Potential course matches: Gdynia Maritime University – Marine Engineering

Gdynia Maritime University – Marine Engineering

Gdynia, Poland
POTENTIAL — not yet offered / not confirmed
🟡 Good core mechanical overlap (thermo, fluids, strength, machine elements, ICE, control), but marine-flavoured and with small 1-4 ECTS courses; many partial matches only
English-taught programme: Faculty of Marine Engineering (UMG) publishes an Erasmus list of English courses in two semesters: Semester I (Winter, 23+ courses) and Semester II (Summer, 17 courses), 1-4 ECTS each. Strong in machine elements/CAD, manufacturing, materials, thermodynamics, ICE, marine auxiliary machinery, refrigeration, control/PLC; no maths or physics offered. Course list dated by the faculty coordinator (J. Molenda); summer semester mapped to Spring.
Potential matches only. This partner currently has no HMU Mechanical Engineering students / no recognised courses. The matches below are an indicative assessment by the IRO, based on the partner’s published English programme vs the HMU Mechanical Engineering study guide. They must be evaluated and approved by the departmental academic coordinator before any agreement is used.
Partner course / module (ECTS) Possible HMU equivalent (ECTS) Fit Offered
Thermodynamics I, Turbines I, Water, Fuel & Lubricants (4) Laws of thermodynamics, entropy, ideal gas/steam, cycles; the list also bundles heat transfer basics and fuels/water chemistry, so partial for HMU Thermodynamics I. → Thermodynamics I Θερμοδυναμική Ι (5) strong W
Thermodynamics II (3) Thermofluid measurements, heat transfer and heat exchangers (lab-oriented); partial match for Heat Transfer I. → Heat Transfer I Μετάδοση Θερμότητας Ι (5) likely S
Fluid Mechanics (3) Fluid statics/kinematics, Navier-Stokes, Bernoulli, laminar/turbulent, compressible flow; matches Fluid Mechanics I. → Fluid Mechanics I Μηχανική Ρευστών Ι (5) strong S
Engineering Mechanics I (4) Forces, moments, equilibrium, free body diagrams, friction, centre of gravity, kinematics; matches Statics (kinematics extra). → Mechanics I – Statics Μηχανική Ι – Στατική (5) strong S
Strength of Materials I (4) Tension, torsion, bending, stress state, combined stress hypotheses; core Strength of Materials. → Mechanics III (Strength of Materials) Μηχανική ΙΙΙ (Αντοχή Υλικών) (5) strong W
Strength of Materials II (3) Energy methods (Castigliano), frames, stability of rods, strain gauges; complements/extends HMU Strength of Materials, ECTS to be combined with SoM I. → Mechanics III (Strength of Materials) Μηχανική ΙΙΙ (Αντοχή Υλικών) (5) likely S
Fundamentals of Machine Elements Design & CAD I (3) Tolerances and fits, bearings, screws, joints, springs, clutches, brakes, fatigue; matches Machine Elements I. → Machine Elements I Στοιχεία Μηχανών Ι (5) strong W
Fundamentals of Machine Elements Design & CAD II (2) Gears, shafts, belt/chain drives, seals, lubrication with lab; matches Machine Elements II. → Machine Elements II Στοιχεία Μηχανών ΙΙ (5) strong S
Fundamentals of Machine Elements Design & CAD I (3) Design-oriented content (conceptual design, life cycle) with CAD in the title; partial match to Mechanical Design I/CAD, actual CAD content unclear. → Mechanical Design I / CAD Μηχανολογικό Σχέδιο Ι / CAD (5) likely W
Fundamentals of Machine Elements Design & CAD II (2) Possible match for Mechanical Design II/CAD, but CAD content is not described in the list. → Mechanical Design II / CAD Μηχανολογικό Σχέδιο ΙΙ / CAD (5) weak S
Machine Elements – design exercises II (design of gear) (2) Gear design project; supports Machine Elements II project component. → Machine Elements II Στοιχεία Μηχανών ΙΙ (5) likely W
Machine Elements – design exercises I (power screw, clutch design) (2) Design project for power screw and clutch; supports Machine Elements I project component. → Machine Elements I Στοιχεία Μηχανών Ι (5) likely S
Engineering Graphics I (4) Descriptive geometry and projection drawing, not computer-based 3D CAD; weak match. → 3D Computer Aided Design (3D CAD) Τρισδιάστατη μοντελοποίηση (3D CAD) (4) weak S
Internal Combustion Engines (3) Thermal cycles, performance, fuel injection, combustion, turbocharging, components, diagnostics; matches ICE & Hybrid (no hybrid content). → Internal Combustion Engines and Hybrid Technology Μηχανές Εσωτερικής Καύσης και Υβριδική Τεχνολογία (5) strong W
Marine Internal Combustion Engines I (2) Marine engine theory, scavenging, turbocharging, fuels; overlaps the ICE course, supplementary credits. → Internal Combustion Engines and Hybrid Technology Μηχανές Εσωτερικής Καύσης και Υβριδική Τεχνολογία (5) likely S
Marine Internal Combustion Engines II (2) Large marine engine construction (crosshead, bedplate); mostly marine-specific, partial overlap. → Internal Combustion Engines and Hybrid Technology Μηχανές Εσωτερικής Καύσης και Υβριδική Τεχνολογία (5) weak W
Marine Turbines (4) Steam and gas turbine theory, construction and operation; partial match for Gas Turbines & Compressors (steam-heavy). → Gas Turbines and Compressors Αεριοστρόβιλοι – Συμπιεστές (5) likely W
Marine Auxiliary Machines & Equipment I (2) Marine pumps, compressors, filters and heat exchangers; loose match to turbomachinery content. → Hydrodynamic Machines (Turbomachinery) Υδροδυναμικές Μηχανές (5) weak S
Marine Auxiliary Machines & Equipment II (3) Separators, hydraulic machinery, steering gear, CPP systems; only partly related to Hydrodynamic Machines. → Hydrodynamic Machines (Turbomachinery) Υδροδυναμικές Μηχανές (5) weak W
Marine Refrigeration & Air Conditioning I (2) Refrigeration cycles, plants, air conditioning equipment and calculations; marine-oriented, partial HVAC I. → Heating, Cooling and Air Conditioning I (HVAC I) Θέρμανση Ψύξη Κλιματισμός Ι (5) likely W
Marine Power Plants II (2) Efficiency of energy systems and engine-propeller cooperation; weak link to Synthesis of Energy Systems. → Synthesis of Energy Systems Σύνθεση Ενεργειακών Συστημάτων (5) weak W
Fundamentals of Control Engineering & Robotics (2) Laplace, block diagrams, PID, stability; offered in both semesters; partial match for Control Theory & Technology. → Control Theory and Technology Θεωρία και Τεχνολογία Ελέγχου (4) likely W
Fundamentals of Control Engineering & Robotics I (2) Only a short robotics component (manipulator taxonomy, kinematics equations); weak match for Robotics I. → Robotics I Ρομποτική Ι (5) weak S
Industrial Control Systems (3) Digital control, PLC ladder programming, SCADA, networked control; matches Industrial Control. → Industrial Control Βιομηχανικός Έλεγχος (5) strong W
Fundamentals of Electrotechnics & Electronics I (3) DC/AC/three-phase circuits, transformers, electrical machines; electronics depth limited. → Electrical Engineering – Electronics Ηλεκτροτεχνία – Ηλεκτρονική (4) likely W
Material Science I (2) Metals and alloys, iron-carbon diagram, heat treatment; matches Materials Science & Technology I (combine with Material Science III lab for more coverage). → Materials Science and Technology I Τεχνολογία Υλικών Ι (5) strong W
Material Science II (3) Non-ferrous alloys, plastics, ceramics, microscopy; fits Materials Technology II. → Materials Technology II Τεχνολογία Υλικών ΙΙ (5) likely S
Material Science III (2) Metallography and hardness lab; supplementary to Materials Science I. → Materials Science and Technology I Τεχνολογία Υλικών Ι (5) weak W
Fundamentals of Manufacturing Engineering I (3) Founding, plastic working, joining, cutting basics; matches Manufacturing Processes I. → Manufacturing Processes I Κατασκευαστικές Τεχνολογίες Ι (5) likely W
Fundamentals of Manufacturing Engineering II (2) Cutting, grinding, erosion machining; partial Manufacturing Processes II. → Manufacturing Processes II Κατασκευαστικές Τεχνολογίες ΙΙ (5) likely S
Machining Processing of Materials (3) Mechanics of cutting, forces, tool wear, turning/grinding; fits Manufacturing Processes II (machining part). → Manufacturing Processes II Κατασκευαστικές Τεχνολογίες ΙΙ (5) likely W
Welding (2) Welding methods and weldability; partial overlap with joining part of Manufacturing Processes I. → Manufacturing Processes I Κατασκευαστικές Τεχνολογίες Ι (5) weak S
Fundamentals of Manufacturing Engineering III (4) Workshop-style practice (manual treatment, welding, turning, electrical installation); practical rather than academic content. → Manufacturing Processes II Κατασκευαστικές Τεχνολογίες ΙΙ (5) weak W
Programming of Technological Machines (2) CNC lathe and mill programming, machining cycles; partial Computer Aided Manufacturing (CNC). → Principles of Computer Aided Manufacturing (CNC) Αρχές Ψηφιακής Καθοδήγησης Μηχανών (5) likely W
Metrology & Measurement Systems (3) Measurement accuracy, errors, instruments, least squares; partial match for Sensors & Measurement Systems. → Sensors and Measurement Systems Αισθητήρια Όργανα και Συστήματα Μετρήσεων (5) likely W
Fundamentals of Informatics (3) PC, Boolean algebra, programming basics, graphics; entry-level match for Computer Programming. → Computer Programming Πληροφορική (5) likely S
Simulation and Data Processing (2) System dynamics modelling and simulation software; loose link to Numerical Analysis for Engineers. → Numerical Analysis – Computer Programming for Engineers Στοιχεία Αριθμητικής Ανάλυσης – Πληροφορική για Μηχανικούς (4) weak W
Management of Maintenance Services (2) Maintenance planning and documentation for marine engines; partial Industrial Systems & Maintenance. Also Repair Engineering I (2), Technical Diagnostics (1), Machine Operation & Maintenance I (1) as supplements. → Industrial Systems and Maintenance Βιομηχανικά Συστήματα και Συντήρηση (5) weak W
Occupational Safety and Ergonomics (2) Hazards, work stress, ergonomics; covers ergonomics/safety, not legislation. → Health – Ergonomics – Safety – Legislation Υγιεινή – Εργονομία – Ασφάλεια – Νομοθεσία (4) likely W
Protection of Intellectual Property (1) Patent, copyright, industrial property law; marginal link to Innovation & Entrepreneurship. → Innovation and Entrepreneurship Καινοτομία και Επιχειρηματικότητα (4) weak W
Maritime English (1) Maritime English (also offered in Spring); only 1 ECTS and maritime vocabulary, weak match for English Technical Terminology. → English Technical Terminology Αγγλική Τεχνική Ορολογία (2) weak W

Offered = indicative term at the partner (W = winter/autumn semester, S = spring/summer semester, W/S = both semesters), from the partner’s published course catalogue. Not based on past mobilities; can change year to year — confirm with the coordinator. “—” = term not published.

Sources: UMG Faculty of Marine Engineering: Courses in English (PDF) · UMG Erasmus courses page