Based on wide range of marine engineering application experience, our team is qualified for development of most demanding task in marine engineering fields.


On customer demand, we are ready to design, analyze, certify and produce extensive range of projects, systems and tasks in mechanical engineering fields.


Our innovation insight drives us towards fringe milestones in environment energy extraction granting high efficiency and sustainability in trending renewable energy engineering fields.

Proficiency & Competence

Our primary motivation is development of quality products that fits global industry trending and approval of customer’s fidelity thru on-time deliverable deployment. We are skilled in basic design, modelling, analysis, optimization and production documentation buildup in marine, mechanical and renewable energy fields of professional assignments.

Core Team Crew

We are young and highly motivated crew of experts in scientific and engineering industry fields. Our goal is complete customer’s satisfaction and maximum project requirement achievement on time.

Company roles

Nenad Končar Ph.D. in AI

Managing Director

Marko Martinis Elec.Eng.

Resource Management

Nikola Rožić

Quality Control

Darko Marković

Systems Engineer


Introduction, design and construction of ships
2016 - Gravitational Energy Storage Device for Wind Farms by M Martinis, N Končar
2016: Gravitational Energy Storage Device for Wind Farms by M Martinis, N Končar
Chair for Prevention of Back Pain: exercise your back as you sit
Chair for Prevention of Back Pain: exercise your back as you sit
CAD for Fashion Designing
The relationship between Computer-Aided Design & Fashion Designing has developed and evolved over the decades with the changing time, taste and pace of fashion and style. Knowledge of CAD software is essential to any up-and-coming fashion designer entering the fashion industry and even to any well-established fashion designer. The growing link between fashion design and CAD is forecasted to continue growing as new software tools and machine learning (deep learning) are taken up by the industry.
FreeCAD in action
FreeCAD, HeeksCAD, Onshape, NanoCAD, Blender, SolveSpace, EMachine Shop, Sculptris, Meshlab, Art of Illusion & DraftSight

FreeCAD is an open source, 3D modeling CAD software. FreeCAD supports parametric modelling, which allows users to change designs by modifying model parameters after they construct them. The software is available on Windows, Mac and various major versions of Linux. It is one of the few choices for CAD applications running on popular Linux distributions like Ubuntu and Mint.
Uncertainty surrounding COVID-19 remains high, on the other hand, according to latest market research reports, it is estimated that the computer-aided engineering (CAE) market will grow by just under US$5 billion from 2020 to 2024.
UA 3D printed shoes are generatively designed with Autodesk Within software
Since 2015, Autodesk offers Autodesk Within, an additive-manufacturing software tool. Within models lattices which are usually difficult or impossible to model. Lattice structures use less material because they are porous. This means lighter parts for models. In the medical field this means a more membrane-like way of imitating anatomical structures.
Evolved chair design from Autodesk in upper right
Recent advances in artificial intelligence and the simulation of complex systems have allowed software to play an involved participatory role. Project Dreamcatcher from Autodesk Research is an experimental groundbreaking design platform with an emphasis on the study of generative design. Designers are in a position to explore trade-offs between several different automatically generated designs and to pick solutions which meet their design needs.
FreeCAD in action
Computer-aided design (CAD) refers to software used to support design processes in all types of industries. Using CAD software, an entire model can be constructed in an imaginary space. Digital representation in CAD is very similar to real life, making it accurate to a desired level of accuracy. More advanced features of CAD software allow us to run simulations to check for imperfections in the digital representation.