Systems Engineer

ANA•Henderson, NV

13d•Onsite

About The Position

Alliance North America (ANA) is seeking a Systems Engineer for an onsite position in Henderson, Nevada. ANA, a recognized industry leader and sole North American supplier of AIRMAN Power Generators, AIRMAN Air Compressors, and ANA’s patented EBOSS® Hybrid Energy System and Smart load bank system, is growing and scaling. This role supports the development of next-generation hybrid power generation and energy systems. Working alongside experienced engineers, this role assists with translating stakeholder needs into clear product functions, system requirements, architectures, interfaces, and verification criteria. The ideal candidate is a structured systems thinker interested in how electrical, mechanical, controls/software, thermal, manufacturing, and service considerations come together in a complete product. This position contributes from early concepts and trade studies through prototype integration, validation, production release, and continuous improvement. The work schedule is weekdays from 8:00 AM-5:00 PM. This role reports to the Senior Electrical Systems Engineer.

Requirements

Bachelor's degree in Systems Engineering, Electrical Engineering, Mechanical Engineering, Mechatronics, or a closely related engineering discipline.
1-3 years of product-development, systems-engineering, or related technical experience in automotive, off-highway, industrial equipment, controls, power equipment, energy systems, or a comparable environment. Strong internship, co-op, military, or relevant project experience may be considered.
Foundational ability to contribute to system requirements, specifications, acceptance criteria, interface definitions, and supporting technical documentation.
Exposure to DFMEA, design-risk reviews, or similar structured product-development activities, with the ability to contribute effectively under guidance.
Ability to organize technical information, participate effectively in cross-functional discussions, and communicate requirements, risks, decisions, and action items clearly.
Full-time, on-site presence at our Henderson, NV facility.
Working understanding of systems-engineering principles, requirements decomposition and allocation, interface management, configuration control, verification planning, and change management.
Ability to support the development of requirements that are specific, measurable, achievable, relevant, traceable, and independently verifiable.
Foundational technical knowledge across multiple disciplines and an ability to understand interactions among electrical power systems, embedded controls/software, communications, mechanical systems, thermal systems, and product operation.
Familiarity with functional block diagrams, operating sequences, state or mode definitions, requirements traceability matrices, and system-level design documentation.
Organized, self-directed approach to managing multiple requirements, risks, decisions, and development activities in a fast-paced R&D environment.

Nice To Haves

Power generation, energy storage systems, hybrid/electric powertrains, inverters, electric motors/generators, battery management systems, or high-voltage battery packs.
Automotive or industrial communications and controls, including CAN, J1939, embedded controllers, PLC-based systems, or distributed control architectures.
System-level DFMEA using AIAG/VDA methods, DVP&R development, functional safety concepts, fault-tree analysis, hazard analysis, or product safety and regulatory compliance.
Requirements-management or model-based systems-engineering tools, SysML, PLM workflows, engineering change processes, or formal product-development gate reviews.
Ability to use AI-enabled tools effectively to research technical topics, analyze information, improve documentation, and support structured problem-solving while validating outputs through sound engineering judgment.

Responsibilities

Support the definition of high-level product functions, use cases, operating modes, state transitions, and expected behaviors for new products and major product updates.
Assist with translating stakeholder needs into clear, measurable, and verifiable system requirements and specifications, including performance budgets and operating limits for power, energy, efficiency, temperature, duty cycle, transient response, interfaces, environment, durability, safety, serviceability, cost, and regulatory constraints.
Assist with allocating system requirements to electrical, mechanical, controls/software, thermal, and other subsystems; help identify owners, dependencies, assumptions, and open technical decisions.
Support the development and maintenance of functional architectures, system block diagrams, state diagrams, operating sequences, interface-control documents, and interface matrices covering power, I/O, CAN/J1939 communications, mechanical and thermal connections, and software dependencies.
Participate in defining hardware, software, communications, mechanical, thermal, and user interfaces, including normal, degraded, faulted, diagnostic, service, recovery, startup, and shutdown behavior.
Contribute to system trade studies and technical reviews; review supplier specifications, manuals, drawings, and interface documentation to help identify gaps, conflicts, deviations, risks, and open decisions.
Support system-level DFMEA activities, including preparation for cross-functional workshops, identification of functions and failure modes, evaluation of effects and causes, definition of controls, and tracking of risk-reduction actions.
Participate in related product-risk activities such as hazard analysis, fault-response definition, design assumptions, lessons-learned reviews, and safety or compliance assessments.
Maintain requirements traceability, specifications, interface documents, product-variant baselines, risk records, integration issue trackers, and decision logs under revision control; assist with change-impact assessments across requirements, interfaces, DFMEAs, and verification activities, and track assigned actions to closure.
Assist with developing and maintaining system DVP&R documentation by translating requirements and DFMEA controls into verification methods, test procedures, pass/fail criteria, assigned responsibilities, test status, and objective validation evidence.
Support prototype integration, commissioning, inverter and electric-motor tuning, system testing, troubleshooting, and root-cause investigations; help document parameter changes and incorporate results, field feedback, manufacturing input, and lessons learned into updated requirements, specifications, DFMEAs, and future designs.
Assist with regression testing following hardware changes, software releases, calibration updates, or supplier component changes; document deviations and update verification records and supporting evidence.
Other duties as assigned