Degree Programme in Vehicle Engineering, students who began in 2014-2018

Implementations in academic year 2020 - 2021

Automobile Energy Engineering 5C00CU19-3005 10.09.2020-31.12.2020 3 cr (18I228A, ...) +-

Learning outcomes of the course unit

Students are able:
- Calculate energy balances
- Calculate engine work cycles
- Calculate heat transfer
- Dimension engine radiator
- Estimate combustion energy

Course contents

Students calculate heat balances for various machines and vehicles
Conductive, convective and radiation heat transfer principles
Engine work cycle corner, heat transfer and power calculations
Radiator dimensioning
Fuel heating, evaporation, oxygen mixing and after combustion

Name of lecturer(s)

Jari Puranen

Recommended or required reading

Opettajan materiaali
Ajoneuvotekniikan yleinen kirjallisuus (esim. Bosch Automotive Handbook) ja lehdet sekä polttomoottoritekniikan kirjallisuus (esim. Internal Combustion Engines, G. Ferrari) sekä verkkolähteet (ei pakollista kirjallisuutta) (not translated)

Planned learning activities and teaching methods

Opetuskeskustelu
Harjoitustyöt
Laskuesimerkit
Videomateriaali
Verkko-opetus (not translated)

Assessment methods and criteria

Arviointi perustuu palautettaviin kirjallisiin harjoitustöihin. Tehtävistä saa pisteitä 1-5 ja kokonaispisteiden perusteella määräytyy lopullinen arvosana. Jos tehtävästä saa alle 1 pisteen, täytyy työ korjata oikeaksi, jolloin siitä saa 1 pisteen. (not translated)

Language of instruction

Finnish

English

Timing

10.09.2020 - 31.12.2020

Registration

02.07.2020 - 07.09.2020

Credits

3 cr

Group(s)

18I228A

18I131

Seats

0 - 50

Teacher(s)

Jari Puranen

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Exam schedule

Ei tenttejä (not translated)

Students use of time and load

40 h lämmönsiirron ongelmia (lämmönsiirron perusteet, lämmönvaihtimet ja jäähdyttimet)
20 h moottoriteknisiä ongelmia (moottorityökierto, Atkinson- ja Miller-kierrot, peruslaskenta)
20 h energiateknisiä ongelmia (energiatasetarkastelut) (not translated)

Assessment criteria

Not approved

Opiskelija ei ole palauttanut kaikkia annettuja tehtäviä. (not translated)

Satisfactory

Opiskelija tunnistaa ajoneuvojen ja niiden oheislaitteiden energiatekniseen tarkasteluun tarvittavat luonnonlait, suureet ja yksiköt, ja osaa käyttää niitä esimerkkien kaltaisiin ongelmiin. Laskennan tuloksissa voi olla virheitä tai esitetyt ratkaisut ovat hieman puutteellisia, mutta kuitenkin niin, että pääosa tuloksista on laskettu oikein. Opiskelijalla on vaikeuksia palauttaa annettuja tehtäviä määräajassa. (not translated)

Good

Opiskelija tunnistaa ajoneuvojen ja niiden oheislaitteiden energiatekniseen tarkasteluun tarvittavat luonnonlait, suureet ja yksiköt, ja osaa soveltaa niitä käytännön ongelmiin. Laskennan tuloksissa voi olla vähäisiä virheitä tai ratkaisuissa on pientä huolimattomuutta. Opiskelija osaa esittää ratkaisunsa selvästi jonkinlaisen perustelun kanssa. Opiskelija osaa arvioida saamiensa tulosten oikeellisuutta. (not translated)

Excellent

Opiskelija tunnistaa ajoneuvojen ja niiden oheislaitteiden energiatekniseen tarkasteluun tarvittavat luonnonlait, suureet ja yksiköt, ja osaa soveltaa niitä käytännön ongelmiin. Opiskelija osaa esittää ratkaisunsa selvästi perustellen. Opiskelija osaa analysoida saamiensa tulosten oikeellisuutta ja pystyy vertaamaan laskemalla saatuja tuloksia käytännön lukuarvoihin. Opiskelija osaa yhdistää käsitellyt aiheet omaan ammattilliseen osaamiseensa. (not translated)
Automotive Engineering Work Place Studies 5C00DM42-3003 01.08.2020-31.12.2020 2 cr (17I131, ...) +-

Learning outcomes of the course unit

Students are able to:
- estimate work safety in vehicle industry
- design and implement practical measurements
- complete supervisory tasks.

Course contents

Students make various automotive and industrial vehicle measurements related to garage engineering and design.

Laboratory works are done in teams including report and assessment.

Examples: Work safety inspection, data collection practice, freely chosen practical project work.

Further information

The course includes also one students' self-chosen laboratory work. Students can use the laboratory equipment or make the work outside of the laboratory.

Name of lecturer(s)

Jari Seppälä

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 30.09.2020

Credits

2 cr

Group(s)

17I131

17I132

Teacher(s)

Jari Seppälä

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Automotive Laboratory 1 5C00ES04-3001 01.01.2021-30.04.2021 3 cr (19I132, ...) +-

Learning outcomes of the course unit

Students are able to:
- use and understand vehicle performance dynamo meter and engine break
- assess and repair vehicle glass damages
- assess and measure vehicle body geometry and necessary repairs
- make measurements on vehicle electrical systems using digital devices

Student receive adequate training to certify for vehicle climate control mechanic or supervisor.

Course contents

Student learn in practice about the use of vehicle digital technology.

Students make various measurements related to the automotive and industrial vehicle basic skills in a garage, vehicle inspection and engineering.

Laboratory work is done in teams including the report and result assessment.

Examples of laboratory works: Brake force measurement, driving condition measurements, noise, exhaust gas and lambda measurements, engine break and vehicle dynamometer measurements and voltage loss measurements.

Assessment criteria

Satisfactory

Student is able to recognise and specify different kind of measurement methods when analysing vehicle systems. Student is working in a group and knows his interaction skills. Student also recognises basic working methods.

Good

Student is able to compare different measurement methods. Student can also choose best method for measurement and can explain why he/she has chosen that method. Student is able to work responsibly in a group and is ready to improve interaction skills.

Excellent

Student understands vehicle systems widely. Student is able to choose best method for measurement and can create new measurement methods. Student is able to work in a group responsibly, flexibly and constructively. Student is able to improve both his/her own and group interaction skills.

Name of lecturer(s)

Jari Seppälä

Language of instruction

Finnish

Timing

01.01.2021 - 30.04.2021

Registration

16.11.2020 - 30.01.2021

Credits

3 cr

Group(s)

19I132

19I131

19I228A

Teacher(s)

Risto Myllymäki, Jari Seppälä

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Automotive Laboratory 2 5C00BG65-3006 01.08.2020-31.12.2020 5 cr (18I131, ...) +-

Learning outcomes of the course unit

Students are able to:
- test most sensors in a vehicle
- search for faults
- use multibrand diagnostic tool
- analyze vehicle exhaust emissions
- measure and analyze vehicle can-bus

Course contents

Student make laboratory works mainly related to the electrical and digital systems.

Laboratory works are done in teams including report and assessment.

Name of lecturer(s)

Jarkko Peltonen

Language of instruction

Finnish

English

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 06.09.2020

Credits

5 cr

Group(s)

18I131

18I132

Teacher(s)

Risto Myllymäki, Jarkko Peltonen

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Automotive and Industrial Vehicle Electronics 5C00ES34-3001 19.10.2020-28.02.2021 10 cr (19I131) +-

Learning outcomes of the course unit

Students learn about modern digital vehicle technology in versatile ways

Students are able to:
- auto electrical engineering basic concepts and device technology
- read and design circuit diagrams
- design basic components and wires
- able to search for and manage the fault finding
- the basic principles and technological devices
- make simple bus applications

Course contents

Traditional car electronics: Generator system, starter system, ignition system, fuel injection system, battery, relay, electric motors, lighting, actuators, wiring.

Car and industrial vehicle sensor technology. Vehicle electrical wiring diagrams.

Electric car safety.

Fault diagnostics. Bus technology. Control system architecture. CAN-bus technology. Software programming exercises and application design using CAN-programming software. Other car bus systems.

Circuit board technology, electronic components and joining technology.

Assessment criteria

Satisfactory

Students recognize the electrical and bus components used in vehicles. They know various sensors, bus types and components but not why those have been chosen. They know basic electrical diagram signs. Students know how electronics are manufactured. They can work in teams, have interaction skills and know basic working methods.

Good

Students are able to compare properties of various electrical and bus components. They can choose sensors, controllers and actuators for a vehicle and justify their selection. They can read electrical and software diagrams. They know how electronics are manufactured and know needs for new components and circuits. Student work together, take responsibility and develop their interaction skills.

Excellent

Students have a general understanding of how the electrical and bus components in a vehicle work.They can choose correct sensors and bus solutions for a specific vehicle.They can read bus aplicationns and electrical diagrams, and design wire harnesses. They know how electronics are manufactured and know needs for new components and circuits they benefits and possibilities. Student work together flexibly, take responsibility and develop their interaction skills.

Name of lecturer(s)

Risto Myllymäki

Language of instruction

Finnish

Timing

19.10.2020 - 28.02.2021

Registration

19.09.2020 - 18.10.2020

Credits

10 cr

Group(s)

19I131

Seats

0 - 50

Teacher(s)

Risto Myllymäki

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Autotechnisches Deutsch 5C00ES20-3001 31.08.2020-31.12.2020 4 cr (19I131) +-

Learning outcomes of the course unit

Students are able to:
- understand German language professional journals and internet pages
- use professional terminology
- present themselves
- consider Germany as possible student exchange country
- work in Germany in automobile industry

Course contents

Topics:
- seeking information
- students prepare professional German-Finnish dictionary
- country know-how
- greeting, presentation, speaking about studies and work
- some grammatical issues
- German pronunciation

Assessment criteria

Approved/Failed

Opiskelija hallitsee opintojakson keskeisimmän sisällön, osaa kertoa saksaksi pääasioita itsestään ja tunnistaa ja hallitsee joukon ammattitermejä, ymmärtää lukemansa tekstin pääasiat, osaa käyttää apunaan eri lähteitä ja sanakirjoja, tuntee kielialueen kulttuurin peruspiirteitä, osallistuu aktiivisesti opetukseen ja mahdollisen vaihto-opiskelun suunnitteluun (not translated)

Name of lecturer(s)

Anne Kerttula

Language of instruction

Finnish

Timing

31.08.2020 - 31.12.2020

Registration

02.07.2020 - 31.08.2020

Credits

4 cr

Group(s)

19I131

Seats

0 - 30

Teacher(s)

Anne Kerttula

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Basic Course in Swedish for Technical Science 5N00BE54-3064 31.08.2020-18.12.2020 3 cr (18I228A, ...) +-

Learning outcomes of the course unit

Students are able to tell about themselves and their studies.
The students know the basic grammar structures and vocabulary.
The students can cope in everyday situations with speaking and writing.

Prerequisites and co-requisites

Comprehensive school Swedish

Course contents

• Spoken and written communication situations which prepare the students for the work life
• General vocabulary of technology
• Basic grammar

Further information

Sufficient skills in Finnish, mandatory participation on 80% of the classes

Language of instruction

Finnish

Timing

31.08.2020 - 18.12.2020

Registration

02.07.2020 - 15.09.2020

Credits

3 cr

Group(s)

18I228A

18I131

18I132

Teacher(s)

Katri Kallinen, Reijo Mäkelä

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Virtual proportion

1 cr

Evaluation scale

0-5
Basics of 3D-modeling 5C00ER86-3003 01.08.2020-31.12.2020 3 cr (20AUTOB) +-

Learning outcomes of the course unit

Students achieve basic knowledge and skills in technical drafting, 3-D modeling and CAD systems.

Students are able to:
- model basic vehicle components
- model holes of various shapes and sizes
- produce manufacturing drawings including dimensions.

Course contents

The course deals with methods and standards (including projections, lines, texts, dimensions, tolerances, fittings, surface and weld annotations, diagrams, part lists, machine elements, drafting quality and economics) related to the technical drafting. Students practice modeling and drafting using CAD-systems.

Assessment criteria

Satisfactory

Students know the methods used in design. They are able to complete tasks when assisted. Students take responsibility of their own tasks.

Good

Student are able to use what they have learned in solving problems. They can choose and justify the methods they use. Students recognize and use common design methods.

Excellent

Students are able to contextualize what they have learned. They are able to search for various design methods and solutions and try new methods.Students understand the economic impact of their choices and seek better solutions.

Recommended or required reading

Aimo Pere ja opettajan materiaali (not translated)

Planned learning activities and teaching methods

Lähiopetus, harjoitukset, harjoitustyöt (not translated)

Assessment methods and criteria

Opintojakson arvosana määräytyy harjoitustehtävien arvioinnin perusteella. Kukin harjoitustehtävä arvioidaan 0 - 5, ja lasketaan lopuksi niiden keskiarvo. Opiskelun on oltava säännöllistä. (not translated)

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 30.09.2020

Credits

3 cr

Group(s)

20AUTOB

Teacher(s)

Jari Seppälä

Further information for students

Harjoitustehtävät palautetaan Tabulaan aikataulun mukaisesti. (not translated)

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Completion alternatives

Ei ole (not translated)

Training and labour cooperation

Ei ole (not translated)

Exam schedule

Ei ole (not translated)

International connections

Ei ole (not translated)

Students use of time and load

39 h lähiopetusta ja 41 h itsenäistä opiskelua. (not translated)

Content periodicity

Opintojakson sisältö
Opintojaksolla mallinnetaan ajoneuvojen osia eri menetelmillä
- pyörähdyssymmetriset osat
- pursotetut osat
Opintojakson tavoitteet
Opiskelija osaa:
- lukea ja tulkita lähtötietosuunnitelmia ja tuotemalleja
- laatii työnsä itsenäisesti piirustusstandardien mukaan oikeita ainemerkintöjä käyttäen
- lisätä valmistusta ohjaavia merkintöjä, esim. pintamerkit, mittatoleranssit
- luovuttaa työnsä sovitulla tavalla ja tilatussa muodossa
- piirtää pyörähdyskappaleen
- kokoonpanokuvat
- piirtää pursotettavia kappaleita (not translated)

Assessment criteria

Not approved

Tehtäviä ei ole palauttettu ajoissa. (not translated)

Satisfactory

Tunnistaa eri suunnittelutehtävissä käytettävät menetelmät. Suoriutuu annetuista tehtävistä ohjattuna/avustettuna. Ottaa vastuu omasta suoriutumisestaan. (not translated)

Good

Pystyy soveltamaan oppimaansa käytännön ongelmiin. Osaa valita eri vaihtoehdoista sopivimman menettelytavan ja perustella valintaansa. Tunnistaa ja noudattaa omalle alalle tärkeitä toimintatapoja. (not translated)

Excellent

Yhdistää oppimansa ammatilliseen kontekstiin. Osaa etsiä erilaisia toimintatapoja ja ratkaisuvaihtoehtoja, perustella valintojaan ja kokeilla uudenlaisia toimintamalleja. Ymmärtää toimintansa taloudelliset ja hyvinvointia edistävät vaikutukset ja osaa toimia myös niitä edistäen. (not translated)
Basics of 3D-modeling 5C00ER86-3002 01.08.2020-31.12.2020 3 cr (20AUTOA) +-

Learning outcomes of the course unit

Students achieve basic knowledge and skills in technical drafting, 3-D modeling and CAD systems.

Students are able to:
- model basic vehicle components
- model holes of various shapes and sizes
- produce manufacturing drawings including dimensions.

Course contents

The course deals with methods and standards (including projections, lines, texts, dimensions, tolerances, fittings, surface and weld annotations, diagrams, part lists, machine elements, drafting quality and economics) related to the technical drafting. Students practice modeling and drafting using CAD-systems.

Assessment criteria

Satisfactory

Students know the methods used in design. They are able to complete tasks when assisted. Students take responsibility of their own tasks.

Good

Student are able to use what they have learned in solving problems. They can choose and justify the methods they use. Students recognize and use common design methods.

Excellent

Students are able to contextualize what they have learned. They are able to search for various design methods and solutions and try new methods.Students understand the economic impact of their choices and seek better solutions.

Name of lecturer(s)

Jari Seppälä

Recommended or required reading

Aimo Pere ja opettajan materiaali (not translated)

Planned learning activities and teaching methods

Lähiopetus, harjoitukset, harjoitustyöt (not translated)

Assessment methods and criteria

Opintojakson arvosana määräytyy harjoitustehtävien arvioinnin perusteella. Kukin harjoitustehtävä arvioidaan 0 - 5, ja lasketaan lopuksi niiden keskiarvo. Opiskelun on oltava säännöllistä. (not translated)

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 30.09.2020

Credits

3 cr

Group(s)

20AUTOA

Seats

0 - 50

Teacher(s)

Jari Seppälä

Further information for students

Harjoitustehtävät palautetaan Tabulaan aikataulun mukaisesti. (not translated)

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Completion alternatives

Ei ole (not translated)

Training and labour cooperation

Ei ole (not translated)

Exam schedule

Ei ole (not translated)

International connections

Ei ole (not translated)

Students use of time and load

39 h lähiopetusta ja 41 h itsenäistä opiskelua. (not translated)

Content periodicity

Opintojakson sisältö
Opintojaksolla mallinnetaan ajoneuvojen osia eri menetelmillä
- pyörähdyssymmetriset osat
- pursotetut osat
Opintojakson tavoitteet
Opiskelija osaa:
- lukea ja tulkita lähtötietosuunnitelmia ja tuotemalleja
- laatii työnsä itsenäisesti piirustusstandardien mukaan oikeita ainemerkintöjä käyttäen
- lisätä valmistusta ohjaavia merkintöjä, esim. pintamerkit, mittatoleranssit
- luovuttaa työnsä sovitulla tavalla ja tilatussa muodossa
- piirtää pyörähdyskappaleen
- kokoonpanokuvat
- piirtää pursotettavia kappaleita (not translated)

Assessment criteria

Not approved

Tehtäviä ei ole palauttettu ajoissa. (not translated)

Satisfactory

Tunnistaa eri suunnittelutehtävissä käytettävät menetelmät. Suoriutuu annetuista tehtävistä ohjattuna/avustettuna. Ottaa vastuu omasta suoriutumisestaan. (not translated)

Good

Pystyy soveltamaan oppimaansa käytännön ongelmiin. Osaa valita eri vaihtoehdoista sopivimman menettelytavan ja perustella valintaansa. Tunnistaa ja noudattaa omalle alalle tärkeitä toimintatapoja. (not translated)

Excellent

Yhdistää oppimansa ammatilliseen kontekstiin. Osaa etsiä erilaisia toimintatapoja ja ratkaisuvaihtoehtoja, perustella valintojaan ja kokeilla uudenlaisia toimintamalleja. Ymmärtää toimintansa taloudelliset ja hyvinvointia edistävät vaikutukset ja osaa toimia myös niitä edistäen. (not translated)
Customer Service 5C00ES12-3001 14.09.2020-15.11.2020 5 cr (19I132) +-

Learning outcomes of the course unit

Students understand what is customer service and sales work in the automobile industry.

Students know the principles of good customer service and their development and can enact those in practice. They strengthen their interaction skill especially regarding trust, convincing presentation and argumentation.

Students can work in spare part and service sales.

Students understand the importance of sales in specialized customer service and can exceed the customers' expectations, handle complaints successfully and utilize the customers' buying process (extra purchases, concentration of purchases, etc.). Students know how make customers into partners and can get new customers.

Course contents

Goals are:

- Sales skills in specialized customer service
- Personal interaction skills in sales and customer service
- Customer-ship
- Service sales tools and process

Assessment criteria

Satisfactory

Can work in different kind of customer service situations. Knows basics of sale. Works in a group. Recognizes own co-operation skills. Recognizes automotive engineering working methods.

Good

Can separate different customer service situations and act properly. Knows sales prosess and can act the right way. Can work responsible in group and is ready to improve co-operational skills.

Excellent

Understands different kind of customers and can act in all customer service situations. Have good skills for sales in professional surroundings. Can co-operate responsible, flexible and constructively. Develop both own and group co-operation.

Approved/Failed

Student has not be able to do exercises or examinations acceptably.

Recommended or required reading

Tabulan materiaali
Oheislukemisto:Oivaltava myyntityö: Asiakkaana organisaatio
Tekijät:Hänti Sirpa, Kairisto-Mertanen Liisa, Kock Heidi
Kustantaja:Edita (2016)
Saatavana e-kirjana TAMKin kirjastosta.

Parvinen, P. 2014. Myyntipsykologia
Rubanovitsch, 2018 .Myyntikapina - korvaako kone ihmisen myyntityössä?
Sullivan, T. 2014. The Collaborative Sale: solution selling in a buyer driven world.
Vahvaselkä, 2004. Asiantuntijan myyntitaito (not translated)

Language of instruction

Finnish

Timing

14.09.2020 - 15.11.2020

Registration

02.07.2020 - 31.07.2020

Credits

5 cr

Group(s)

19I132

Seats

0 - 50

Teacher(s)

Milja Valtonen

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Assessment criteria

Not approved

Tehtävät suorittamatta, omaa osaamista ei ole pystytty osoittamaan lainkaan. (not translated)

Satisfactory

Kaikki tehtävät on suoritettu, mutta osa tehtävistä on hyvin pinnallisesti nähty eikä oma osaaminen myynnin ja asikaspalvelun ammattilaiseksi kasvamisessa tule esille. Opiskelija ei osaa jakaa omaa osaamistaan (not translated)
Electric Vehicles and Electrical Power Transmission 5C00BG94-3005 01.08.2020-31.12.2020 3 cr (17I131) +-

Learning outcomes of the course unit

Objectives of this course are to study the environmentally friendly general electric vehicles and various hybrid vehicles, as well as those used in the transmissions.

Students are able to:
- know the basics of electric power transmission systems, their applications and dimensions
- know the basics of energy efficiency for different on road and off road vehicles
- apply their knowledge and skills in the design of vehicles and machinery, as well as after-sales service and maintenance operations.

Course contents

The course contents are the electrical power transmission systems, energy storage, power controllers, electrical machinery and charging, and maintenance. At the system-level, the course goes through a variety of techniques, the applicability on the vehicles and machinery, as well as hybrid solutions. The key objective is to achieve an understanding of electronic transmission systems, economics, as well as the availability in various applications in mobile applications.

Name of lecturer(s)

Lauri Hietalahti

Recommended or required reading

Sähkökäyttö- ja hybriditekniikka, ISBN 978-952-5491-71-5
http://www.amk-kustannus.fi/tuotteet/sahkotekniikka
Muu materiaali ja laskuharjoitustehtävät yms. Tabula ja
teaching.tamk.fi/Lauri Hietalahti/Op-20-21/Sähköauto -hakemiston alla on opintojakson materiaalia laajemmin. (not translated)

Planned learning activities and teaching methods

This course of electric vehicles and drives will be held in Finnish.

Assessment methods and criteria

Tentti ja harjoitustyö s.e.
tentillä voi saada arvosanan 0 - 3, harjoitustyöllä 0 - 2 ja molemmista yhteensä 0 - 5.
Laskuharjoituspisteet vaikuttavat hyväksyttyä arviointia nostavasti.
Harjoitustyö eli alan artikkeleiden lyhennelmien läpikäynti on X.12.2020. (not translated)

Language of instruction

Finnish

English

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 31.07.2020

Credits

3 cr

Group(s)

17I131

Seats

0 - 50

Teacher(s)

Lauri Hietalahti

Further information for students

Opintojakso alkaa lukujärjestyksen mukaisesti.
Opintojakson teoiriatunteja ei ole erikseen ilmoitettuina ajankohtina.
XXXXX
Tätä tietokenttää täydennetään myöhemmin. (not translated)

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Exam schedule

Tentti pidetään X.12.2020
Uusintatentit ovat seuraavina päivinä:
UT1 XX.1.2021 ja UT2 XX.1.2021. (not translated)

Content periodicity

Perusteet
Ajoneuvo- ja työkonedynamiikka
Moottorit, generaattorit
Tehoelektroniikka
Energiavarastot
Verkkolataaminen
Sähköturvallisuus
Elinkeinovaikutukset (not translated)

Assessment criteria

Satisfactory

Arvioinnissa noudatetaan TAMK:n yhteisten arviointikriteereiden periaatteita: kriteerit löytyvät osoitteesta
https://intra.tamk.fi/web/tutkinto-opinto-opas/arviointi
Ymmärtää perusasiat sähkö- ja hybriditekniikasta ajoneuvoissa ja työkoneissa. (not translated)

Good

Arvioinnissa noudatetaan TAMK:n yhteisten arviointikriteereiden periaatteita: kriteerit löytyvät osoitteesta
https://intra.tamk.fi/web/tutkinto-opinto-opas/arviointi
Ymmärtää perusasiat ja osaa soveltaa ohjattuna sähkö- ja hybriditekniikaa erilaisissa sovelluskohteissa. (not translated)

Excellent

Arvioinnissa noudatetaan TAMK:n yhteisten arviointikriteereiden periaatteita: kriteerit löytyvät osoitteesta
https://intra.tamk.fi/web/tutkinto-opinto-opas/arviointi
Ymmärtää perusasiat ja osaa soveltaa itsenäisesti sähkö- ja hybriditekniikaa erilaisissa sovelluskohteissa. (not translated)

Approved/Failed

Hylätty: Opiskelija ei tunne ja eikä hallitse sähköiseen voimansiirtoon ja niiden hyödyntämiseen liittyviä teknisiä perusteita.
Hyväksytty: Opiskelija tuntee ja hallitsee sähköiseen voimansiirtoon ja niiden hyödyntämiseen liittyviä teknisiä perusteita. (not translated)
Formula Student Project Learning 5C00BG91-3005 01.08.2020-31.12.2020 6 cr (17I131, ...) +-

Learning outcomes of the course unit

Students work independently in a multi disciplinary international team learning necessary work skills

Students are able to:
- work in teams
- test the vehicle and sub-assemblies

Industrial vehicle engineering student is able to:
- use engineering software
- implement the designs in practice
- design a working vehicle

Garage engineering students are able to:
- make international and domestic purchases
- acquire and maintain cooperative relationships with sponsors
- build a working vehicle

Course contents

Competition rules
Engine and power transmission
Steering, brakes and suspension
Bodywork
Electricity and automation
Testing, data collecting and analyzing

Further information

Students will keep a journal and carry out the agreed tasks on time while collecting a portfolio to demonstrate their skills. Performance evaluation is based on the portfolio. Amount of credit units can vary based on the size of student work.

Students to the project are selected through selection process. The study course can be replaced with other studies that are accepted in the personal study plan.

Name of lecturer(s)

Risto Myllymäki

Language of instruction

Finnish

English

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 06.09.2020

Credits

6 cr

Group(s)

17I131

17I132

Teacher(s)

Risto Myllymäki, Jari Seppälä

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

R&D proportion

2 cr

Virtual proportion

4 cr

Evaluation scale

0-5
Garage Economics 5C00BG63-3006 01.08.2020-31.12.2020 4 cr (18I132) +-

Learning outcomes of the course unit

Students master the basics of garage business management.

Students are able to:
- calculate cost of products and services
- calculate correct price according to the company profitability targets
- calculate cash flow and make a budget accordingly
- calculate the effect of investments on costs, prices and profitability

Course contents

Garage business idea and business plan, cost management, cash flow, budgeting and accounting.

Name of lecturer(s)

Sami Hämäläinen

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 31.07.2020

Credits

4 cr

Group(s)

18I132

Seats

0 - 50

Teacher(s)

Sami Hämäläinen, Hannu Tennberg

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Garage Engineering 5C00BG60-3006 07.09.2020-18.12.2020 4 cr (18I132) +-

Learning outcomes of the course unit

Students master the basics of garage management.

Students are able to:
- make a layout and an equipment plan
- make an organization chart and recruit employees

Students know about the use of garage management software

Course contents

Planning and executing automotive and industrial vehicle after sales operations. Layout and equipment planning, environmental issues, organization, workplace co-operation, personnel issues, work scheduling and economics, garage management and spare part sales software.

Further information

The course is intended for student majoring in garage engineering

Name of lecturer(s)

Jarkko Peltonen

Recommended or required reading

Course literature consist of material, which is in TABULA, and workshop machine manufacturers and importers technical brochures.

Planned learning activities and teaching methods

Implementation includes lectures, planning works, visits in workshops and working in a team.

Assessment methods and criteria

Planning work and examination.

Language of instruction

Finnish

Timing

07.09.2020 - 18.12.2020

Registration

02.07.2020 - 04.09.2020

Credits

4 cr

Group(s)

18I132

Seats

0 - 50

Teacher(s)

Jarkko Peltonen

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Completion alternatives

There is no other possibilities to accomplish the implementation.

Training and labour cooperation

In this course there is several visits to workshops.

Exam schedule

Examination in the end of course. Renewal of the exam can be done in two examination event after implementation.

International connections

In this course there is no international co-operation connections.

Students use of time and load

Lectures 36 hours, independent work and group work 70 hours.

Content periodicity

This course consist of:
- working process in a workshop
- workshop planning
- machinery
- software
- material flow
- environment roles
- safety (including electricity).

Assessment criteria

Not approved

Student has not be able to pass planning work or examination acceptably.

Satisfactory

Can recognize and define different kind of machine choices and workshop layout. Recognize working methods in workshop, but can not explain choices to make. Work in a group. Recognize co-operation skills.

Good

Can classify different kind of workshop working methods to each other. Can make a choice from machines and workshop layout and explain it. Can work responsible in group and is ready to improve co-operation skills.

Excellent

Understands widely workshop working methods, layout and machines. Is able to choose machines and create new solutions. Can work responsible, flexible and co-operative in group. Is able to improve both own and group co-operation.
Management and Leadership 5C00BK83-3005 01.08.2020-31.12.2020 5 cr (17I228A, ...) +-

Learning outcomes of the course unit

Students understand key topics in work related legislation and public law. These are important when working as a manager or supervisor in the workplace.

Students are able to account for social and psychological motives in the workplace.

Course contents

Key topics of work psychology and their use in practice. Organization models and work in an organization. Leadership methods and individual sensitivity in leadership situations.

Main topics of consumer, work related and public law.

Further information

Armed forces leadership training doesn't release students from this course because contents are different.

Name of lecturer(s)

Marko Mäkilouko

Recommended or required reading

Johtamisen materiaali Moodlessa
Kirjat:
1) Lämsä, Hautala. Organisaatiokäyttäytymisen perusteet. Edita 2005.
2) Mäkilouko. Multicultural leadership: Strategies for improved performance. Multikustannus 2003.
Yksityisoikeus:
1) Kyläkallio, Kalle: Yritysjuridiikka. Edita 2013.
2) Tabulassa jaettu tai ilmoitettu sekä lähiopetuskerroilla mahdollisesti jaettava muu materiaali. (not translated)

Planned learning activities and teaching methods

lähiopetus|harjoitukset|tentti (not translated)

Assessment methods and criteria

Asteikko 0-5
Johtamisosuuden 1/3 läpipääsyrajan ylitys. Tenttissä ei materiaali saa olla mukana.
Yksityisoikeuden osuus: harjoitukset ja tentti (not translated)

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 31.07.2020

Credits

5 cr

Group(s)

17I228A

17I131

17I132

Seats

0 - 50

Teacher(s)

Jarmo Koivuniemi, Marko Mäkilouko

Further information for students

Johtamisosuuteen kuuluu kirjareferaatti opiskelijan itse valitsemasta alaan liittyvästä kirjasta. Kirja pitää hyväksyttää luennoitsijalla. (not translated)

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Completion alternatives

Sovitaan tapauskohtaisesti (not translated)

Training and labour cooperation

Johtamisopissa on 1-3 vieraspuhujaa (not translated)

Exam schedule

Johtamisosuuden tentti Moodlessa viimeisellä luentokerralla
Yksityisoikeuden tentti osuuden viimeisellä luentokerralla (not translated)

International connections

Ei ole (not translated)

Students use of time and load

Lähiopetus 58 tuntia
Oman työn osuus 77 tuntia
Yhteensä 135 tuntia (not translated)

Content periodicity

Johtaminen (johdanto)
Yksilön käytös ja persoonallisuus
Johtamisteoriat ja niiden käyttö johtamisen apuna
Fiedler
Hershey ja Blanckhardt
Motivaatio ja työtyytyväisyys
Suomalaisuuden omaleimaiset piirteet ja johtaminen
Työelämälait ja johtaminen
Yksityisoikeuden osuuden jaksotus ilmoitetaan ensimmäisellä lähiopetuskerralla ja Tabulassa (opintojakson kuvaus) (not translated)

Assessment criteria

Satisfactory

Opiskelijan vastaukset ovat puutteellisia. Opiskelijalla on kokemusta, mutta ei ole perehtynyt materiaaliin.
Yksityisoikeus: Opiskelija on saavuttanut opintojakson tavoitteet tyydyttävästi. Opiskelija tunnistaa, osaa määritellä ja käyttää opintojakson aihepiirin keskeisimpiä käsitteitä ja malleja. (not translated)

Good

Opiskelija osaa vastata vain materiaalin perusteella
Yksityisoikeus: Opiskelija on saavuttanut opintojakson tavoitteet hyvin, vaikka tiedoissa ja taidoissa onkin joillain alueilla vielä kehitettävää. Opiskelija osaa määritellä hyvin opintojakson aihepiirin keskeisiä käsitteitä. Opiskelija pystyy tekemään kohtuullisen perusteltua analyysiä ja hänellä on perusvalmiudet soveltaa oppimaansa käytäntöön. (not translated)

Excellent

Opiskelija osaa vastata soveltaen materiaalia ja käyttäen omaa arvointiaan annettuihin johtamistilanteisiin.
Yksityisoikeus: Opiskelija on saavuttanut opintojakson tavoitteet erittäin hyvin. Opiskelija osaa määritellä erittäin hyvin opintojakson aihepiirin käsitteitä ja malleja. Opiskelija on sisäistänyt oppimansa ja pystyy analysoimaan ja soveltamaan oppimaansa laaja-alaisesti myös käytännössä. (not translated)
Motor Vehicle Dynamics 5C00ES08-3001 07.09.2020-18.12.2020 5 cr (19I132, ...) +-

Learning outcomes of the course unit

Students:
- know the basics dynamics
- know the vehicle linear and horizontal dynamics
- know tire contact theory
- know acceleration and deceleration force effects
- know the basics of aerodynamics.

Course contents

The course covers the road and the tire contact during acceleration and braking, evasive maneuvers, performance and consumption calculations, forces, traction resistances and wheel power measurement, industrial vehicle special dynamics, aerodynamics and acoustics of the vehicle.

Assessment criteria

Satisfactory

Can recognise components and systems of a car. Can calculate components, but can't explain choices. Can work in a group and recognise interaction skills. Can recognise automotive way of acting.

Good

Can analyze components and systems of a car and compare then. Can calculate components and explain choices. Can work responsible in a group and is ready to improve interaction skills.

Excellent

Understand all-round components and systems of a car. Can calculate components in a specific car and create new solution. Can work responsibly, flexibly and constructively in a group. Is ready to improve own and group interaction skills.

Approved/Failed

Some of exercises or examinations are abandoned.

Name of lecturer(s)

Jarkko Peltonen

Recommended or required reading

Tuononen&Koisaari: Ajoneuvojen dynamiikka, Autoalan koulutuskeskus Oy, 2010

Bosch: Ajonvakautusjärjestelmät, 2005

Bosch: Automotive Handbook, 2018

Planned learning activities and teaching methods

The course consist of lectures, exercises and exams.

Assessment methods and criteria

The grade will be determined by:
- dynamics 25 %
- tractive force / speed diagram 30 %
- braking balance exercise 15 %
- driving dynamics examination 30 %.

Language of instruction

Finnish

Timing

07.09.2020 - 18.12.2020

Registration

02.07.2020 - 04.09.2020

Credits

5 cr

Group(s)

19I132

19I131

19I228A

Seats

0 - 50

Teacher(s)

Mikko Ukonaho, Jarkko Peltonen

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Completion alternatives

There is no alternative way to accomplish the course.

Training and labour cooperation

There will be no co-operation between the course and working life.

Exam schedule

There will be one or two examinations. It depends on the execution and will be told when the course is beginning. The abandoned examination can be done again in next two general examination event after the course has finished.

International connections

There will be no co-operation between the course and international connections.

Students use of time and load

There will be 72 hours of lectures or exercises and 61 hours of student personal work.

Content periodicity

The course consists: dynamics, theory of tyre, driving resistants, acceleration, fuel economy, braking, driving stability, data collection, acoustics.

Assessment criteria

Not approved

Some of exercises or examinations are abandoned.

Satisfactory

Can recognise components and systems of a car. Can calculate components, but can't explain choices. Can work in a group and recognise interaction skills. Can recognise automotive way of acting.

Good

Can analyze components and systems of a car and compare then. Can calculate components and explain choices. Can work responsible in a group and is ready to improve interaction skills.

Excellent

Understand all-round components and systems of a car. Can calculate components in a specific car and create new solution. Can work responsibly, flexibly and constructively in a group. Is ready to improve own and group interaction skills.
Orientation and Basics of IT Systems 5C00ER72-3002 01.08.2020-31.12.2020 3 cr (20AUTOB) +-

Learning outcomes of the course unit

Students:
- know how to study using digital IT-systems at the Tampere University of Applied Sciences
- know the content of what they are going to study

Students begin to form a cohesive team where it is good to study.

Course contents

Students will get the basic information of how to use information technology, which knowledge and skills they later deepen in other studies. Guest Lectures and get-to-know various jobs available in the automotive industry.

Assessment criteria

Satisfactory

Students are able to use basic program features when assisted and know the main features of university IT services and study program. Students take responsibility of their own studies and can work under team support.

Good

Students are fluently able to use Microsoft Office programs and search information from university IT-systems. They know the study program and are able to make their own study plan. Students are able to complete tasks independently and take responsibility of the team performance.

Excellent

Students are fluently able to use advanced features of the Microsoft Office programs and search information from university IT-systems. They know the study program and are able to make their own study plan. Students are very motivated and take responsibility of the team performance.

Name of lecturer(s)

Risto Myllymäki

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 06.09.2020

Credits

3 cr

Group(s)

20AUTOB

Teacher(s)

Risto Myllymäki

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Orientation and Basics of IT Systems 5C00ER72-3003 01.08.2020-31.12.2020 3 cr (20AUTOA) +-

Learning outcomes of the course unit

Students:
- know how to study using digital IT-systems at the Tampere University of Applied Sciences
- know the content of what they are going to study

Students begin to form a cohesive team where it is good to study.

Course contents

Students will get the basic information of how to use information technology, which knowledge and skills they later deepen in other studies. Guest Lectures and get-to-know various jobs available in the automotive industry.

Assessment criteria

Satisfactory

Students are able to use basic program features when assisted and know the main features of university IT services and study program. Students take responsibility of their own studies and can work under team support.

Good

Students are fluently able to use Microsoft Office programs and search information from university IT-systems. They know the study program and are able to make their own study plan. Students are able to complete tasks independently and take responsibility of the team performance.

Excellent

Students are fluently able to use advanced features of the Microsoft Office programs and search information from university IT-systems. They know the study program and are able to make their own study plan. Students are very motivated and take responsibility of the team performance.

Name of lecturer(s)

Risto Myllymäki

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 06.09.2020

Credits

3 cr

Group(s)

20AUTOA

Teacher(s)

Risto Myllymäki

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Power Transmission 5C00ES06-3001 31.08.2020-31.12.2020 5 cr (19I132, ...) +-

Learning outcomes of the course unit

Students are able to:
- select a suitable transmission for different types of vehicles
- dimension drivetrain components.

Course contents

The Study course includes the front, rear and multi drive. Features and design: Clutch, synchronized gearbox, automatic gearbox, torque converter, packaged and planetary gears, variable transmission, drive shaft and universal joint and constant velocity joints, drive and differential gears, limited slip (viscosity) clutch, drive retarder.

The study course also includes open and closed hydraulic system.
Load-sensing systems and hydrostatic transmission system. Hydraulic pumps and motors, fluids, filtration and fault diagnosis.

Assessment criteria

Satisfactory

Students know the main components of mechanical and hydraulic power transmission. They complete all their assignments.

Good

Students know the main component of mechanical and hydraulic power transmission and can dimensions the components. They complete all their assignments.

Excellent

Students know the main component of mechanical and hydraulic power transmission and can systems. They complete all their assignments.

Name of lecturer(s)

Risto Myllymäki

Language of instruction

Finnish

Timing

31.08.2020 - 31.12.2020

Registration

02.07.2020 - 09.10.2020

Credits

5 cr

Group(s)

19I132

19I131

19I228A

Seats

0 - 50

Teacher(s)

Risto Myllymäki, Mika Ijas

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Strength of Materials 5C00ES14-3001 01.08.2020-31.12.2020 3 cr (19I132, ...) +-

Learning outcomes of the course unit

Students:
- know strength of materials basic concepts
- know the basic theory of strength of materials
- are able to analyze simple machine parts and structures in usual static load cases.

Course contents

Basic concepts of strength, stress, strain and shear strain. The stress-strain relation. A straight rod tension and compression. Clean cut strain. Torque. The geometric properties of the cross-section. Straight beam bending. Buckling. Hyperstatic structures.

Assessment criteria

Satisfactory

Students recognize strength of materials basic concepts.

Students can solve routine tasks independently.

Students are able to give and receive feedback.

Students take responsibility of their studies.

Good

Students are able to use strength of materials basic concepts and compare various results.

Students can solve demanding tasks independently.

Students are able to give and receive feedback.

Excellent

Students widely understand strength of materials theory and can generalize and analyze problems.

Students can search for various solutions and justify their selection.

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 31.07.2020

Credits

3 cr

Group(s)

19I132

19I131

19I228A

Seats

0 - 50

Teacher(s)

Konetekniikka Virtuaalihenkilö

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Swedish Language, Spoken 5N00CL88-3096 01.08.2020-31.12.2020 2 cr (17I228A, ...) +-

Learning outcomes of the course unit

No description in English. The course is for native Finnish speakers only.

Prerequisites and co-requisites

Lukion ruotsin oppimäärä: keskipitkässä ruotsissa yo-arvosana magna, B1-tason kielitaito tai opintojakso: ”Grundkurs i svenska för teknikbranschen”. (not translated)

Course contents

No description in English. The course is for native Finnish speakers only.

Further information

The course is for native Finnish speakers only.

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 31.07.2020

Credits

2 cr

Group(s)

17I228A

17I131

17I132

Teacher(s)

Katri Kallinen, Reijo Mäkelä

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Swedish Language, Written 5N00CL84-3096 31.08.2020-18.12.2020 2 cr (17I228A, ...) +-

Learning outcomes of the course unit

No description in English. This course is for native Finnish speakers only.

Prerequisites and co-requisites

Lukion ruotsin oppimäärä: keskipitkässä ruotsissa yo-arvosana magna, B1-tason kielitaito tai opintojakso: ”Grundkurs i svenska för teknikbranschen”. (not translated)

Course contents

No description in English. This course is for native Finnish speakers only.

Further information

Riittävä suomen kielen taito; vaihtoehtoinen suoritustapa: näyttökoe. (not translated)

Language of instruction

Finnish

Timing

31.08.2020 - 18.12.2020

Registration

02.07.2020 - 15.09.2020

Credits

2 cr

Group(s)

17I228A

17I131

17I132

Teacher(s)

Katri Kallinen, Reijo Mäkelä

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Virtual proportion

1 cr

Evaluation scale

0-5
Technical Report and The Bachelor's Thesis 5N00BE57-3050 31.08.2020-31.12.2020 3 cr (17I228A, ...) +-

Learning outcomes of the course unit

Students can write a clear content based thesis with good Finnish language.

Prerequisites and co-requisites

Basics of measuring and reporting (5N00BC75) is completed.

Course contents

• structure and style of a large report (e.g. using sources, summarizing)
• reading Bachelor’s theses
• grammar

Further information

No alternative form of completion.
Sufficient skills in Finnish.
Mandatory participation on 50% of the classes.

Language of instruction

Finnish

Timing

31.08.2020 - 31.12.2020

Registration

02.07.2020 - 27.08.2020

Credits

3 cr

Group(s)

17I228A

17I131

17I132

Teacher(s)

Johanna Granlund

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Virtual proportion

2 cr

Evaluation scale

0-5
Thesis Work 5C00BK82-3005 01.08.2020-31.07.2021 15 cr (17I228A, ...) +-

Learning outcomes of the course unit

The student knows how to
- plan, realize and report a research or a development project dealing with automotives
- draw up questions and structure and direct the thesis process
- position the thesis work in relevant frame of reference using sources related to the topics
- execute the research or development task he/she has chosen by using appropriate methods
- present the results deliberately, ... and ...
- report his/her work in good Finnish language (or English)

Course contents

Information gathering tools and methods
How to use library for help in the thesis work
Research methods
Technical writing and thesis writing
Essay in the native language

Further information

Students on their own initiative get the thesis work assigment from the automotive industry or from the public sector. It is also possible to write a thesis based on student's own ideas, but this is not recommended.

The thesis topic must be in one of the program curriculum's topics. It can be a single project or a part of a larger multifield project.

All thesises are public.

Name of lecturer(s)

Marko Mäkilouko

Language of instruction

Finnish

Timing

01.08.2020 - 31.07.2021

Registration

02.07.2020 - 31.07.2020

Credits

15 cr

Group(s)

17I228A

17I131

17I132

Teacher(s)

Risto Myllymäki, Minna-Kaisa Korpela, Mika Ijas, Mikko Ukonaho, Jarkko Peltonen, Marja-Liisa Timperi, Marko Mäkilouko

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

R&D proportion

10 cr

Virtual proportion

10 cr

Evaluation scale

0-5
Vehicle Inspection 5C00BG66-3009 01.08.2020-31.12.2020 4 cr (18I132) +-

Learning outcomes of the course unit

Students complete the statutory vehicle inspection legal course and are qualified to continue to the practical training part for qualifying as vehicle inspectors.

Students know:
- laws concerning light vehicles and their inspection
- the inspection points in light vehicles
- the acceptance limits of inspection points
- how to use traffic information management software in vehicle inspection.

Prerequisites and co-requisites

Students must have a certain amount of garage experience in order to move to the practical training period. The amount of required garage experience varies depending on the student's basic education.

Course contents

General laws regarding inspector qualifications, vehicle accessories and their use
Vehicle construction, accessories and loading
Vehicle insurance
Vehicle taxation
General liability
Laws concerning vehicle inspection and supervision of vehicle inspection
Use of traffic information management software
Acceptance procedures of vehicles
Traffic safety
Quality in vehicle inspection
Inspection points in light vehicles (A through E) and fault assessment
Introduction to the vehicle inspection garage and training at the garage
Work safety

Name of lecturer(s)

Marko Mäkilouko

Language of instruction

Finnish

Timing

01.08.2020 - 31.12.2020

Registration

02.07.2020 - 31.07.2020

Credits

4 cr

Group(s)

18I132

Seats

0 - 50

Teacher(s)

Auto Virtuaalihenkilö, Juuso Huhtiniemi

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5
Vehicle Materials and Manufacturing 5C00ER84-3002 31.08.2020-18.12.2020 5 cr (20AUTOB, ...) +-

Learning outcomes of the course unit

Students:
- know the properties and manufacturing of materials used in vehicles
- can as industrial vehicle designers choose the right materials to the application
- know the environmental regulations regarding vehicle materials and chemicals
- know the material surface treatment techniques and materials
- principles of corrosion.

Students know about material recycling.

Course contents

The study course includes properties, use, recycling and end placement of modern and environmentally friendly materials.

Material elastic and plastic transformation, phase transformation, material testing, standards.

The students learn about materials used in the manufacture of vehicles, properties, and working the materials: steel and high strength steel, aluminum, plastics, composites, glasses, rubber and recycled materials.

Painting and surface treatment

Assessment criteria

Satisfactory

Can recognize and define the most common vehicle materials and manufacturing technologies. Knows different material groups, but can not justify own choices. Works in a group. Recognizes own co-operation skills. Recognizes engineering working methods.

Good

Can analyze different materials and their properties as well as manufacturing technologie choices to each other. Can make choices between materials and manufacturing techniques and justify own choices. Can work responsible in a group and is ready to improve co-operational skills.

Excellent

Understands widely the materials' properties and manufacturing techniques used in vehicle manufacturing. Can choose best possibilities of materials and manufacturing techniques to certain vehicle components and can justify own choices. Can co-operate responsible, flexible and constructively. Develop both own and group co-operation.

Approved/Failed

Student has not been able to do exercises, learning diary or examination acceptably.

Name of lecturer(s)

Anne Cumini

Recommended or required reading

K. Koivisto ym.: Konetekniikan materiaalioppi (Edita)
Materiaalitoimittajien täydentävää aineistoa
Opettajan luentomateriaali (Tabulassa) (not translated)

Planned learning activities and teaching methods

Lähiopetus, verkko-opetus, seminaariesitelmät, harjoitustehtävät, käytännön harjoitukset materiaalilaboratoriossa, vierailevat luennoitsijat, välikoe/tentti, oppimispäiväkirja (not translated)

Assessment methods and criteria

Hyväksytysti suoritettu välikoe (1 kpl), hyväksytty oppimispäiväkirja, hyväksytty harjoitustyö ja tunneilla sekä Tabulassa tehtävät harjoitukset. Harjoitustyössä opiskelijaryhmä valmistelee esityksen jostakin ajoneuvoihin liittyvästä materiaalista / komponentista, ja kertoo kyseisen komponentin valmistusmenetelmästä.
Hylättyä koesuoritusta voi koittaa uusia kaksi kertaa uusintatentissä. Harjoitustyöt ovat voimassa vuoden kurssin aloituspäivästä lukien. (not translated)

Language of instruction

Finnish

Timing

31.08.2020 - 18.12.2020

Registration

02.07.2020 - 06.09.2020

Credits

5 cr

Group(s)

20AUTOB

20AUTOA

Teacher(s)

Anne Cumini

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Completion alternatives

Ei vaihtoehtoisia suoritustapoja. Normaali hyväksilukukäytäntö. (not translated)

Training and labour cooperation

Kurssilla käy vierailevia luennoitsijoita yrityksistä. (not translated)

Exam schedule

Varsinainen välikoe tehdään luentoaikana kurssin puolivälissä. Uusintatenttimahdollisuudet kaksi kertaa toteutuksen päättymisen jälkeen. (not translated)

International connections

Tällä opintojaksolla ei ole kv-yhteistyötä. (not translated)

Students use of time and load

1 op vastaa 27 h työskentelyä, ja siihen sisältyy lähiopetusta, ohjattua etäopiskelua, itsenäistä työskentelyä sekä ryhmätyöskentelyä (not translated)

Content periodicity

- Materiaalien käyttöominaisuudet ja testausmenetelmät
- Metallien sisäinen rakenne, metallien plastinen muodonmuutos ja elpyminen, lämpökäsittelyt
- Rakennemateriaalien esittely: teräkset, valuraudat, alumiinimateriaalit, muut ajoneuvojen metallit
- Muovien rakenne, ominaisuudet ja käyttö ajoneuvoissa
- Liimat
- Elastomeerien ja keraamien ominaisuudet ja käyttö ajoneuvoissa
- Komposiittimateriaalien ominaisuudet ja käyttö ajoneuvoissa
- Kierrätys (not translated)

Assessment criteria

Not approved

Student has not been able to do exercises, learning diary or examination acceptably.

Satisfactory

Can recognize and define the most common vehicle materials and manufacturing technologies. Knows different material groups, but can not justify own choices. Works in a group. Recognizes own co-operation skills. Recognizes engineering working methods.

Good

Can analyze different materials and their properties as well as manufacturing technologie choices to each other. Can make choices between materials and manufacturing techniques and justify own choices. Can work responsible in a group and is ready to improve co-operational skills.

Excellent

Understands widely the materials' properties and manufacturing techniques used in vehicle manufacturing. Can choose best possibilities of materials and manufacturing techniques to certain vehicle components and can justify own choices. Can co-operate responsible, flexible and constructively. Develop both own and group co-operation.
Vehicle Suspension and Steering 5C00BG71-3006 07.09.2020-18.12.2020 5 cr (18I131, ...) +-

Learning outcomes of the course unit

Students:
- know steering structures, suspension, suspension damping, wheel and tire structures and their effects on the handling characteristics of the vehicle
- know the braking system structures.

Course contents

The course covers steering, wheel angle effect to the driving characteristics, tilt and nod center determination, suspension and damping effect on drive comfort and safety, design of suspension and damping, braking system engineering.

Name of lecturer(s)

Jarkko Peltonen

Recommended or required reading

Course literature:
- Olavi Laine: Autotekniikkaa, 1. osa: ajo-ominaisuudet
- Olavi Laine: Autotekniikka, 2. osa
- Bosch: Automotive Handbook
- lecture material.

Planned learning activities and teaching methods

Lectures, exercises in class and home, group work.

Assessment methods and criteria

Assessment of implementation and its importance:
- planning work 50 %
- learning diary 20 %
- examination 30%.
Independent TABULA-exercises will be included to learning diary.

Language of instruction

Finnish

Timing

07.09.2020 - 18.12.2020

Registration

02.07.2020 - 04.09.2020

Credits

5 cr

Group(s)

18I131

18I132

Seats

0 - 50

Teacher(s)

Jarkko Peltonen

Unit, in charge

Vehicle Engineering

Degree programme(s)

Degree Programme in Vehicle Engineering, students who began in 2014-2018

Office

TAMK Main Campus

Evaluation scale

0-5

Completion alternatives

Not possible.

Training and labour cooperation

In this course there is no connections to the working life.

Exam schedule

There is one examination during the implementation. Renewal of examination is possible in two events after implementation.

International connections

In this course there is no international co-operation connections.

Students use of time and load

Time resource for implementation:
- introduction 2 hours
- theory lectures 30 hours
- exercises in class 10 hours
- guiding to planning work 10 hours
- independent TABULA-exercises 6 hours
- examination 2 hours
- independent work 75 hours.

Content periodicity

Implementation consists of:
- steering systems
- wheel alignment
- handling
- suspension
- spring types, characteristics and dimensioning
- vibration and damping
- tyres and rims
- braking systems and dimensioning.

Assessment criteria

Not approved

Student has not be able to do planning work, learning diary or examination acceptably.

Satisfactory

Can recognize and define vehicle suspension structures. Knows different suspension components, but can not justify own choices. Works in a group. Recognizes own co-operation skills. Recognizes automotive engineering working methods.

Good

Can analyze suspension components choices to each other. Can choose best components to vehicle and justify own choices. Can work responsible in group and is ready to improve co-operational skills.

Excellent

Understands widely suspension components in vehicle. Can choose and scale suspension components and create new structures. Can co-operate responsible, flexible and constructively. Develop both own and group co-operation.

Implementations in academic year 2021 - 2022

There is no realizations attached to this degree programme.

Contact

Marko Mäkilouko

Qualification Awarded and the Level of Qualification

Bachelor of Engineering, EQF 6

Special Admission Requirements

General admission criteria, see TAMK’s websites.

Recognition of Prior Learning

It is possible for students to have their prior competence recognised.

See TAMK’s credit transfer guidelines

Qualification Requirements and Regulations

Completion of curriculum studies and achievement of related competence objectives.

Further information:

TAMK Degree Regulations

Ammattikorkeakoululaki ja asetus ammattikorkeakouluista

Profile of the Programme

The degree is a bachelor-level professional higher education degree.

The degree complies with the criteria set by the Finnish national degree system as well as with the European framework for degrees and other competence.

Ammattikorkeakoululaki ja asetus ammattikorkeakouluista

Key Learning Outcomes

Occupational Profiles of Graduates with Examples

Garage engineering study major prepares students for statuory vechile inspection, garage and spare part business supervisors and engineers for automobile and industrial vehicle after sales. In addition to technology teaching includes management, customer service, marketing, quality and business management skills.

Industrial vehicle study major prepares students for automobile and industrial vehicle engineering, product developent, software based engineering and strength calculations and simulation. Several engineers also work with the industrial vechile after sales.

Intelligent machines study major includes studies about industrial vechiles and intelligent machines which aims to increase smartness and autonomy of vechiles.

Access to Further Studies

The degree gives eligibility for master’s degrees.

Examination Regulations, Assessment and Grading

Assessment of study performances is based on TAMK’s assessment criteria

The detailed assessment criteria can be found in course implementation plans. The teaching and assessment methods are agreed on with students at the beginning of each course.

TAMK Degree Regulations

Graduation Requirements

Completion of studies and achievement of competence objectives in the extent set by the curriculum.

Mode of Study

Development of the Programme

The Ministry of Education and Culture’ definitions of policy and TAMK’s strategy have been considered in the curriculum.