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Nesting Engineer Jobs in Florida (NOW HIRING)

CNC DESIGN ENGINEER

Orlando, FL · On-site

$63.90K - $81.40K/yr

Validate product geometry, toolpaths, nesting strategies, and material orientation prior to ... Ensure CNC-cut parts meet engineering specifications and fit, form, and function requirements ...

CNC DESIGN ENGINEER

Orlando, FL · On-site

$63.90K - $81.40K/yr

Validate product geometry, toolpaths, nesting strategies, and material orientation prior to ... Ensure CNC-cut parts meet engineering specifications and fit, form, and function requirements ...

CNC DESIGN ENGINEER

Orlando, FL · On-site

$63.90K - $81.40K/yr

Validate product geometry, toolpaths, nesting strategies, and material orientation prior to ... Ensure CNC-cut parts meet engineering specifications and fit, form, and function requirements ...

Develop and nest parts for fabrication using CNC router to optimize yield and assist in resolving ... Attend NMMA Engineering Compliance Seminars on a biannual basis * Generate and maintain ...

Develop and nest parts for fabrication using CNC router to optimize yield and assist in resolving ... Attend NMMA Engineering Compliance Seminars on a biannual basis * Generate and maintain ...

CNC Fiber Laser Operator

Sanford, FL · On-site

$17.50 - $21.75/hr

Flag any programming or material issues immediately. * Maintain clean work area and equipment ... Familiar with basic G-code, CNC controls, and nesting software. * Strong understanding of aluminum ...

Sr. Software Engineer

Miami, FL · On-site

$117.20K - $154.50K/yr

Experience with server-side frameworks and libraries, such as Express.js, Nest.js or Loopback.js ... Experience with other programming languages, such as Python or R * Experience with other front-end ...

Sr. Software Engineer

Miami, FL · On-site

$117.20K - $154.50K/yr

Experience with server-side frameworks and libraries, such as Express.js, Nest.js or Loopback.js ... Experience with other programming languages, such as Python or R * Experience with other front-end ...

Woodworking CNC Specialist

Largo, FL · On-site

$22.75 - $31/hr

The ideal candidate will be responsible for programming, operating, and optimizing CNC machines for high-quality production. Responsibilities: * Program CNC machines (router, nesting machines, etc.

Woodworking CNC Specialist

Largo, FL · On-site

$22.75 - $31/hr

The ideal candidate will be responsible for programming, operating, and optimizing CNC machines for high-quality production. Responsibilities: * Program CNC machines (router, nesting machines, etc.

CNC Programmer

Youngstown, FL · On-site

$30 - $40/hr

... MasterCAM programming in a millwork, woodworking, or custom fabrication environment Strong ... nesting software and toolpath optimization strategies This role is perfect for someone who takes ...

Web Engineering Lead Location: Downtown Miami, FL - Onsite 4 days/week (must be onsite from Day 1) ... Experience with Nest.js (Node) for server-side development. Skills: ANGULAR,REACT

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Showing results 1-20

Nesting Engineer information

What is a Nesting Engineer job?

A Nesting Engineer is responsible for optimizing the arrangement of parts on raw materials, such as metal sheets, to minimize waste and improve manufacturing efficiency. They use specialized CAD/CAM software to generate cutting patterns for CNC machines. This role requires knowledge of manufacturing processes, material properties, and cost optimization. Nesting Engineers work closely with production teams to ensure accuracy and efficiency in fabrication.

What are the key skills and qualifications needed to thrive in the Nesting Engineer position, and why are they important?

A successful Nesting Engineer needs a strong background in mechanical engineering, CAD/CAM software proficiency, and a solid understanding of manufacturing processes and materials. Familiarity with specialized nesting software such as SigmaNEST, AutoCAD, or TruTops, and often certifications in CAD or sheet metal fabrication are typically required. Attention to detail, excellent problem-solving skills, and effective teamwork abilities help Nesting Engineers excel in optimizing production layouts. These skills ensure efficient material usage, minimize waste, and contribute to streamlined manufacturing operations.

What are the typical daily responsibilities of a Nesting Engineer?

Nesting Engineers spend their days preparing and optimizing cutting patterns for sheet metal or other raw materials using advanced CAD/CAM and nesting software. They collaborate closely with production planners, machine operators, and quality assurance teams to ensure that designs are not only efficient but also manufacturable to required specifications. Regular tasks include analyzing job orders, updating project files, troubleshooting design issues, and making real-time adjustments for manufacturing constraints. This role involves both independent technical work and active communication with various departments to keep production running smoothly.

What is nesting in engineering?

Nesting in engineering, particularly in manufacturing and CAD design, refers to the process of arranging multiple parts or components on raw material sheets to optimize material usage and minimize waste. It involves using specialized software to efficiently plan the layout before cutting or machining. Nesting skills are important for engineers working in production, CNC programming, and fabrication environments.
What cities in Florida are hiring for Nesting Engineer jobs? Cities in Florida with the most Nesting Engineer job openings:

(C) Lofting Engineer / Lofting Supervisor

THE MCHENRY MANAGEMENT GROUP, LLC

Panama City, FL

Other

Posted 10 days ago


Job description

Description

Background check, US Citizenship, and a drug screening are requirements of this position. Travel is 20%. Contingent on clients approved candidate.


TMMG is seeking an experienced Lofting Engineer / Lofting Supervisor to support the Washington State Ferries (WSDOT) new construction program. This role will lead and oversee all lofting and production definition activities associated with translating 3D design models into production-ready manufacturing outputs for steel fabrication and assembly.

The ideal candidate will possess deep shipbuilding experience in lofting, plate and profile development, nesting, burn files/tapes, production interface, and manufacturing support within a modern shipyard environment. This individual will serve as both a technical leader and working supervisor responsible for ensuring lofting deliverables support production schedules, material optimization, and construction accuracy across multiple vessel modules and hull sections.

This is a high-visibility role supporting one of the most important commercial ferry construction programs currently underway in the United States. 



Requirements

Key Responsibilities

Lead and supervise all lofting and production definition activities supporting vessel construction.

Convert 3D production models into fabrication-ready outputs including:

Nest tapes/burn files

CNC cutting data

Plate expansions

Forming information

Part extraction

Assembly information

Manage lofting personnel, priorities, schedules, and workflow across multiple construction areas.

Coordinate closely with Engineering, Planning, Production, Welding, and Fabrication departments to ensure accurate and timely release of manufacturing information.

Review production drawings and models for constructability, completeness, and manufacturing efficiency.

Ensure nesting strategies maximize material utilization while minimizing scrap and rework.

Support development and maintenance of production standards, lofting procedures, and configuration control processes.

Resolve lofting-related production issues during fabrication and assembly.

Provide technical guidance and mentoring to junior lofting personnel and production staff.

Coordinate with design engineering teams regarding model accuracy, revision incorporation, and production impacts.

Ensure all lofting outputs comply with shipyard standards, ABS requirements, WSDOT requirements, and applicable production specifications.

Participate in production planning meetings and support schedule-driven construction milestones.

Interface with management regarding manpower requirements, schedule risks, and production support priorities.

Support continuous improvement initiatives associated with digital shipbuilding and production automation. 


Physical Job Requirements

The Senior Lofting Engineer / Lofting Supervisor must be able to perform duties in both an office/design environment and an active shipyard production environment. Physical requirements include, but are not limited to:

Ability to work in a shipyard, fabrication shop, and waterfront construction environment.

Ability to walk, stand, and move throughout production areas for extended periods as needed.

Ability to access vessels, modules, fabrication shops, panel lines, and assembly areas.

Ability to climb stairs, ladders, and shipboard access ways when required.

Ability to board vessels under construction and navigate uneven surfaces, temporary staging, gangways, and confined shipboard spaces.

Ability to bend, stoop, kneel, crouch, reach, and inspect production work areas as needed.

Ability to visually review structural components, plate layouts, cut parts, assembly details, and fabrication conditions.

Ability to use a computer, keyboard, mouse, monitor, and standard office equipment for extended periods.

Ability to review drawings, models, nesting outputs, production data, and technical documentation for extended periods.

Ability to occasionally lift and carry items such as drawings, laptops, binders, measuring tools, or light equipment up to approximately 25 pounds.

Ability to communicate clearly in person, by phone, and through electronic communication in both office and production settings.

Ability to wear required personal protective equipment, including hard hat, safety glasses, hearing protection, steel-toe footwear, gloves, and high-visibility clothing.

Ability to work in varying environmental conditions, including heat, humidity, noise, dust, and exposure to normal shipyard production activities.

Ability to safely move through areas where welding, cutting, grinding, blasting, painting, lifting, and heavy equipment operations may be occurring.

Ability to work occasional extended hours, weekends, or adjusted schedules to support production milestones, vessel construction priorities, or urgent lofting/production issues. 


Education/Certification Requirements

Required Qualifications

10+ years of shipbuilding lofting experience in a production shipyard environment.

Demonstrated experience converting 3D shipbuilding models into production-ready manufacturing outputs.

Strong experience with:

Nesting systems

Burn files / nest tapes

CNC cutting operations

Steel fabrication support

Plate and structural development

Production definition

Previous supervisory or lead experience managing lofting personnel and workflows.

Strong understanding of ship construction methods, sequencing, and fabrication processes.

Ability to interpret complex production drawings, structural arrangements, and 3D models.

Experience supporting large commercial or government vessel construction programs.

Strong coordination and communication skills across engineering and production organizations.

Ability to work in a fast-paced schedule-driven shipyard environment.

Preferred Qualifications

Experience supporting ferry construction programs or large steel vessel new construction.

Experience with modern shipbuilding software such as:

ShipConstructor

Aveva Marine

Nupas-Cadmatic

AutoCAD

Tribon

Siemens NX

Familiarity with ABS and USCG shipbuilding standards.

Experience supporting modular construction and unit assembly operations.

Knowledge of production planning and material control processes.

Prior experience supporting WSDOT, Navy, Coast Guard, or commercial passenger vessel programs.