Manufacturing Engineer | Final Assembly at Beta Technologies

South Burlington, Vermont, United States

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Not SpecifiedCompensation

Mid-level (3 to 4 years)Experience Level

Full TimeJob Type

UnknownVisa

Aerospace, AviationIndustries

Requirements

Strong communication skills (verbal and written)
Experience working with cross-functional teams (mechanical design, electrical design, software, quality, supply chain, certification, manufacturing)
Flexibility and comfort in working in a quickly changing environment
Experience with CAD design - 3DX and Delmia preferred
Experience with ERP system tools – PLEX will be considered an asset
Willingness to travel domestically or internationally
Experience in a manufacturing environment creating work instructions, leading a manufacturing team, and/or performing production and process planning and troubleshooting (preferred)
Understanding of design for assembly, lean manufacturing, and capacity planning techniques (preferred)
Adept at interpreting and understanding engineering documentation, such as drawings and specifications (preferred)
Adept at interpreting and understanding quality documentation and requirements (preferred)
Working knowledge of a large variety of materials (aluminum, steel, composites, foam, etc) (preferred)
Knowledge of aircraft structures, systems, or interiors (preferred)

Responsibilities

Actively participate in product development and design review process to drive design manufacturability, assembly flow, maintainability, functional testing, and tooling requirements as well as troubleshooting structures/systems installation on the production line
Define and implement assembly/installation methods to produce complex assemblies and complete aircraft
Plan and document work instructions to integrate engineering design requirements of structural, system, and experimental components into production in an optimal assembly sequence
Plan and document modification and repair work instructions
Create Condition of Supply documentation to inform suppliers on delivery requirements of components to the final assembly line
Participate in the planning and implementation of production changes and the introduction of new configurations
Participate in the Change Review Board Process
Contribute to root cause investigation of production nonconformances and examine potential solutions considering the cost and risk of a repair
Participate in the definitions of tooling and equipment requirements, according to the optimal methodology considering the health/safety aspect

Skills

Key technologies and capabilities for this role

Assembly MethodsWork InstructionsTooling DesignRoot Cause AnalysisDesign for ManufacturabilityProduction PlanningCross-Functional CollaborationMechanical DesignElectrical DesignQuality AssuranceSupply Chain ManagementCertification Processes

Questions & Answers

Common questions about this position

What is the salary for this Manufacturing Engineer position?

This information is not specified in the job description.

Is this Manufacturing Engineer role remote or onsite?

This information is not specified in the job description.

What are the minimum qualifications for this role?

Minimum qualifications include strong communication skills, experience working with cross-functional teams, flexibility in a quickly changing environment, experience with CAD design (3DX and Delmia preferred), experience with ERP systems (PLEX an asset), and willingness to travel.

What is the application process like for internal candidates?

The internal application process is designed to be smooth and simple; they review applications by weighing your contributions and performance more heavily than a polished resume or cover letter.

What qualifications will make my application stand out?

Qualifications that distinguish candidates include experience in manufacturing creating work instructions, leading teams, process planning, understanding of design for assembly, lean manufacturing, capacity planning, interpreting engineering and quality documentation, knowledge of various materials, and aircraft structures or systems.

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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