Shipyard Throughput Architect

Saronic Technologies; Brownsville (TX); On-site; USD 180,000 - 240,000; Full time

Benefits offered by this job

Medical Insurance

Dental and Vision Insurance

Time Off: PTO and Holidays

Parental Leave

Competitive Salary

401(k) Plan

Stock Options

Life and Disability Insurance

Free lunch and snacks

Job summary

Saronic Technologies in the United States is seeking a Shipyard Optimization Manager to serve as a technical authority for shipyard build strategy, facility layout, manufacturing engineering, and automation integration. This senior expert will ensure that facility design is driven by production logic and aligns to a throughput-driven system.

You will define build strategies by vessel class, review layouts, integrate manufacturing principles, and identify automation opportunities while guiding

Qualifications

• Must have 10+ years of experience across shipyard facilities, manufacturing engineering, and operations.
• Demonstrated experience designing or transforming shipyard facilities.
• Deep familiarity with block construction, heavy lift operations, and material flow.

Responsibilities

• Define shipyard build strategies by vessel class, including panel lines, sub-assembly, and block assembly requirements.
• Review facility layouts and spatial design for efficiency and throughput.
• Integrate manufacturing engineering principles into facility and process design.
• Define and validate automation opportunities that create structural advantage.
• Advise on major equipment and crane selection strategies.
• Translate technical trade-offs into clear decision frameworks for leadership.

Job description

Saronic Technologies in the United States is seeking a Shipyard Optimization Manager to serve as a technical authority for shipyard build strategy, facility layout, manufacturing engineering, and automation integration. This senior expert will ensure that facility design is driven by production logic and aligns to a throughput-driven system.

You will define build strategies by vessel class, review layouts, integrate manufacturing principles, and identify automation opportunities while guiding