Modern Materials and Manufacturing 2023

Mechanical and Industrial Engineering

Mehaanika ja tööstustehnika

Introduction and review of basic principles
Human factor, human involvement in error and automation
Attitude and situational awareness
Workload and the mental state
Decision-making
Cultural awareness
Communication: briefing and debriefing
Authority and assertiveness
Challenge and response
Planning and short term strategy
Crisis management
Management on the bridge
Familiarization on the bridge
Simulator exercise
Utilization of information
Entering/leaving port
Engineering watch
Operation and maintenance

1. Sissejuhatus, STCW konventsioon ja selle muudatused (2,0 tundi).

2. Masinaruumi töö juhtimine ja ressursid (6,0 tundi):
   - vahiteenistuse korraldamine,
   - silla vahiteenistuse ja masinaruumi vahiteenistuse koostöö,
   - kontroll-lehtede kasutamine erinevates olukordades,
   - tegevuste planeerimine ja juhtimine, otsuste vastuvõtmine,
   - tutvumine simulaatoriga ja sissejuhatav ülesanne,
   - diskussioon.

3. Briifing ja debriifing (2,0 tundi):
   - juhtkonna strateegia, koosolek ja debriifing,
   - küsimuste ja vastuste vormid,
   - autoriteet,
   - riskianalüüs, tööohutus ja näidete arutelu.

4. Rühmatööd (6,0 tundi):
   - rühmatöö 1 - juhtkonna strateegia, koosolek ja debriifing,
   - rühmatöö 2 (simulaatoril) - üleminek kaldavoolult laeva generaatori voolule, debriifing,
   - rühmatöö 3 (simulaatoril) - masinaruumi ettevalmistamine mereleminekuks, debriifing,
   - rühmatöö ülevaatus ja arutelu.

5. Ettevalmistused avariiolukordadeks (4,0 tundi):
   - avariiprotseduuride areng,
   - peamasina ja roolisüsteemi vead,
   - navigatsiooniseadmete vead,
   - tulekahju, madalale sõit jne.

6. Konventsiooni MARPOL lisade I-VI tutvustus (4,0 tundi).

7. Õnnetusjuhtumid ja nende põhjused (4,0 tundi):
   - õnnetusjuhtumite tüübid,
   - õnnetusjuhtumite arutelu.

8. Psühholoogilised mõjud (4,0 tundi):
   - inimestevahelised suhted,
   - suhtlusbarjäärid,
   - isiksuste eripärad,
   - juhtimistiilid,
   - stress,
   - inimlik eksitus.

9. Ülesanne simulaatoril (5,0 tundi).

Engine Room Resource Management (ERM) on Operational and Management Levels

Masinaruumi ressursside juhtimise koolitus operatiiv- ja juhtimistasandil (ERM)

Mereakadeemia i.k.

Convention-based

Konventsioonikohane

Estonian Maritime Academy

Mereakadeemia

Courses for marine engineers

Laevamehaanikute koolitused

1. Introduction to Dynamic Positioning (8 h: Theoretical = 8 h; Practical = 0 h):
1.1. Basic DP Definitions
1.2. DP History
1.3. NI Certification Scheme for DP Operators
1.4. Principle of DP Station Keeping
1.5. UTM Co-ordinate System
1.6. DP Model
1.7. Environmental Sensors
1.8. Familiarization with DP Tutor
1.9. Familiarization with DP Bridge Simulator
2. DP Reference Systems (8 h: Theoretical = 6 h; Practical = 2 h):
2.1. Types of ships used in offshore operations
2.2. Elements of a DP System
2.3. DP Position Reference Systems 
2.4. Simulated Exercise 1: Offshore Supply 
3. DP thrusters and propulsion (8 h: Theoretical = 6 h; Practical = 1 h):
3.1. DP Heading Reference Systems
3.2. DP Environmental References
3.3. DP Modes
3.4. DP Block Diagram
3.5. Thruster Types
3.6. Simulated Exercise 2: Familiarization with ROV Operations
4. DP operations (7 h: Theoretical = 5 h; Practical = 2 h):
4.1. DP Operations
4.2. DP Power management
4.3. FMEA and DP Trials
4.4. Consequences analysis
4.5. Capability Plot
4.6. Simulated Exercise 2. Familiarization with Cable Laying Operations

Koolitus toimub grupi täitumisel (6 inimest)

kogunemine 4. korrusel, simulaatorikeskuses kl 10:00

Dynamic Positioning Induction Course (Basic)

Dünaamilise positsioneerimise süsteemi kasutamine (baasõpe)

Courses for deck officers

Laevajuhtide koolitused

The course comprises comprehensive workshop materials, a pre-questionnaire, a few preparatory homework done by the participants and teamwork. The course provides professional knowledge and practices about crucial issues of doctoral supervision within 6 integrated modules:
1.	Understanding and working with the 'Supervisory Biography', a tool that provides detailed overview and innovative skills on all phases, tasks, and challenges of the PhD trajectory.
2.	Understanding the high importance of clarifying mutual expectations of doctoral candidates and supervisors, of supervisory roles and relations as well as of the skills needed to establish a trustful and successful supervisory relationship.
3.	Concepts and techniques for recruiting and selecting motivated and well-educated doctoral candidates in order to avoid dropout or frustration in the PhD trajectory both for the doctoral candidates as well as for the supervisors.
4.	Defensive routines and productive learning in doctoral supervision, an approach for identifying and overcoming defensive patterns of behaviour and thought of doctoral candidates as well as supervisors. 
5.	Identifying and understanding early warning signs of problems and conflicts as well as techniques and skills in order to jointly analyse the cases and to provide possible solutions.
6.	Introduction into a group coaching technique in order to jointly discuss supervision cases and to exchange experiences with peers.

Kursus sisaldab põhjalikke materjale, eelküsimustikku, ettevalmistavaid kodutöid ning rühmatöid. Kursus pakub professionaalseid teadmisi ja praktikaid doktoriõppe juhendamise oluliste küsimuste kohta 6 integreeritud mooduli raames:
1.	Juhendaja biograafia mõistmine ja sellega töötamine – tööriist, mis pakub üksikasjalikku ülevaadet ja uuenduslikke oskusi doktorikraadi kõikidest etappidest, ülesannetest ja väljakutsetest.
2.	Doktorantide ja juhendajate vastastikuste ootuste, juhendaja rollide ja suhete ning usaldusliku ja eduka juhendamissuhte loomiseks vajalike oskuste mõistmine.
3.	Motiveeritud ja hea haridusega doktorantide värbamise ja valiku kontseptsioonid ja meetodid, et vältida doktorantide väljalangemist või pettumust nii doktorantide kui ka juhendajate jaoks.
4.	Kaitsvad rutiinid ja produktiivne õppimine doktoriõppe juhendamisel  - doktorantide ja juhendajate kaitsvate käitumismustrite ja mõtteviiside tuvastamine ja ületamine.
5.	Probleemide ja konfliktide varajaste hoiatusmärkide tuvastamine ja mõistmine. Tehnikad ja oskused juhtumite ühiseks analüüsimiseks ja võimalike lahenduste leidmiseks.
Sissejuhatus grupi coachingu tehnikasse, et ühiselt arutada juhendamisjuhtumeid ja vahetada kogemusi kaaslastega.

Professionalization of PhD Supervision

Doktoriõppe juhendamise kvaliteedi tõstmine

Internal training

Sisekoolitus

Day 1
Introduction to Information Security Management System (ISMS) concepts as required by ISO/IEC 27001; initiating an ISMS
Introduction to the management systems and the process approach
Presentation of the ISO 27000 family standards and regulatory framework
Fundamental principles of Information Security
Preliminary analysis and determining the level of maturity based on ISO 21827
Writing a business case and a project plan for the implementation of an ISMS
DAY 2
Planning the implementation of an ISMS based on ISO/IEC 27001
Defining the scope of an ISMS
Drafting an ISMS and Information Security policies
Selection of the approach and methodology for risk assessment
Risk management: identification, analysis and treatment of risk (based on ISO 27005)
Drafting the statement of applicability
DAY 3
Implementing an ISMS based on ISO/IEC 27001
Implementation of a document management framework
Design of and implementation of controls
Information Security training, awareness and communication program
Incident management (drawing on guidance from ISO 27035)
Operations management of an ISMS
DAY 4
Control, monitor and measure an ISMS and the certification audit of the ISMS in accordance with ISO/IEC 27001
Monitoring the ISMS controls
Development of metrics, performance indicators and dashboards in accordance with ISO 27004
ISO/IEC 27001 internal audit
Management review of an ISMS
Implementation of a continual improvement program
Preparing for an ISO/IEC 27001 certification audit
DAY 5
Certification Exam

Osale koolitusel, soorita eksam ja omanda rahvusvaheline PECB sertifikaat!

PECB Certified ISO/IEC 27001 Lead Implementer

PECB Certified ISO/IEC 27001 Lead Implementer (ainult kursus)

Information Technology

Infotehnoloogia

PECB Certified ISO/IEC 27001 Lead Implementer (exam)

PECB Certified ISO/IEC 27001 Lead Implementer (eksam)

Day 1
Introduction to Information Security Management System (ISMS) concepts as required by ISO/IEC 27001
Normative, regulatory and legal framework related to Information Security
Fundamental principles of Information Security
The ISO/IEC 27001 certification process
Detailed presentation of the clauses of ISO/IEC 27001
DAY 2
Planning and initiating an ISO/IEC 27001 audit
Fundamental audit concepts and principles
Audit the approach based on evidence and on risk
Preparation of an ISO/IEC 27001 certification audit
Documenting of an ISMS audit
DAY 3
Conducting an ISO/IEC 27001 audit
Communication during the audit
Audit procedures: observation, document review, interview, sampling techniques, technical verification, corroboration and evaluation
Drafting test plans
Formulation of audit findings, drafting of nonconformity reports
DAY 4
Concluding and ensuring the follow-up of an ISO/IEC 27001 audit
Audit documentation
Conducting a closing meeting and conclusion of an ISO/IEC 27001 audit
Evaluation of corrective action plans
ISO/IEC 27001 surveillance audit and audit management program
DAY 5
Certification Exam

Info- ja küberturbega seotud sertifikaadikoolitus!

PECB Certified ISO/IEC 27001 Lead Auditor

PECB Certified ISO/IEC 27001 Lead Auditor (ainult kursus)

This is an intensive course of the development, construction, operation and maintenance of offshore wind power plants.

Tegemist on meretuuleparkide arendamise, ehitamise, käitamise ja hoolduse alase intensiivkursusega.

Tuuleenergeetika areng Baltimaades on hoogustumas ning valdkonna arengu toetamiseks on üha enam vaja teadlikke spetsialiste. Tegemist on erakordse võimalusega õppida oma valdkonna tippspetsialistidelt. Koolituse lektoriteks on 4 avameretuuletööstuse eksperti, kellel on meretuuletööstuses kokku üle 80 aasta kogemusi ning kes on aktiivselt osalenud meretuuleenergia arendamisel Saksamaal ja paljudes teistes riikides.

Introduction. Topics: motivation and potential, markets and targets, regulatory framework, LCOE, environmental impact, current challenges and important trends

Wind Turbines (mechanical). Topics: introduction/basics, principles of energy conversion, offshore WTG giants and power density chart, special equipment of offshore WTG, reliability

Wind turbines (electrical). Topics: drive train/generator types, power control, grid integration

Grid and SCADA. Topics: concept of the electrical system in a WPP, main components of an offshore WPP, SCADA, grid impact of wind power

Foundations. Topics: overview/fundamentals, foundation types(bottom-fixed and floating), basis of design, design procedure

Construction. Topics: overview installations vessels, logistic concepts, installation of the various OWF components

Operation and maintenance. Topics: introduction, definitions and maintenance goals, economics and availability, service-logistics, tasks, strategy and O&M organization

Offshore Wind Energy Intensive Course

Meretuule energeetika intensiivkursus

Electrical Power Engineering and Mechatronics

Elektroenergeetika ja mehhatroonika

PECB Certified ISO/IEC 27001 Lead Auditor (exam)

PECB Certified ISO/IEC 27001 Lead Auditor (eksam)

*Overview of game development basics, including game design principles, programming concepts, and game engines.
*Overview of Unreal Engine, including its interface, game components, and blueprint visual scripting.
*Overview of game mechanics, including character movement, interaction with objects, and combat systems.
*Introduction to level design, including terrain creation, lighting, and sound effects.
*Introduction to game art, including creating 2D and 3D graphics, textures, and materials.
*Overview of animation techniques, including keyframe animation and motion capture.
*Introduction to game sound design, including sound effects and music.
*Game testing and quality assurance techniques.

*Sissejuhatus mängude arendusse: mängudisaini printsiibid, programmeerimise põhikontseptsioon, mängumootorid;
*Ülevaade Unreal mängumootorist, liides, mängukomponendid ning blueprint visuaalne skriptimine.
*Ülevaade mängude mehhaanikatest: tegelaste liikumine, suhtlemine objektidega ning võitlussüsteemid.
*Sissejuhatus level disaini: maastiku loomine, valgustus ja heliefektid.
*Sissejuhatus mängukunsti: 2D ja 3D graafika, tekstuuride ning materjalide loomine.
*Ülevaade animatsioonitehnikatest, sh liikumise jäädvustamine.
*Sissejuhatus helidisaini, sealhulgas heliefektide ja muusika loomisse.
*Mängu testimise ja kvaliteedi tagamise tehnikad.

Introduction, icebreaker activities and overview of the game development basis

Overview of Unreal Engine, including its interface, game components, and blueprint visual scripting

Hands-on practice: Setting up Unreal Engine and getting to know the engine

Overview of game mechanics, including character movement, interaction with objects, and combat systems

Introduction to level design, including terrain creation, lighting, and sound effects

Hands-on practice: Creating a simple game prototype in Unreal Engine

Introduction to game art, including creating 2D and 3D graphics, textures, and materials

Overview of animation techniques, including keyframe animation and motion capture

Hands-on practice: Creating game art and animation using Unreal Engine

Gaming Night at the classroom (free-to-play games)

Introduction to game sound design, including sound effects and music

Hands-on practice: Continue with the game prototype

Showcase of projects created during the camp, feedback session and final words

Unreal Summer School

Videomänguarenduse suvelaager

Courses for upper secondary school students

Kursused gümnaasiumiõpilastele

Locksmith and Cutting Processing Practice (16 hours): organizing locksmith's workplace, tools, and details; lightening, ventilation, and measuring instruments; familiarization with locksmith's work modes, tools, and devices; practical use of electric and pneumatic power tools; proper tool selection, main operations on metal cutting benches and instruments, safety requirements for working with metal cutting benches; practical work on turning lathes, drilling machines, milling machines, and grinding machines 
Working on planning bench and sharpening cutting instruments.   

Welding Workshop Practice (16 hours): Nature and classification of welding and thermal cutting methods; organizing welder's workplace; power sources and electrode selection for manual arc welding; preparation of component parts and types of weld joints; manual metal arc welding technique and detecting weld joint defects; practical manual arc welding of sheet metal and tubes; handling, storage;  practical welding and cutting exercises.

Ship Repair Training Practice (16 hours): Lab work: Evaluating marine fuels, oils, and boiler water, familiarization with engine data and construction; workspace preparation, tool and device check; dismantling engine in order; cleaning and inspecting parts visually and with measurements; creating measurement charts and analyzing results; proposing defect repair methods; engine assembly; checking piston group alignment and crankshaft straightness; final engine assembly; cleaning and storing tools, instruments, devices. 

Engine Room Simulator Training (16 hours): Simulator layout and trainee manual familiarization; container ship electrical power plant: generators, auxiliary boiler, steam system, fuel oil system, main engine, auxiliary systems; operation of main engine from control posts; water desalination plant and shaft generator operation; tanker LCC electrical power plant: generators, auxiliary boiler, steam system, fuel oil system, main engine, auxiliary systems; operation of main engine from control posts; ballast, bilge, fire-fighting, and inert gas systems; combustion process control and tuning;  indicator diagrams; faultfinding and corrective actions exercises; leadership application during watchkeeping; maintaining a safe engineering watch in normal and emergency situations.

Electrical Assembly Training Practice (16 hours): reading electrical schematic symbols, diagrams, and methodology; preparation for assembly applications; electrical materials, installation tools, assembly details, and measuring devices; IEC wiring systems, wires, and marking colors; conductors, cables, and connection processing; measuring electrical parameters; connection schemes for AC and DC motors.

The student possesses knowledge of occupational health, fire, and electrical safety requirements and utilizes personal work safety and protective equipment in every previously mentioned learning field.

Lukksepa- ja lõiketöötlemise õppepraktika (16 h): Tööriistade kontroll ja lõikeinstrumendi vahetamine. Praktilised tööd elektriliste ja pneumaatiliste käsitööriistadega. Enamkasutatavatel metallilõikepinkidel tehtavad tööoperatsioonid, lõikeinstrumendid ja rakised. Ohutusnõuded töötamisel metallilõikepinkidel. Praktilised tööd metallilõikepinkidel: Töötamine treipinkidel,  puurpinkidel, freespinkidel, lihvpinkidel ja höövelpinkidel. Lõikeinstrumentide teritamine. Praktiliste tööde sooritamine.

Keevitamise õppepraktika (16 h): Erinevate keevitus- ja tulega lõikamise viiside olemus ja liigid; keevitaja töökoha korraldamine. tervistkahjustavad faktorid keevitamisel; käsielekterkaarkeevituse vooluallikad, elektroodide ja keevitusrežiimide valiku alused; detailide ettevalmistamine; keevisliidete tüübid; käsikaarkeevituse tehnika; keevisõmbluste defektid, nende määramine ja kõrvaldamine; erinevate lehtmetalli ja torude liidete praktiline käsikaarkeevitamine;Gaaskeevitusaparatuuri käsitsemise ja hoidmise nõuded, tuleohutuse nõuded gaaskeevitamisel ja lõikamisel; lõikurite ja põletite leegi süütamine ja reguleerimine; gaaskeevituse ja termolõikamise praktilised tööd; rakiste kasutamine.

Laevaremondi õppepraktika (16 h):Praktilised laboritööd: Laevakütuste, määrdeõlide ja katlavee põhiomaduste praktiline määramine, kvaliteedi hindamine ja kasutuskõlblikkuse üle otsustamine; tutvumine mootori tehniliste näitajate ja ehituse iseärasustega; tutvumine tööohutuse ja tulekaitse nõuetega; töökoha ettevalmistamine, tööriistade, rakiste ja mõõteriistade kontroll, kohtade ettevalmistamine demonteeritud detailide jaoks; mootori lahtivõtmine, kokkupanemine ja lõppmontaaž ettenähtud järjekorras; detailide ja sõlmede puhastamine ja kontrollimine välise ülevaatuse ja mõõtmiste teel; mõõtekaartide koostamine ja mõõtmistulemuste analüüs; ettepanekute tegemine tuvastatud defektide kõrvaldamise meetodite kohta; kolvigrupi tsentreerimise kontroll, väntvõlli sirgsuse kontroll vändapainete järgi; töökoha korrastamine ja töövahendite ülekontrollimine ja hoiustamine.

Masinaruumi simulaatoripraktika (16 h): Konteinerlaeva diiseljõuseadme elektrijaam; diiselgeneraatorid, nende käivitus ja lülitused kilbil; abikatel ja aurusüsteem; katla ja diislite kütusesüsteemid; kütuse- ja õliseparaatorid, nende käivitus. Peamasin ja selle süsteemid. Peamasina juhtimine kohalikust puldist ja masina kontrollruumist. Magesti ja selle käivitamine. Võlligeneraator ja selle kasutamine. Laeva kuivendussüsteem, tuletõrjesüsteem, inertgaasisüsteem ja ballastisüsteem. Tanker LCC diiseljõuseadme elektrijaam. Peamasina inditseerimine ja tema tehnilise seisukorra hindamine. Rikete leidmine ja korrigeerimine. Ohutu vahiteenistuse korraldamine masinaruumis. Vahi vastuvõtmine, vahipidamine, vahi üleandmine. Masinavahi koosseisu juhtimine. Praktilised harjutused erinevate rikete leidmiseks ja nende kõrvaldamiseks. Masinavahi koosseisu juhtimine avariiolukordades.

Elektrimontaaži õppepraktika (16 h): Elektriskeemide tingmärgid ja lugemine; ettevalmistus montaažitöödeks, elektrimaterjalid, montaažitööriistad, -detailid, mõõte- ja kontrollvahendid. IEC juhistikusüsteemid, juhtide tähistus ja värvid. Juhtide ja kaablite töötlemine ja ühendamine. Elektriliste parameetrite mõõtmine. Vahelduv- ja alalisvoolu mootorite lülitusskeemid.

Ülal nimetutud õppevaldkondades tööohutuse, töötervishoiu, tule- ja elektriohutuse nõuded ja ettenähtud töö- ja kaitsevahendite tutvustamine.

Tallinn University of Technology

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