Systems Engineer Associate — RF/Spectrum Radio Systems

Prattwhitney; Sterling (VA); On-site; USD 70,000 - 90,000; Full time

Benefits offered by this job

Medical insurance

Three weeks vacation

401(k) plan with employer matching

Job summary

Collins Aerospace, a RTX company, seeks a Systems Engineer Associate to design and develop software defined radio products for military platforms. You will interface with multi-discipline teams to deliver total system solutions addressing domestic and international customer needs.

Successful candidates typically hold a STEM degree with limited prior experience and will work onsite at our Sterling, VA location, contributing to both networking and non-networking waveforms and system-level analyses.

Qualifications

• Requires STEM degree with <2 years of relevant experience.
• Experience with software development processes and stakeholder communication is a plus.
• Familiarity with software defined radio concepts and signal processing is beneficial.

Responsibilities

• Analyze, architect and design at all levels of the total system product and disposal.
• Translate customer requirements into hardware and software specifications via functional analysis, trade studies, and interface definition.
• Decompose customer specifications to subsystem requirements and develop verification criteria and plans.
• Plan, integrate, verify/validate, assess cost and risk, and ensure total system solutions are supportable and effective.

Skills

MATLAB

Python

DOORS

C++

Education

Bachelor's degree in STEM

Tools

DOORS

C++

Job description

Collins Aerospace, a RTX company, seeks a Systems Engineer Associate to design and develop software defined radio products for military platforms. You will interface with multi-discipline teams to deliver total system solutions addressing domestic and international customer needs.

Successful candidates typically hold a STEM degree with limited prior experience and will work onsite at our Sterling, VA location, contributing to both networking and non-networking waveforms and system-level analyses.