The engineer will be responsible for global laundry mechanical structures subsystem deliverables, including development, execution, verification and validation, working with global cross functional teams during various phases of projects and across various technologies such as structural mechanics, plastic design, sheet metal design, foam/rubber seals, rollers, bearings and dynamics of the components.
Responsibilities
Drive New Product Development / Cost & Quality projects for the laundry business with a focus on structural components (drums/baskets, plastic and metal lifters, air and water-tight seals) and physics understanding (Dynamics, thermodynamics, air flow)
Handle multiple projects simultaneously and drive them to implementation using the project management tools by closely working with design, product approval, manufacturing, assembling and interface teams
Concept development, design creation, concept evaluation & selection, verification & validation and implementation into production
Fine-tuning of concepts (Hand calculations, material selection, design for manufacturing/Design for Assembly)
Drive module-level requirements, functional decomposition of requirements, perform FMEA (Failure Mode and Effect Analysis), and work with stakeholders on verification and validation plans
Requirements
Bachelor’s Degree in Mechanical, Mechatronic or Automobile Engineering
Nice to have: Master degree in Mechanical or Industrial Engineering
Designs specialized fluid control components using computer aided design and drafting tools to meet customer requests and collaborates with cross‑functional teams to develop technical specifications, perform analyses, and generate manufacturing documentation.
Responsibilities
Collaborates with Sales and Engineering management to develop technical specifications for fluid control devices
Reviews customer Requests for Quote and specifications to develop preliminary design concepts
Provides design layout and proposal drawing and models or sufficient data for a designer to layout
Provides technical guidance for the preparations of technical proposals
Checks outputs from Designers
Requirements
Bachelor’s degree in Mechanical Engineering
Nice to have: Relevant mechanical design experience
Nuclear Power Plant Systems Engineer who acts as the bridge between highly specialized engineering teams, synthesizing complex engineering analyses across fluid dynamics, structural mechanics, neutronics, electrical systems, safety analysis, and PRA to translate insights into operational plans and regulatory documents.
Compensation
Competitive salary based on technical level
Responsibilities
Review and synthesize technical engineering analyses (e.g. structural finite element analyses and/or computational fluid dynamics) and safety analysis to understand system-wide impacts
Review multi-disciplinary design packages to ensure no negative impact between systems
Act as an internal sounding board to specialized subject matter experts
Coordinate technical interfaces between reactor core systems, balance-of-plant, and instrumentation & control (I&C)
Evaluate vendor-supplied technical specifications and engineering reports to verify alignment with overall plant architecture
Requirements
Bachelor's degree in Nuclear, Mechanical, Chemical, or Aerospace Engineering
Master's degree in Nuclear, Mechanical, Chemical, or Aerospace Engineering
Nice to have: Fluid flow/heat transfer understanding
Nice to have: Structural stress/fatigue understanding
Nice to have: Basic neutron transport understanding
CAD Intern involved with the design of municipal infrastructure, highways, railways, transit systems, airports, harbors, bridges, tunnels, building, water supply and sewage treatment facilities.
Compensation
USD $25.00/Hr.
Responsibilities
Involved with the design of municipal infrastructure, highways, railways, transit systems, airports, harbors, bridges, tunnels, building, water supply and sewage treatment facilities
Requirements
Bachelor of Science in Civil Engineering or a related field with a focus in structural or geotechnical engineering
Nice to have: Coursework or internship experience in structural or geotechnical design
Nice to have: Heavy civil infrastructure industry experience
Lead the development of mechanical systems for the kite, tether and ground station, from concept through series production.
Responsibilities
Lead the development of mechanical systems for the kite, tether and ground station, from concept through series production
Design and improve the flight frame, tether components, enclosures and opening mechanisms, focusing on weight, robustness, serviceability and cost
Work with external partners to integrate new payloads and features to the Fotokite
Keep the system sealed and durable outdoors: weather protection (IP55), vibration on vehicle roofs, temperature extremes and thousands of launch and recovery cycles
Drive design for manufacture, assembly and serviceability, and design-to-cost
Requirements
Master's or Bachelor's degree in mechanical engineering or a related field
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