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Director Hydrogen Engineer Jobs in Florida (NOW HIRING)

Comfrt

Software Engineering Manager

Miami, FL · On-site +1

Experience with modern web technologies and architectures in a high-traffic eCommerce or direct-to-consumer environments * Led end-to-end engineering for modern Shopify storefronts using Hydrogen ...

Black & Veatch

Sr. PFAS Process Engineer

Orlando, FL · On-site

$97K - $125K/yr

The PFAS Process Lead will collaborate with the PFAS Initiative Team, Client Directors, and Project ... agriculture, LNG, hydrogen, fertilizer, and carbon capture businesses among others. We have ...

Black & Veatch

Sr. PFAS Process Engineer

Orlando, FL

$97K - $125K/yr

The PFAS Process Lead will collaborate with the PFAS Initiative Team, Client Directors, and Project ... agriculture, LNG, hydrogen, fertilizer, and carbon capture businesses among others. We have ...

Black & Veatch

Sr. PFAS Process Engineer

Orlando, FL · On-site

$97K - $125K/yr

The PFAS Process Lead will collaborate with the PFAS Initiative Team, Client Directors, and Project ... agriculture, LNG, hydrogen, fertilizer, and carbon capture businesses among others. We have ...

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All JobsHydrogen Engineer JobsDirector Hydrogen Engineer JobsDirector Hydrogen Engineer Jobs in Florida

Director Hydrogen Engineer information

What does a director hydrogen engineer do?

A Director Hydrogen Engineer is responsible for overseeing the design, development, and implementation of hydrogen technologies within an organization. This role involves leading engineering teams, managing large-scale hydrogen production or infrastructure projects, and ensuring compliance with safety and industry standards. The Director also collaborates with executives, researchers, and partners to drive innovation and support the company’s strategic goals in the hydrogen energy sector.

What are the key skills and qualifications needed to thrive as a director hydrogen engineer?

To thrive as a Director Hydrogen Engineer, you need advanced expertise in chemical or mechanical engineering, deep knowledge of hydrogen energy systems, and a relevant engineering degree, often with professional certification. Familiarity with industry-standard modeling software, hydrogen production technologies, and safety compliance systems is typically required. Exceptional leadership, project management, and communication skills are vital for guiding teams and collaborating with stakeholders. These competencies are crucial for developing safe, efficient hydrogen solutions and driving innovation in the growing clean energy sector.

What are some common challenges faced by a director hydrogen engineer when scaling up hydrogen production projects?

A Director Hydrogen Engineer often encounters challenges related to balancing project scalability with safety, regulatory compliance, and cost-effectiveness. As projects grow, coordinating multidisciplinary teams and ensuring seamless integration of new technologies become increasingly complex. Navigating evolving environmental regulations and securing reliable supply chains for specialized equipment are also frequent hurdles. Success in the role depends on strong project management skills, effective stakeholder communication, and staying up to date with industry advancements.

What is the difference between Director Hydrogen Engineer vs Hydrogen Project Manager?

AspectDirector Hydrogen EngineerHydrogen Project Manager
CredentialsEngineering degree, professional engineering license, industry certificationsEngineering or related degree, project management certifications (PMP)
Work EnvironmentStrategic planning, R&D, overseeing engineering teamsProject execution, scheduling, stakeholder coordination
Industry UsageLeadership roles in hydrogen technology developmentManaging specific hydrogen projects from initiation to completion

The main difference is that the Director Hydrogen Engineer focuses on strategic leadership, technical oversight, and long-term planning in hydrogen engineering, while the Hydrogen Project Manager handles day-to-day project execution, timelines, and team coordination. Both roles require technical background, but the director typically has broader responsibilities and higher-level decision-making authority.

What are the most commonly searched types of Hydrogen Engineer jobs in Florida?

The most popular types of Hydrogen Engineer jobs in Florida are:

What are popular job titles related to Director Hydrogen Engineer jobs in Florida?

For Director Hydrogen Engineer jobs in Florida, the most frequently searched job titles are:

What job categories do people searching Director Hydrogen Engineer jobs in Florida look for?

The top searched job categories for Director Hydrogen Engineer jobs in Florida are:

What cities in Florida are hiring for Director Hydrogen Engineer jobs?

Cities in Florida with the most Director Hydrogen Engineer job openings:

Director Hydrogen Engineer jobs near you

Director, Energy Infrastructure

West Palm Beach, FL • On-site

BEOWULF ELECTRICITY & DATA LLC
See more jobs at BEOWULF ELECTRICITY & DATA LLCexternal

Full-time

Posted 10 days ago

Job description

Position Overview

The Director of Energy Infrastructure is responsible for the planning, development, engineering, procurement, construction, and commissioning of all owner-controlled energy infrastructure supporting hyperscale, AI/HPC, and mission-critical data center campuses.

This executive leadership role oversees onsite power generation, substations, high-voltage electrical infrastructure, natural gas systems, battery energy storage, renewable energy integration, microgrids, and emerging technologies including Small Modular Reactors (SMRs). The Director ensures that all energy infrastructure is delivered safely, reliably, on schedule, and at the lowest lifecycle cost while supporting aggressive development timelines.

Working closely with Development, Utility Interconnection, Engineering, Preconstruction, EPC contractors, utilities, equipment OEMs, and Operations, the Director establishes the long-term power generation strategy for multi-gigawatt data center portfolios.

Key Responsibilities

Energy Infrastructure Strategy

· Develop the long-term energy infrastructure / power generation strategy supporting a portfolio of hyperscale AI and cloud data centers.

· Evaluate centralized versus distributed generation solutions.

· Develop scalable infrastructure standards for campuses ranging from 100 MW to 2+ GW.

· Evaluate lifecycle cost, reliability, carbon intensity, and operational flexibility across competing technologies.

· Support site selection by evaluating energy infrastructure opportunities and constraints.

Onsite Power Generation

Lead development and execution of onsite generation projects, including:

· Natural gas reciprocating engine plants

· Simple-cycle gas turbine facilities

· Combined-cycle power plants

· Dual-fuel generation systems

· Backup generation systems

· Black start capability

· Island mode operations

· Future hydrogen-ready generation

· Small Modular Reactors (SMRs)

Responsibilities include technology selection, owner's engineering oversight, EPC management, permitting support, commissioning, and operational readiness.

Electrical Infrastructure

Provide executive oversight of:

· Utility delivery substations

· Owner-owned substations

· Medium-voltage distribution systems

· High-voltage switchyards

· Gas-insulated substations (GIS)

· Air-insulated substations (AIS)

· Main transformers

· Generator step-up transformers

· Medium-voltage switchgear

· Protection and control systems

· SCADA integration

· Energy management systems (EMS)

Fuel Infrastructure

Lead development of:

· Natural gas pipeline interconnections

· Pressure regulation stations

· Metering facilities

· Gas compression (where applicable)

· LNG backup systems

· Fuel redundancy planning

· Hydrogen readiness assessments

· Fuel supply agreements

Coordinate with pipeline operators, local distribution companies (LDCs), and interstate transmission providers.

Energy Storage & Renewables

Oversee evaluation and implementation of:

· Battery Energy Storage Systems (BESS)

· Solar generation

· Wind integration

· Renewable Power Purchase Agreements (PPAs)

· Hybrid generation systems

· Microgrids

· Peak shaving

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