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NTNU:TIA:REST

Institutt for marin teknikk

Department of Marine Technology

Ingen hjelpemidler tillatt.

Alle trykte og skrevne

Engelsk

Anbefalte forkunnskaper

Recommended prerequisites are TMR4115 Design Methods, TMR4150 Design of Marine Vehicles or equivalent classes approved by the responsible teacher.

Mer om vurdering

Ved gjentak må alle vurderinger i emnet gjentas

Faglig innhold

After completing the course the students will have acquired knowledge related to
- The concept of design 
- Establishment of background and basis of marine design
- Abstraction, idea generation and convergence
- Modeling the design process
- Design models as means of communication
- Pros and cons of design models
- Criteria of system building and limitation

The students will also acquire skills in applying the design theories to concrete application areas through the work with the report.

Kursmateriell

Læringsformer og aktiviteter

Lectures. Mandatory exercises: Preparing a report on a given subject. A sufficient number of candidates must be registered for the course to be given. To pass the course a score of at least 70 percent is required. Both the oral exam and the report must be passed for the course to be passed. 

Læringsutbytte

The goal of the course is to give provide fundamental knowledge and insight into advanced topics in design theory, models and methods, both by presenting the historical context of this field, as well as providing insight into the current state-of-research. Further, to provide competence and skills into applying theories and methods for research and technology development of ocean engineering systems.
After completing the course, the student should have gained a fundamental understanding of the definitions and characteristics of (marine) design, design vs science, design model & process taxonomy, design representations, basic inference processes in design, systems engineering and design, important schools and directions in design, including Catalogue Design (Pahl&Beitz), Robust Design (Suh), Decision-Based Design (Mistree), Building-Block Design (Andrews), Configuration-Based Design, Knowledge-Based Design (Coyne, Gero), Risk-Based Design (Papanikolaou), design optimization, multi-criteria models, rule-based design frameworks, and the handling complexity in design. The student should also be able to discuss and develop a personal system critical assessment of current research topics and directions, and place this in the context of his/her own research agenda. 

Teori for marin prosjektering

Teknologiske fag

Ingeniørvitenskap - doktorgrad (ph.d.)

Marin teknikk - doktorgrad (ph.d.)

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Teori for marin prosjektering - MR8100