MARINE ROBOTICS LAB

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MARINE ROBOTICS LAB

Technical posts, project notes, and updates from the lab team.

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Autonomous Marine Vehicles: The Beginning of a New Era in Maritime

Autonomous marine vehicles are rapidly gaining ground in the global maritime industry to enhance operational safety, reduce costs, and minimise human error. Türkiye holds significant potential in this field, both academically and industrially.

Read more → 02.04.2026

What is Dynamic Positioning (DP) and Why is it a Critical Technology?

Dynamic Positioning System enables a vessel to maintain its station and heading at sea using only its own thrusters, without deploying an anchor. With a wide range of applications spanning from drilling vessels to autonomous marine vehicles, DP has become an indispensable component of modern maritime infrastructure.

Read more → 18.03.2026

Ship Resistance and Model Tank Tests: The Scientific Foundation of Efficient Ship Design

One of the most critical inputs in ship design is the resistance force the vessel will encounter moving through water. Accurate determination of this value directly influences decisions ranging from fuel consumption and main engine selection to carbon footprint and operating costs.

Read more → 05.03.2026

Sustainable Maritime: The Role of Main Engine Selection and Energy Efficiency

The maritime industry accounts for a significant share of global carbon emissions. One of the most effective ways to reduce emissions is making the right decision in main engine selection for each vessel and optimising energy management.

Read more → 20.02.2026

University–Industry Collaboration in Marine Engineering: Examples and Future in Türkiye

Marine engineering is a discipline that cannot be contained within university laboratories or shipyard floors alone. The most valuable outcomes emerge in environments where both sides work together and knowledge meets real operational needs.

Read more → 01.02.2026