In this internship, you will build tools that automate how Lightmatter creates and checks the mechanical drawings behind our advanced photonic packages. As a member of the Packaging team, you will build a toolset that generates substrate and package drawings and runs GD&T sanity checks on them.
Compensation
Hourly Rate in USD
$43—$47 USD
Responsibilities
Build tools to automate the creation of substrate and package drawings from package design data, reducing manual CAD and drafting effort.
Develop automated GD&T sanity checks that catch common drawing errors before release, such as missing or inconsistent callouts, datum scheme issues, and tolerance conflicts.
Work with packaging, substrate design, and system engineers to capture drawing requirements, templates, and conventions, and turn them into repeatable workflows.
Validate your tools against existing released drawings and iterate based on feedback from engineers using them.
Plan and execute physical DOEs, including test setup, measurement, and data analysis, to build fundamental understanding of coupled thermal-structural-optical physics.
Requirements
BS or MS in Mechanical Engineering or a related field
Nice to have: Geometric Dimensioning and Tolerancing (GD&T)
Lead Mechanical Engineer who independently executes conventional engineering work on complex machines — Secondary Packaging machinery, End of Line automation equipment, and discrete product machineries — from concept through BOM release.
Responsibilities
Lead design and development of mechanical components for packaging and automation equipment
Prepare design documentation, specifications, and drawings
Conduct design reviews, risk assessments, and FMEA
Support FAT, production teams, and commissioning activities
Advise junior engineers and flag design issues
Requirements
Bachelor's degree in Mechanical or Mechatronics engineering
The Manufacturing Engineer II has seasoned understanding and knowledge of engineering concepts, practices and procedures and can apply them accordingly. This role requires the ability to independently investigate, recommend, and, with oversight, deploy new and/or improved technologies to improve product quality and/or reduce manufacturing costs.
Locations (2)
North Venice, Florida, United States
Nokomis, Florida, United States
Compensation
Compensation Range: $80,000 - $100,000 depending on relevant experience and qualifications
Responsibilities
Evaluates manufacturing processes by designing and conducting research programs; applying knowledge of product design, fabrication, assembly, tooling, and materials; consulting with equipment vendors and observations from operators.
Develops manufacturing processes by studying product requirements; researching, designing, modifying, and testing manufacturing methods and equipment.
Design flexible pipe solutions for subsea applications, manage technical data creation and release, perform design and configuration tasks, liaise with experts, attend client meetings, prepare reports, and ensure project delivery.
Responsibilities
Design flexible pipe solutions for subsea applications
Manage technical data creation and release in Teamcenter
Perform flexible pipe structure and ancillaries design
Design flexible pipe solutions for subsea applications, in accordance with TechnipFMC standards, procedures, processes, schedules and budget, with a continuous focus on quality, targets and customer satisfaction.
Responsibilities
Manage technical data creation and release in Teamcenter to support project execution for flexible and umbilical subsystem
Perform flexible pipe structure and ancillaries design in accordance with specification, design rules and manufacturing constraints
Perform flexible pipe configuration design (both static and dynamic) using both industry standard software and in-house software
Perform thorough check of own work before submitting for further review
Liaise with Centers of Expertise on technical issues not covered by the standard design rules
The role focuses on developing occupant simulation models, evaluating crash performance, and improving safety systems from concept through production for vehicle safety development.
Responsibilities
Develop occupant CAE models in LS-DYNA across multiple stages of vehicle development
Evaluate system-level occupant performance for relevant crash and impact configurations
Collaborate with design and release engineers and suppliers to develop correlated component models and document appropriate modeling assumptions
Optimize airbags, seat belts, steering columns, seats, instrument panels, and interior trim to meet occupant performance targets
Coordinate with body structure teams when structural performance affects occupant protection
Requirements
Nice to have: Occupant restraint system development
Nice to have: Electric vehicle platform and architecture development
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