Radar Algorithm Engineer

Blue Signal Search; Huntsville (AL); On-site; USD 80,000 - 120,000; Full time

Job summary

Blue Signal Search is seeking Radar Algorithm Engineers for positions in Huntsville, AL. The role involves designing radar-focused algorithms and tackling real-world radar performance challenges in a collaborative environment.

Ideal candidates will possess strong mathematical backgrounds, familiarity with MATLAB, and proficiency in C, C++, and Python. This opening is suitable for entry-level to senior professionals.

Qualifications

• Must have strong foundations in probability, statistics, and linear algebra.
• U.S. citizenship and ability to obtain a Top Secret security clearance are required.

Responsibilities

• Design and improve radar focused algorithms for core sensing objectives.
• Develop models and simulations for algorithm effectiveness.
• Build and test prototypes in MATLAB, supporting implementation in C, C++, and Python.
• Collaborate with cross-functional teams to evaluate results and improve outcomes.

Skills

Radar signal processing techniques

Algorithm design

Statistical modeling methodologies

MATLAB

C, C++, and Python programming

Mathematical background in linear algebra and DSP

Education

Undergraduate education in a quantitative or engineering discipline

Master’s or doctoral degree (preferred)

Job description

Locations

On site in Norcross, GA and Huntsville, AL

Employment Type

Full Time

An innovative sensing and advanced engineering organization is growing its technical team and hiring Radar Algorithm Engineers across junior and senior levels. This is a chance to work on mathematically intensive problems tied to real world radar performance, helping shape next generation capabilities in demanding mission environments. The team is looking for engineers who enjoy solving ambiguous technical challenges, building practical algorithmic solutions, and contributing in a hands‑on setting where strong individual ownership matters.

This Role Offers

• Several positions are available for individuals with varying levels of experience, including entry‑level, mid‑level, and senior professionals.
• The opportunity to work on advanced radar and signal processing challenges with meaningful real‑world applications.
• A collaborative environment with close interaction across software, hardware, and systems teams.
• Strong exposure to algorithm design, modeling, simulation, and performance improvement efforts.
• A fast‑paced culture that values initiative, technical depth, and problem solving.

Focus

• Design and improve radar focused algorithms that support core sensing, estimation, and performance objectives.
• Develop models and simulations to study behavior, validate concepts, and compare algorithm effectiveness.
• Build and test prototypes in MATLAB, then support implementation and integration work using C, C++, and Python.
• Apply strong foundations in probability, statistics, linear algebra, and digital signal processing to difficult engineering problems.
• Work closely with cross functional teams to evaluate results, investigate issues, and improve system outcomes.
• Contribute to technical documentation, experiment planning, and engineering discussions that support program execution.
• Operate effectively in a startup style environment that requires sound judgment, adaptability, and independent thinking.

Skill Set

• Undergraduate education in a quantitative or engineering discipline is required, while a master’s or doctoral degree is preferred.
• Extensive knowledge of radar signal processing techniques, algorithm design, and statistical modeling methodologies.
• High proficiency with MATLAB for technical analysis and algorithm prototyping.
• Proficiency in software development using C, C++, and Python for technical and analytical applications.
• Strong mathematical background, especially in linear algebra and DSP related methods.
• Ability to work independently, solve complex problems, and perform well with minimal direction.
• U.S. citizenship and the ability to obtain and maintain a Top Secret security clearance.

Preferred Experience

• Familiarity with modern radar processing methods or related sensing applications.
• Experience with estimation techniques, array processing, or other advanced mathematical approaches.
• Exposure to defense, aerospace, RF sensing, autonomy, or similarly complex technical domains.
• Thrives in dynamic environments where priorities may shift and independent problem‑solving is encouraged.