Sr. Engineer, Applications (Distributed Energy Systems)

États-Unis

South Windsor, Connecticut, États-Unis

À propos du poste

COMPANY BACKGROUND

At HyAxiom, we develop, manufacture and service hydrogen fuel cells along with other innovative hydrogen energy solutions. We are a leading provider of stationary fuel cell solutions in some of the world’s largest and fastest-growing markets for utility, industrial and commercial customers. Being the hydrogen business pillar of Doosan Group, we share in their rich history as being a part of the oldest South Korean conglomerate operating in the global energy, manufacturing, and construction sector. Our products serve those who seek cleaner and more sustainable energy sources to lower their carbon footprint.

Our mission is to accelerate a carbon-free energy future by delivering a full spectrum of reliable and cost-effective hydrogen solutions. We seek to be at the forefront of the hydrogen revolution through the development of next-generation technologies for clean hydrogen production and clean fuel cell solutions for land and maritime transportation. Our current product line-up ranges from electrolyzers for scalable green hydrogen production and fuel cells for stationary and mobility applications.

Come join our Team today!

JOB INFORMATION

HyAxiom is seeking an experienced Sr.Applications Engineer to develop standard fuel cell-centered energy solutions and customize those solutions for customer projects.

This role has two primary areas of responsibility

Standard Solution Development: Work with internal teams and technology providers to create repeatable microgrid architectures integrating HyAxiom fuel cells with energy storage, switchgear, power electronics, controls, utility connections, and other balance-of-system technologies.
Customer Solution Development: Work directly with customers, utilities, developers, consultants, and EPC partners to adapt standard architectures to each project’s load profile, site conditions, reliability targets, commercial objectives, and interconnection requirements.

These systems will use fuel cells as the primary source of clean, reliable power, supported by energy storage and utility infrastructure as required. Solutions must deliver the resiliency, reliability, and power quality needed by data centers and AI factories, including operation through rapid and significant load transients. The original posting similarly establishes fuel cells as a primary power source and emphasizes scalable, sustainable, and reliable data center power.

ROLE & RESPONSIBILITY

Develop standardized microgrid solutions centered on HyAxiom fuel cell products and integrated with energy storage, switchgear, controls, power electronics, and utility infrastructure.
Collaborate with technology providers and internal product and engineering teams to define repeatable system architectures, interfaces, operating philosophies, and equipment requirements.
Translate customer load profiles, reliability requirements, site constraints, and commercial objectives into project-specific technical solutions.
Design systems that provide continuous, resilient, and high-quality primary power through AI-factory load transients and other rapidly changing demand conditions.
Define appropriate redundancy, energy storage, controls, and utility support to meet project-specific availability and resiliency requirements.
Lead technical evaluations related to utility interconnection, grid rules, grid codes, synchronization, protection, and grid-connected or islanded operation.
Support system sizing, load analysis, technical proposals, customer presentations, and project development activities including oversight of PSCAD/CHILS modeling
Work directly with customers, utilities, developers, consultants, EPCs, and equipment providers from concept development through commissioning.
Capture project experience and customer requirements to improve standard solutions and future product offerings.
Support commissioning, troubleshooting, performance validation, and optimization of deployed systems.

JOB REQUIREMENT - QUALIFICATIONS

Bachelor’s or Master’s degree in Electrical Engineering, Power Systems, Renewable Energy, or a related discipline.
10+ years of experience in electric utilities, distributed generation, onsite generation, energy storage, microgrids, commercial power systems, or independent power production.
Demonstrated experience working directly with customers to develop power and control solutions for project-specific technical and commercial needs.
Demonstrated utility experience or strong knowledge of utility power-system planning and operation.
Ability to evaluate load profiles, transient performance, power quality, reliability, resilience, and redundancy requirements.
Experience collaborating with technology providers to develop integrated energy solutions and standardized system architectures.
Strong analytical, problem-solving, technical presentation, and stakeholder communication skills including the ability to break down problems into first principles.

The original qualifications call for microgrid or utility experience, knowledge of fuel cells and storage, power electronics, EMS, modeling, data center energy distribution, reliability, resilience, and multidisciplinary communication. The revised criteria retain those foundations while increasing the required experience and sharpening the utility and customer-facing emphasis. 1

PREFERRED QUALIFICATIONS

Experience with fuel cells, power generation systems, battery energy storage systems (BESS), distributed energy resources, and microgrid technologies.
Working knowledge of utility planning, interconnection processes, tariffs, grid requirements, grid services, and applicable utility rules and standards.
Experience collaborating with technology providers, EPCs, developers, utilities, consultants, and other project stakeholders to develop and execute integrated energy solutions.
Familiarity with energy management systems, power system modeling tools (CHILS, PSCAD, ETC), behind-the-meter energy economics, load management, energy optimization strategies, and cybersecurity considerations for connected energy systems.
Experience with data centers, AI factories, or other mission-critical power infrastructure, and possession of a Professional Engineer (PE) license or relevant power, energy, or microgrid certification.

OTHER

Work Environment

Occasional travel to customer and project sites for technical development, integration, commissioning, and troubleshooting.
Work arrangements may vary based on project requirements.

Why Join Us?

As a Sr. Applications Eng., you will play a key role in driving sustainable energy solutions for the data center industry. You will work with cutting-edge fuel cell technology and energy management systems to create resilient, reliable, and energy-efficient power solutions. This role offers an exciting opportunity to contribute to the future of clean energy and ensure the operational continuity of mission-critical data centers.

If you're passionate about renewable energy, fuel cells, and microgrid technology in data center applications, we encourage you to apply!

All personal information will be kept confidential according to EEO guidelines.

Questions can be addressed through the HR department at (860) 727-2200 or [email protected]

Langues

Sr. Engineer, Applications (Distributed Energy Systems)

À propos du poste

This role has two primary areas of responsibility

PREFERRED QUALIFICATIONS

Work Environment

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