RF DSP Development Engineer

Job highlights

• Radar signal processing . Tracking systems and target modeling . Jammers / EW systems . Wireless PHY layers . Internship or research in defense,aerospace,or communication systems .
• Preferred Qualifications
• Experience with MATLAB,GNU Radio,STK,or simulation tools .
• Experience with system-level modeling or architecture simulation

Role Overview

As an RF/Baseband Engineer at Mirabilis Design, you will contribute to building accurate, high-fidelity models of components used in the design of radar, wireless communication, tracking, jamming, and defense systems.

You will work closely with our modeling, simulation, and product engineering teams to:

• Translate radar/communication specifications into executable system models

• Validate RF/baseband algorithms for performance, timing, and functional correctness

• Work on advanced defense-grade architectures (radars, seekers, EW systems)

• Help map physical-layer behavior into the modeling pipelines

This is a hybrid technical role combining RF/Communications theory , algorithm understanding , and software modeling .

Interns and recent graduates demonstrating strong fundamentals and project experience are also encouraged to apply.

Key Responsibilities 1. System Modeling Specification Interpretation

• Analyze radar, jammer, EW, tracking, and communication specifications

• Identify key parameters: waveform, modulation, filtering, propagation, antenna behavior

• Convert algorithmic descriptions into VisualSim behavioral blocks

2. RF/Baseband Algorithm Development

• Model components such as mixers, PLLs, ADC/DAC stages, beamforming units, FFT/IFFT, channel filters

• Develop performance metrics: SNR, BER, latency, tracking accuracy

3. Software Implementation

• Implement algorithms or utilities in Java

• Assist in integrating models into VisualSim s libraries

• Debug, optimize, and validate model behavior

Required Qualifications Technical Expertise

• Strong knowledge of RF/Baseband theory, including:

• Modulation schemes

• Digital/analog filtering

• Signal processing

• RF front-end concepts

• Channel modeling

• Understanding of radar or EW system fundamentals

• Experience in at least one programming language:

  • C++
  • Java

Education

• Bachelor s or Master s in:

• Electrical Engineering

• Electronics Communication

• RF/Microwave Engineering

• Defense/Avionics specialization

• Or similar disciplines

Preferred Qualifications

Not mandatory, but a strong advantage:

• Experience working on:

• Radar signal processing

• Tracking systems and target modeling

• Jammers / EW systems

• Wireless PHY layers

• Internship or research in defense, aerospace, or communication systems

• Experience with MATLAB, GNU Radio, STK, or simulation tools

• Experience with system-level modeling or architecture simulation