22 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually split time between office design work and site visits. In the morning you might open SolidWorks or AutoCAD to update a hull model, then run quick calculations in MATLAB or Excel to check strength and weight distribution.
Afternoon tasks often include meetings with naval architects, contractors, or regulatory reps; writing a short technical report in Word or sending drawings as Acrobat PDFs. On site you supervise installation or test equipment, note records in SAP, and adjust schedules in Microsoft Project.
Start with AutoCAD and SolidWorks—employers expect CAD for hulls and superstructures. Learn basic drawing, assembly constraints, and how to export DWG or STEP files.
Also get comfortable with Excel for estimates and MATLAB for structural calculations. Know Word, Outlook, and Acrobat for reports and Visio or Project for simple layouts and schedules. SAP is useful for maintenance and expense records on larger teams.
You design test sequences with clear conditions and phases, then run environmental and performance tests on prototypes or installed equipment. Tests often monitor alarms and automatic controls, and may involve propulsion or power plant operation.
Record results in a technical report using Word and Acrobat, log maintenance and expenses in SAP, and share diagrams or schematics from Visio or AutoCAD. Reports go to engineering, management, or clients and may inform regulatory compliance.
The U.S. Bureau of Labor Statistics (BLS) reports 8,250 employed structural engineers (SOC 17-2121.00). The median annual wage is $112,230, the lowest tenth is $83,010, and the top tenth is $173,330 per BLS (2025).
Your pay will vary by employer, region, and whether you operate ships' power plants or progress to chief engineer. Use these BLS numbers as a reference, not a guaranteed salary.
AI can speed drafting, generate ideas, or automate report summaries, but don’t trust it for final engineering calculations or compliance decisions. Always verify AI outputs against MATLAB or hand calculations and company procedures.
Never submit AI-generated designs to regulators. Keep traceable records in Excel or Word, and have a qualified engineer review any AI-based change before fabrication or testing.
Structural engineers focus on loads, strength, and integrity of hulls and superstructures—checking beams, frames, and welding details. Naval architects handle overall ship stability, hull form, and hydrodynamics. Mechanical engineers often design systems like pumps, power plants, and HVAC.
On a ship project you’ll collaborate: they use AutoCAD, SolidWorks, and MATLAB too, but your drawings and calculations skew toward structural members and regulatory compliance for life-saving and pollution prevention systems.
Learn structural analysis (hand calculations and MATLAB), CAD modeling (SolidWorks/AutoCAD), and basic project tools: Excel for estimates, Project for schedules, and SAP for maintenance records.
Also practice clear technical writing in Word and Acrobat, on-site supervision skills for installations and tests, and communicating with clients and regulatory bodies. Those concrete skills get you from junior to senior and eventually chief engineer.