Senior Electronic Warfare Engineer — Radar & RF Modeling

Client 1; Adelaide; Hybrid; AUD 120,000 - 180,000; Full time

Benefits offered by this job

Relocation support

Job summary

Client 1 in Adelaide, SA is seeking a mid-level to senior Electronic Warfare Engineer to support Australian Defence research. You will develop and integrate EW, radar and RF simulations, translating complex concepts into software solutions.

You’ll work with engineers and researchers in a hybrid setup, 3–4 days onsite, with strong focus on modelling, analysis and mentoring at senior level for ongoing career progression.

Qualifications

• Experience in Electronic Warfare, radar or RF engineering.
• Modelling, simulation or mathematical modelling experience.
• Software development skills in C++, Python, C# or MATLAB.
• Strong analytical, problem-solving and communication skills.
• A degree in Engineering, Computer Science, Physics, Mathematics or a related discipline.
• Australian citizenship and an active NV1 clearance, or eligibility to obtain and maintain one.
• Experience with C++, signal processing, tracking algorithms, RF propagation or Defence R&D is highly regarded.

Responsibilities

• Develop and integrate EW, radar and RF simulation models.
• Build computational models and algorithms using C++, Python, C# or MATLAB.
• Analyse radar detection, tracking, electronic attack and RF performance.
• Test and validate simulation models and communicate technical findings.
• Collaborate with engineers and researchers on technical design and development.
• Provide technical guidance and mentoring at senior level.

Skills

Electronic Warfare

Radar engineering

RF engineering

Modelling & simulation

Software development

C++

Python

C#

MATLAB

Analytical & communication

Education

Engineering degree

Tools

MATLAB

Simulink

Python

C++

C#

Job description

Client 1 in Adelaide, SA is seeking a mid-level to senior Electronic Warfare Engineer to support Australian Defence research. You will develop and integrate EW, radar and RF simulations, translating complex concepts into software solutions.

You’ll work with engineers and researchers in a hybrid setup, 3–4 days onsite, with strong focus on modelling, analysis and mentoring at senior level for ongoing career progression.