applications.
RF / Microwave Components
Experience with RF and microwave structures including filters, couplers, combiners, and related components.
Meet Our Engineers
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Amirhossein Ghasemi, Ph.D.
Founder & CEO | RF & Antenna Engineer
RF and antenna engineer with around 10 years of research and engineering experience in antenna design, beam-steering systems, microwave technologies, radar applications, and electromagnetic compatibility. His work spans electromagnetic simulation, experimental validation, and the development of advanced antenna and RF systems for wireless and high-frequency applications.
Alireza Mallahzadeh, Ph.D.
Senior RF, Microwave & Antenna Engineer
RF, microwave, and antenna engineer with more than 20 years of experience in the design, development, testing, and integration of advanced RF systems from 2 MHz to 67 GHz. His expertise includes passive and active microwave components, phased arrays, horn and reflector antennas, monopulse and slot-array systems, electromagnetic simulation, and RF system integration for radar, satellite, aerospace, and wireless applications.
Sharareh Shojaei
Software Engineer – Engineering Applications
Software engineer with around 5 years of experience in software development, automation, data processing, and engineering applications. She supports the development of software tools and technical workflows that can be applied to RF, electromagnetic, and EMC-related engineering activities.
Methodology
EM Simulation
We use advanced finite-difference time-domain (FDTD) and finite element method (FEM) solvers to model complex electromagnetic interactions across high-frequency systems.
Antenna Synthesis
Our methodology focuses on optimizing radiation patterns and gain through array factor analysis and multi-objective optimization techniques.
Scattering & RCS Modeling
Our methodology includes electromagnetic scattering and RCS modeling to evaluate target response, detectability, and high-frequency performance in complex environments.