Jobs at IERUS Technologies, Inc.

Develop and analyze radar signal-processing models for defense applications. Work with RF static-range measurements, radar systems, radar cross-section predictions, digital signal processing, and computational analysis using MATLAB, Python, C, or similar tools. The role requires collaboration, strong communication, U.S. citizenship, and an active Secret clearance.

Processes purchase requests and purchase orders, verifies funding and documentation, maintains procurement records and approved supplier lists, evaluates supplier quality and delivery capabilities, coordinates RFPs and RFQs, negotiates with suppliers, tracks order acceptance and due dates, and ensures compliance with FAR and DFARS regulations.

Design, manufacture, test, and deliver antennas, phased-array antennas, RF electronics, and RF measurement systems. Model and analyze RF systems, apply radar and communications signal processing, and support system integration and qualification. Collaborate with multidisciplinary teams and customers to define technical solutions, translate requirements into execution, and communicate complex concepts to technical and nontechnical stakeholders.

Lead Quality, Safety, and Mission Assurance compliance for aerospace and defense government contracts. Responsibilities include implementing AS9100D and MDA-compliant quality systems, overseeing audits and inspections, managing hardware, software, documentation, and data quality, tracking defects and corrective actions, maintaining safety and configuration controls, reporting quality metrics, and supporting mission readiness across development, production, operations, and sustainment phases.

Design and architect radar and signal processing algorithms and models, perform RCS prediction and RF static range measurements, develop DSP solutions, and implement analysis tools using MATLAB/Python/C. Work with RF/optical prototyping and collaborate on ML/AI-accelerated weapon system engineering. Must hold active Secret clearance and U.S. citizenship; position located in Huntsville, AL.

Develop and analyze radar signal processing algorithms, perform RF/RCS measurements and predictions, create models and tools, and support prototype/low-rate production for defense systems. Collaborate across teams and communicate results to stakeholders.

Designs, integrates, tests, and evaluates electro-optical sensor systems through hands-on laboratory work. Responsibilities include optical system design, tolerance analysis, optical materials analysis, modeling, data reduction, optical experiments, alignment, imaging characterization, technical documentation, and troubleshooting optical, mechanical, and electrical issues. The role supports aerospace and defense systems and may involve clean-room work. Candidates must be U.S. citizens eligible for a Secret security clearance.

Designs, analyzes, tests, and implements electrical systems and components for defense applications including radar, RF, antennas, communications, signal processing, and machine learning. Responsibilities include requirements derivation, system modeling and simulation, feasibility studies, performance verification, technical documentation, component production, systems integration, and compliance with safety and performance standards.

Year-round engineering interns support defense and commercial programs through laboratory prototyping, hardware and test software evaluation, fixture design, test documentation, compliance with defense standards, and project engineering tasks. Interns gain exposure to radar, aerospace, avionics, modeling and simulation, antenna design, software development, and DoD contract execution. Applicants must be enrolled in a bachelor's or master's program in engineering, computer science, physics, optics, mathematics, or a related technical field.

Manage an RF product-line portfolio from cradle-to-grave: define technical roadmaps, coordinate production and LRIP, sunset legacy products, liaise with customers, and grow product market using agile practices.

Support a Missile Defense Agency program by designing software architectures, leading multi-site engineering teams, defining CI/CD and automation pipelines, documenting systems via modeling tools, decomposing requirements for V&V, and applying Agile/DevOps principles to deliver fielded products.

Design, build, and test electronic hardware and firmware for radar/high-power/high-speed systems. Create circuit board designs, develop and document system requirements and technical specs, run analyses and test plans, support test execution and production, and solve routine technical problems.

Develop and maintain software for a Missile Defense Agency program, focusing on backend and command-and-control applications, microservices, container deployment, integration and automated testing, message translation, and systems engineering support across Unix/Linux and Windows environments.

Perform systems engineering including technical planning, system integration, verification & validation, cost and risk studies, and supportability/effectiveness analyses. Identify and track program requirements, manage performance metrics, and oversee the systems engineering process. Role contingent on award of funding.

Design and analyze electronic hardware and firmware for radar and high-power systems. Develop circuit board designs, requirements, test plans, and support test events. Conduct trade studies, troubleshoot electronics, and produce technical documentation to meet customer and contract requirements.

Senior software engineer to develop and integrate large-scale missile defense modeling and simulation infrastructure. Responsibilities include simulation framework development, systems engineering support, DevOps priorities, documentation, agile team participation, coordination with leads, and presenting results to MDA stakeholders.

Design, develop, and test FPGA HDL and embedded firmware; prototype and validate systems; perform hands-on lab hardware testing and data acquisition; lead small embedded development teams to meet component milestones.

Design, evaluate, model, simulate, test, and integrate electrical systems for radar, RF, EO/IR, antennas, and signal processing. Derive requirements, perform feasibility and system-level analysis, develop algorithms and tools, document results, and ensure compliance with safety and performance standards to meet customer needs.

Support MDA program by implementing manufacturing processes, using CAM and 3D model data to create digital work instructions, define operations, investigate corrective actions, integrate analytics, and provide manufacturability input to product design.

Manage defense-focused software programs applying AI/ML to fire control and battle management. Oversee technical and operational military projects, coordinate stakeholders, ensure technology transition from research to production, maintain classified data handling, and support mission areas like IAMD and missile defense.