热能工程师 - 冷却系统专家 - 创新团队
H55
公司概况
业务介绍
H55专注于认证的电动航空技术,特别是为飞机提供电动驱动系统、电池组及电池管理系统(source: juliusbaer.com)。公司提供模块化且可认证的动力和储能解决方案,专为多种飞机类型的集成设计(source: h55.ch)。目标市场涵盖通用航空、飞行学校运营、区域运输以及未来的垂直起降(VTOL)飞机概念(source: fai.org)。H55高度重视安全导向的认证流程,开发轻量化、模块化系统,严格符合航空标准(source: h55.applytojob.com)。
项目与业绩
H55的核心项目之一是Bristell Energic,这是一款由BRM Aero制造、配备H55驱动系统的双座电动训练机(source: fai.org)。该飞机在锡永亮相,以其清洁、安静且经济高效的设计著称,飞行时间达1.5小时,并具备充足的训练备用时间(source: fai.org)。截至2025年,Bristell B23 Energic已在帕洛阿尔托机场完成超过50次示范飞行,并签订多份采购合同,前两年的产能已售罄(source: h55.ch)。此外,公司还开展了覆盖美国的示范巡展,向飞行学校、大学、制造商、军事学院及航空展展示该飞机(source: prnewswire.com)。
最新动态
过去两年,H55入选TIME评选的2025年全球250家最佳绿色科技企业名单,从8000多家公司中脱颖而出(source: prnewswire.com)。2024年,公司完成了7290万美元的C轮融资,其中包括魁北克政府的投资(source: esgtoday.com)。2025年,H55宣布Bristell B23 Energic前两年的生产计划已全部售罄(source: h55.ch)。与此同时,公司继续扩大其在北美的业务,在圣休伯特机场设立生产基地,并成立加拿大子公司(source: h55.ch)。
工作环境
H55在嵌入式软件、测试、机械设计、装配、财务和IT等多个领域提供丰富职位,办公地点包括锡永、洛桑及加拿大朗格伊(source: h55.applytojob.com)。技术岗位要求涵盖塑料及复合材料经验、CAD技能,以及熟悉航空认证标准如EASA CS-23和FAA Part 23(source: h55.applytojob.com)。公司文化强调认证流程、技术深度及航空业整合,安全与合规是核心价值(source: juliusbaer.com)。
最后更新于 5月 20, 2026 | 报告问题
Job Description
As the technological spin-off of Solar Impulse, the first electric airplane to fly around the world, the mission of H55 is to make aviation clean, safe, and affordable. H55 exists to accelerate this transition by building the certification-grade energy platform that electric aviation needs to scale, delivering energy storage systems that are predictable, provably safe, and trusted by authorities, insurers, and OEMs. Because in aviation, innovation only matters when it can fly.
At H55, you will work with a forward-looking team shaping the future of air transportation. Our team brings together experienced engineers, entrepreneurs, and industry experts who combine creativity, innovation, and strong technical expertise.
We believe that diverse perspectives lead to better engineering and stronger teams, and we are committed to building an inclusive workplace.
Your Role
As part of the Innovation Team, you will develop advanced cooling and thermal management solutions for electric aviation systems, including batteries, power electronics, and electric propulsion units.
You will contribute to early-stage technology development, combining thermal simulations, system modelling, and experimental validation to evaluate new cooling architectures and improve system performance, efficiency, and reliability.
Your work will directly support the development of next-generation, certifiable electric propulsion systems.
You will work closely with multidisciplinary engineering teams to translate concepts into validated solutions.
Main Responsibilities
- Design and develop thermal management and cooling systems for electric aviation applications, including batteries, power electronics, and propulsion components
- Perform thermal simulations and CFD analyses to evaluate cooling performance and identify design improvements
- Develop thermal models and system-level simulations for early concept evaluation and architecture trade studies
- Investigate advanced cooling technologies, including liquid cooling, two-phase cooling, immersion cooling, and phase change materials
- Support the design, integration, and testing of thermal prototypes and experimental setups
- Analyze experimental data and correlate results with simulation models
- Collaborate with electrical, mechanical, and software engineers to integrate thermal solutions into system architectures
- Contribute to innovation projects and feasibility studies related to thermal management for electric propulsion systems
- Help define thermal performance requirements and validation strategies for future platforms
Your Profile
- MSc or PhD in Thermal Engineering, Mechanical Engineering, Aerospace Engineering, or a related field
- Strong knowledge of heat transfer, fluid dynamics, and thermal system design
- Experience with CFD and thermal simulation tools (e.g. ANSYS Fluent, Star-CCM+, OpenFOAM, COMSOL, or similar)
- Experience modelling cooling systems or thermal management architectures
- Familiarity with battery or power electronics thermal management is a strong asset
- Ability to combine simulation with experimental validation and prototyping
- Strong analytical mindset and ability to work in multidisciplinary engineering teams
What We Offer
- The opportunity to work on cutting-edge electric aviation technology with real-world impact
- A collaborative, international, and purpose-driven team
- Opportunities to grow into technical or leadership roles
- A flexible and supportive work environment
- An exceptional work location in Sion, Valais, in the heart of the Swiss Alps
You will have a direct impact on our products and on how we design and build them, working closely with cross-functional teams in a fast-evolving environment.
We are building a team where diverse perspectives are essential to solving complex engineering challenges and delivering safe, certifiable systems. If this role excites you but you don't tick every box, we encourage you to apply.
Ready to help make electric aviation a certified reality? Let's talk.
H55 is committed to building a diverse and inclusive workplace. We welcome applications from all qualified individuals regardless of nationality, gender, disability, religion, sexual orientation, or age. Employment decisions are based on skills, experience, and business needs.
We are committed to providing an inclusive recruitment process. If you require any accommodations during the application or interview process, please let us know.
By applying for this position, you agree that your personal data will be processed for recruitment purposes in accordance with applicable data protection laws. Your data will be handled confidentially and retained only as long as necessary for the recruitment process.
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