Hans Thomas

Lead project management for major shipments requiring complex structural and engineering solutions, ensuring on-time and cost-effective delivery. Coordinated with clients, MWS, subcontractors, and key stakeholders to align project goals, conduct progress meetings, and guarantee quality assurance. Directed a structural engineering team in developing cost-efficient heavy-lift and wind cargo transportation solutions through FEA and hand calculations. Designed and implemented workflow automation tools to str

Our structural team does the design, calculation, construction and installation of steel structures in the field of maritime sector such us supporting and load-distributing structures for heavy duty cargo (cradle or grilling designs), trusses, spreaders and other hoists solutions in the field of cargo engineering and perform Finite Element Analysis of ships and steel structures using ANSYS and RFEM.

Automatic modeling of ship structures in NAPA Designer using C# Script template during early design phase - Make the 3D modelling at initial design, as a much more spontaneous and commercially optimized design phase. Make the 3D structural modelling automated using a C# script template. The template will be utilized to generate plate arrangements from 2D GAP in .dxf format. In addition to that script will be utilized to generate secondary as well as primary structural members on to the generated surfaces

- Naval Architectural calculations and design for various newbuilds and retrofit projects - Global and local strength calculation of offshore and marine structures - Strength analysis of structures like main engine foundation, firing gun pedestal foundation on a navy vessel, telescopic crane foundation and reinforcement for accommodation compartment extension - Design of offshore containers, skids etc based on DNV offshore container standards - Scantling calculation for 30+ ships/offshore structures -

- FEM and Analysis of the midship section for bulker using IACS Common Structural Rules for Bulk Carrier - Fatigue strength check and strength analysis for anchor winch foundation, davit foundation and lifeboat platform according to statutory standards and rules based on technical data provided by the suppliers - Project procurement of structure members and equipment further to the respective class rule-based calculation for AHTS, PSV, OSRV, BC and Cement Carriers and contract preparation for

- Hydrostatic Calculations & Stability Booklet Preparation - Equipment No Calculation for ship outfitting selection - Chain Locker structural analysis - Attended Inclining Experiment - 3D Modelling of Vessels and Rigs in Modelmaker - Wind Area Calculation of Barge - Sounding Table Preparation for comparison with Autohydro output - Prepared Inclining Experiment Report - Light Ship Weight Estimation - Pad Eye Strength Calculation for container lift. Created a template for padeye strength che

- Modification in Accommodation Deck incorporated with SPS 2008 & LR rules Compliance - Calculated Added Crane’s Effect on List - Paint Area Calculation of Compartments and Hull - Structural Design of ship accommodation using ABS rules - Prepared General Arrangement and Shell Expansion drawings

2nd Semester of EMSHIP

3rd Semester of EMSHIP

1st Semester of EMSHIP