Job Description

About the Opportunity

Futura Energy Group is recruiting on behalf of an innovative energy technology client developing next-generation reactor systems for clean fuel production. They are seeking a Methane Reactor Design Engineer to lead design maturation and scale production of a proprietary thermocatalytic reactor. This is a high-impact, hands-on role ideal for an engineer passionate about building real-world energy hardware with global potential.

Role Overview

You will take full responsibility for advancing the design and deployment of a methane reactor system—refining mechanical, thermal, and fluid components for manufacturability and scale. With initial proof-of-concept systems already built and tested, your focus will be driving the transition from development to repeatable, field-ready production.

Key Responsibilities

• Lead mechanical design and development of a low-cost, scalable methane reactor
• Deliver multiple operational reactor units by 2025
• Refine and optimize all mechanical, thermal, and fluid systems
• Prioritize manufacturability and scale-readiness in all design decisions
• Own delivery from design and prototyping through supply chain and deployment
• Conduct and participate in internal technical reviews to drive design integrity and iteration
• Evaluate and source key components for rapid prototyping and scaled builds
• Support recruitment and mentorship for the broader engineering team

Minimum Qualifications

• Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or related field
• 5+ years of experience in mechanical design, analysis, and system development
• Proven ability to lead hardware projects from concept through implementation
• Strong collaboration and vendor management skills
• Comfortable making design decisions through both intuition and analysis

Preferred Qualifications

• Experience sizing and integrating systems such as heat exchangers, condensers, compressors, dryers, and valves across various pressure/temperature ranges
• Familiarity with ASME pressure vessel standards and mechanical code
• Understanding of common fabrication and installation practices for fluid systems
• Experience sourcing parts and components for mid- to high-volume production
• Knowledge of environmental qualification standards for outdoor/ruggedized hardware
• Comfortable working in fast-paced, iterative, hardware-heavy development settings

Compensation & Logistics

• Benefits: Equity participation, performance bonuses, 401(k), medical/dental/vision insurance, and flexible PTO
• Travel: 5–10% travel may be required for site installation and deployment oversight

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