Turbo Machinery Advisor – Power Systems & Geothermal Systems - Contractor
7 мес. назад
SeniorRemote
steam turbinesexpandersorc systemsturbomachinery designpower systems engineering
Strategic advisory role focused on turbomachinery design and power systems engineering for geothermal and thermal power applications.
О компании
- About Us: We are an early-stage geothermal company developing next-generation systems for efficient heat extraction and power generation. Our work sits at the intersection of thermodynamics, advanced rotating machinery, and renewable energy. We are focused on advancing turbine and expander technologies that unlock more efficient, scalable geothermal electricity generation. Role Overview: We are seeking a highly experienced Turbo Machinery Advisor with deep expertise in steam turbines, expanders, ORC systems, or other rotating equipment used in geothermal or thermal power applications. This is a strategic advisory role for someone with a long track record in turbomachinery design, power systems engineering, and industry leadership. The Advisor will work closely with the founding team, suppo
Будет плюсом
- Advanced degree (PhD or MS) or equivalent senior-level industry experience in mechanical engineering, turbomachinery, thermal sciences, or related fields.
- 15+ years working with steam turbines, expanders, ORC systems, or similar rotating equipment.
- Deep familiarity with geothermal, waste-heat recovery, or thermal-to-power systems.
- Expert understanding of thermodynamics, fluid mechanics, structural considerations, and rotating equipment design.
- Proven track record advising or leading engineering teams on complex mechanical systems.
- Strong industry network within turbomachinery, geothermal energy, or thermal power generation ecosystems.
- Excellent communication skills and the ability to translate complex technical issues for mixed audiences.
- Ability to operate independently and deliver high-impact guidance within limited advisory hours.
Другое
- Guide the turbine/expander development roadmap, ensuring alignment with long-term system architecture, commercial feasibility, and manufacturability.
- Provide senior-level mentorship to engineers and technical contributors, helping shape design approaches, testing priorities, and integration pathways.
- Recommend best practices in rotating machinery design, materials, thermodynamic cycle selection, and system optimization.
- Review and refine thermodynamic cycle models, system assumptions, and performance projections.
- Advise on blade geometry choices, flow efficiency strategies, and component-to-component integration.
- Evaluate alternative configurations for durability, maintenance needs, and operational constraints in geothermal environments.
- Oversight of prototype testing methodologies, including performance validation under realistic geothermal or steam-cycle conditions.
- Support the team in defining testing protocols, instrumentation needs, and risk-mitigation plans for rotating equipment.
- Provide guidance on safety standards, mechanical integrity requirements, and relevant codes associated with turbomachinery operation in geothermal and industrial settings.
- Advise on documentation and compliance expectations for early pilots and field deployments.
- Support evaluation of manufacturing pathways, vendor selection, and component sourcing for small-scale, high-efficiency turbine systems.
- Recommend quality assurance and reliability frameworks suitable for early production and scaling.
- Review technical documentation, including design analysis, testing summaries, and risk assessments.
- Help prepare clear technical updates for internal stakeholders, external partners, and potential investors.
- Leverage an established network in turbomachinery, geothermal, steam-cycle power, or related fields to help secure partnerships, pilot opportunities, and early adopter relationships.
- Provide senior technical presence in discussions with research institutions, industrial partners, utilities, and potential demonstration sites.