Integration Engineer | Propulsion at Beta Technologies

South Burlington, Vermont, United States

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Not SpecifiedCompensation

Senior (5 to 8 years)Experience Level

Full TimeJob Type

UnknownVisa

Aerospace, AviationIndustries

Requirements

5+ years relevant experience in electromechanical components and assembly design, analysis and test
Ability to understand product as a system and part of a higher level system
Catia 3dx or equivalent, GD&T
Good team, communication and leadership skills
Ability to work with minimal supervision and identify strategies to remove roadblocks
Mental flexibility and the ability to change direction based on new information
Google G-Suite including drive, mail, calendar, docs, sheets, slides, charts, hangouts; slack, application lifecycle
Experience in CFD (Solidworks Flow Sim or FloEFD preferred)
Good understanding of certification and safety requirements
Ability to work hard to meet ambitious goals and tight deadlines
Above and Beyond Qualifications
Demonstrated ability to work with suppliers and customers
MATLAB/Simulink
Experience in FEA (ANSYS preferred)
Matlab (data analysis, AppDesigner for GUIs)
Strong knowledge of vibration
Experience with rotating machinery
Experience with electrical motors, inverters
Experience with controls of Surface Permanent Magnet Synchronous Machine (SPMSM)

Responsibilities

Review, challenge, analyze top level aircraft level requirements for initial motor and inverter sizing, cooling and structural architecture (including data review, 1D simulations, handcalcs and rule of thumb sizing, preliminary CFD and FEA)
Define lower level requirements for detailed design including software
Establish and manage mechanical, electrical and functional interfaces with other systems including external customer as relevant
Manage changes affecting interfacing products
Collaborate with the systems and certification team to ensure certifiability of products
Develop test plans for verification at propulsion system level
Contribute to the development of electric propulsion units (EPUs) from a blank page to a certified product
Consume & negotiate high level EPU requirements to ensure design and build the right product for the application
Drive the sizing of motors and inverters and conceptual architecture to suit the application, including performing rapid iterations and trades towards the optimal concept
Support the mechanical and electrical engineers during the development phase to ensure that the propulsion system will satisfy the requirements of the installation
Work closely with the design and test teams to develop test plans to verify the product’s performance during the development and certification phases

Skills

Motor Sizing

Inverter Sizing

Propeller Sizing

Aircraft Integration

Nacelle Design

Cooling Optimization

Flight Controls Integration

Hybrid System Integration

1D Simulation

Requirements Analysis

Test Planning

Beta Technologies

Develops eVTOL aircraft and charging systems

About Beta Technologies

BETA Technologies develops electric vertical take-off and landing (eVTOL) aircraft and the charging infrastructure needed to support them. Their eVTOL aircraft are designed for both passenger and cargo transport, providing a sustainable alternative to traditional air travel. The company also installs and maintains charging systems, ensuring that clients have the necessary support for electric flight. BETA Technologies stands out from competitors by offering a comprehensive solution that includes both the aircraft and the infrastructure, catering to commercial airlines and logistics companies. The goal of BETA Technologies is to make air travel greener, safer, and more efficient, contributing to a significant reduction in carbon emissions in the aerospace sector.

South Burlington, VermontHeadquarters

2017Year Founded

$1,171.2MTotal Funding

SERIES_CCompany Stage

Automotive & Transportation, Energy, AerospaceIndustries

501-1,000Employees

Risks

Increased competition from companies like ORB Aerospace could impact Beta's market share.

Dependence on state funding poses risks if government priorities shift away from electric aviation.

Rapid technological advancements could render Beta's offerings obsolete without continuous innovation.

Differentiation

Beta Technologies focuses on clean aviation with electric aircraft and propulsion systems.

The company offers a comprehensive eVTOL ecosystem, including aircraft and charging infrastructure.

Beta Technologies targets commercial airlines and logistics companies for sustainable air transport solutions.

Upsides

Beta Technologies raised $318 million in Series C funding in October 2024.

The FAA's updated eVTOL certification processes benefit Beta Technologies' aircraft approval.

Increased interest in urban air mobility drives demand for Beta's eVTOL aircraft.

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