Embed Size (px)
Citation preview
Welcome to study at Aalto University!
Master's Programme in Chemical, Biochemical and Materials Engineering
Functional Materials major
3.9.2019
Agenda
1. Who are we?2. Student guidance and coaching in Aalto CHEM3. Degree structure and planning your studies4. Practical study matters5. More about studying…
6.9.20192
Who are we?
A short presentation of everyone present.
Please tell briefly something about yourself to others, for example:• Your name• The country you are from• What do you expect from the
forthcoming academic year 2019-2020?
6.9.20193
Personnel of the major
6.9.20194
• Professor in charge:- Sami Franssila
• Faculty:- Mady Elbahri (Polymeric nanomaterials)- Sami Franssila (Micro- and nanofabrication)- Michael Gasik (Materials processing and powder metallurgy)- Simo-Pekka Hannula (Advanced materials)- Jari Koskinen (Thin films)- Jaana Vapaavuori (Multifunctional materials design)- Roman Nowak (Nanomechanics, Nordic Hysitron Laboratory)- Kirsi Yliniemi- Ville Jokinen- Girish Tewari- Yanling Ge- Pekka Peljo
Academic advisors:• Sami Franssila• Ville Jokinen• Kirsi Yliniemi
Learning servicesStudent advisor: Camilla Selenius: [email protected]
Study secretary: Jenny Thors: [email protected]
Planning officer: Leena Hauhio: [email protected] C204, Kemistintie 1
Additional information: https://into.aalto.fi/display/encbme
6.9.20195
Photo: Unto Rautio
Student guidance and coaching in Aalto CHEM
Academic advising
The academic advising in Aalto CHEM school is organised in connection with the course Academic Learning Community (CHEM-E0100).• Two compulsory individual
meetings with your academic advisor
• Support!
6.9.20197
Academic advisors and students
Sami FranssilaAddy-Tayie, NicholasAtas, DeryaHeikkilä, MiikaLiu, CangPeltohaka, PatrikTorres Romero, Candela
Ville JokinenAhlstedt, JenniJääskelä, SamiKuusivaara, NooraOsipova, DariaTian, ShengWojdalska, Katarzyna
6.9.20198
Kirsi YliniemiAl Hussain, MohammedKortesmaa, Esa-Pekka Nieminen, Tarmo Puentes Gruezo, MaribelYakob, Miriam
Degree structure and planning your studies
Degree structureMaster’s Degree• 120 ECTS credits• Two years
• Annual workload is 1600 hours which equals 60 ECTS credits
• “Diplomi-insinööri” = ”Master of Science (Tech.)
• M.Sc.(Tech.) degree
6.9.201910
Planning your studiesWhat to include
1. Selection of major courses according to curriculum2. Selection of elective courses
- Possible to include a minor into elective studies, not compulsory
3. Scheduling of the chosen courses and a Master’s ThesisOfficial individual study plan (HOPS)
• Compulsory, DL for the first version 9 September 2019• Most of you have already returned their 1st version(s), thank you!
• Binding agreement on both parties• Professor in charge / planning officer approves
• One version at the time is valid• Changes to studies -> new HOPS
6.9.201911
SISU
Fall I (30 cr)
Spring I(30 cr)
Fall II (30 cr)
Spring II(30 cr)
Choose 4 courses from a list of functional materialsspecialty courses or research assignments (20 cr)
Prog
ram
me’
sco
mm
on st
udie
s5
cr
Thesis (30 cr)
Metallic materials(5cr)
Interfaces and Nanomaterials (5cr)
Solid State Materialsand Phenomena (5 cr)
PolymerProperties (5 cr)
LaboratoryCourse (5 cr)
Personal Research
Assignment
(5 cr)
Group research
assignment(5 cr)
Free electivestudies (5 cr)
Free elective studies (20 cr)
MaterialsCharacterization, laboratory course
(5 cr)
Fall term: 5 core courses for all• Solid State Materials and Phenomena• Interfaces and Nanomaterials• Metallic Materials• Polymer Properties• Materials Characterisation Laboratory Course
https://www.nde-ed.org/EducationResources
https://www.mpi.co.jp
Labs and projects
•Choose 2 of these:
•Functional materials lab course (5 cr)*•Personal research assigment PRA (5 cr)*•Group research assignment GRA ( 5 cr)
•Additonally, you can take FMLC as (2*5 cr) and PRA as 1*10 cr or 2*5 cr.
Specialization courses- suggestions for paths, but from these courses you can make your own specialization path, too
Specialization MEMS and microsensors
• ELEC-E8713 Microsystems and materials integration (I)• ELEC-E3140 Semiconductor physics (I)• CHEM-E5125 Thin Film Technology (III)• ELEC-E8711 Materials Compatibility (III)• ELEC-E3220 Semiconductor devices (III)• ELEC-E8726 Biosensing (III)• CHEM-E8135 Microfluidics and BioMEMS (III-IV) • CHEM-E5115 Microfabrication (IV-V)
Specialization in solid state• CHEM-E4155 Solid State Chemistry (III-IV)• CHEM-E4215 - Functional Inorganic Materials (II)• CHEM-E4205 Crystallography and Structural Characterization (I) • CHEM-E5225 Electron Microscopy (I-II)• PHYS-E0421 Solid-State Physics (II)• ELEC-E3140 Semiconductor physics (I-II)• PHYS-E0525 Microscopy of Nanomaterials (III-IV)• PHYS-E0526 Microscopy of Nanomaterials, laboratory (IV-V)• PHYS-E0541 Machine Learning in Materials Science (I-II)• PHYS-E0546 Density functional theory (I-II)
Specialization polymers, soft matter and bioapplications
• CHEM-E8135 Microfluidics and BioMEMS (III-IV)• CHEM-E5135 Biomimetic Materials and Technologies (IV-V)• CHEM-E2100 Polymer synthesis (I)• CHEM-E2155 Biopolymers (III-IV)• CHEM-E2200 Polymer Blends and Composites (I)• ELEC-E8726 Biosensing (III-IV)• ELEC-E8724 Biomaterials science (I-II)• ELEC-E8728 Tissue-foreign body interaction (I-II)• PHYS-E0422 Soft Condensed Matter Physics (III-IV)• MEC-E7006 Advanced Manufacturing: 3D printing (IV)
Specialization nano
• CHEM-E4105 Nanochemistry and nanoengineering (IV)• CHEM-E5115 Microfabrication (IV-V)• ELEC-E4810 - Metamaterials and Nanophotonics (I-II)• NBE-E4150 - DNA Nanotechnology (I-II)• PHYS-E0424 – Nanophysics (I-II)• PHYS-E0525 - Microscopy of Nanomaterials (III-IV)• PHYS-E0526 - Microscopy of Nanomaterials, laboratory (IV-V)• PHYS-E0541 - Special Course: Gas Phase CNT thin films (IV)• PHYS-E0541 Machine Learning in Materials Science (I-II)• PHYS-E0546 Density functional theory (I-II)
Specialization in energy
• CHEM-E5145 Materials for Renewable Energy (III)• CHEM-E4255 Electrochemical energy conversion (II)• CHEM-E6185 Applied Electrochemistry and Corrosion (I-II)*• CHEM-E4175 Fundamental Electrochemistry (III)*• ELEC-E8410 Materials in Energy Applications (IV-V)• PHYS-E6571 Fuel Cells and Hydrogen Technology (lectured
next time 2020-2021)• AAE-E3080 Thermal Energy Storage Systems (IV-V)
• * recommended to take only one of these (not both)
Specialization in metals and/or buildingmaterials•CHEM-E5105 Powder Metallurgy and Composites (I)•MEC-E1070 Selection of Engineering Materials (I)•MEC-E6003 Materials safety (I)•MEC-E6004 Non-destructive testing (II)•MEC-E8006 Fatigue of Structures L (II)•MEC-E8007 Fracture Mechanics L (V)•CIV-E1010 Building Materials Technology (I)•CIV-E2020 Concrete Technology L (III)•CIV-E4090 - Mechanics of Plate and Shell Structures L (III)
6.9.201922
CHEM-E0100 Academic Learning CommunityLet’s make this the best course ever!
What?• A compulsory course for all master’s
programme students in CHEM• 4-5 cr, depending on completed tasksWhen?• Periods I-V• Sessions on Mondays, 8-10 AM• Starting on September 16th
Why?• Teaching you general skills and
knowledge, which will help you to succeed in your studies in Aalto
University lecturer Kyösti Ruuttunen is eagerly waiting for the course to start.Photo: Antti Heikkilä
For more information, check out MyCourses
Practical study matters
Be active student• Provide your feedback regarding courses and also the major as a
whole• Course feedback is collected after every course and is valuable for
course development• Additionally feedback sessions with students and teachers will be
organized as a part of CHEM-E0100 Academic Learning Community course
• Take care of your studies • Check internet sources -> INTO, MyCourses, WebOodi, SISU• Read your aalto.fi e-mails• Can’t find information or unsure -> please, ask
6.9.201925
Why should you earn your degree within two academic years?Requires an average of 60 credits per yearWHY?
• It shows your potential future employers that you are able to commit to your studies and that you can acquire a wide spectrum of new knowledge while keeping to an agreed schedule
• CHEM rewards students for degree completed within target time -> 500€
• It’s a fast track to summer jobs at departments
More information: https://into.aalto.fi/display/encbme/Planning+your+studies
6.9.201926
More about studies…
Company collaboration
MurataVaisalaOkmeticCarbodeonDiarcPicosunBeneqCanatuHSFoils
6.9.2019 28
EmberionAdvacamMicrosoftSpectral EnginesOxford InstrumentsDetection technologyPibondSavosolarMedix Biochemica
ABBSSABOutokumpuMetso ValmetPlanmecaLM DentalOrionOrion diagnosticaPerkin-Elmer
Experiences from a FunMat student
Adel Assad
‘Being part of the FunMat program has widened my horizons, gave me new perspectives, and introduced me to many new friends and family.’
6.9.201930
POSTER TOPICSMaster and PhDStudents:• Super-repellent coatings• Clean energy conversion and storage• Nanosensors• Nanomaterials• Thin film technologies: nanocarbons, ALD• Functional MaterialsFunctional materials
M.Sc. and PhD students
Enables companies to meet their future employees
Promoting discussion between companies, teachers and students
COSIO FOR YOU?Introduce yourself to companies.
9
What’s next; check details from INTO• Group photo: Tue 3 September at 12.00-12.30
• Meeting at 11.50 in the Kemistintie 1 downstairs lobby
• Possibility to order lab coats and lab goggles: Tue 3 September starting from 12.30
• IT services: Wed 4 September at 12.30(Especially for students outside Aalto, optional for Aalto bachelors)
• Aalto Services for new students: Thu 5 September at 9(Especially for students outside Aalto, optional for Aalto bachelors)
• “Enthusiasm, Opportunities and Personal Growth” by Professor, Philosopher Esa Saarinen: Fri 6 September at 11.15
6.9.201931
https://into.aalto.fi/display/encbme/Starting+your+studies
Group photos of new students: schedule & instructionsDate and time: Tuesday 3 September 2019, at 12:00 CHEM master and exchange students
Venue: Amfi, Otaniemi (with heavy rain in Väre building)
What to do: be on time, follow the instructions, smile!
How to get the picture: like us (Aalto First Year Experience) on Facebook and download it from there!
6.9.201932
Photo might be used in internet (for example Into, Inside, Facebook) for communication and marketing purposes.Participation in the photo session will be considered as a permission to use the photo to this purpose.
By Mikko Raskinen
FunMat goes to Pub• Thursday 5.9.2019 in the restaurant FatLizard in Otaniemi, Tietotie 1, 5 mins from CHEM
building • At least lecturer Ville "Joksa" Jokinen, lecturer Kirsi Yliniemi and Professor Sami Franssila
will be there from 17:00 onwards• The goal of the event is to be a very informal occasion where the students and teaching
staff can get to know each other outside of the classroom/learning environment. This can hopefully make the academic year ahead more pleasant and productive for all parties by braking the ice between staff and students.
• There is no formal agenda, some possible activities:• Drinking, e.g. beer, milk (optional)• Eating, e.g. pizza (optional)• Chatting (very optional)
• The aim is that this is a very low commitment event, come when you want, leave when you want, do what you want while you are there. So hopefully as many as possible can join us next Thursday. No need to sign up.
Group activity; more about studies
A. ”Specialisation courses” (Kirsi)B. ”PRA + GRA + FunMat” – What does this mean? (“Joksa”)C. Master’s thesis, summer jobs (Sami)
6.9.201934
CHEM-E0140 Laboratory Safety Course
& Lab PassInstructions to Digital Lab Safety CourseUniversity Lecturer, D.Sc. Kirsi Yliniemi
[email protected] Year 2019-2020
You must take CHEM-E0140 laboratory safety course in order to take any lab courses in CHEM, if you have not done any of the following courses previously:• CHEM-A1010 Turvallinen työskentely laboratoriossa• CHEM-A1200 Kemiallinen rakenne ja sitoutuminen (ennen
vuotta 2017)
6.9.201936
CHEM-E0140 Laboratory Safety Course is 100 % digital course
It allows you to familiarise with the material and take the exam
- whenever you want!1) Familiarize yourself with Virtual Lab
Space (in MyCourses)2) Take the digital exam (in MyCourses)
What to do?1. Sign into the course “CHEM-E0140 Laboratory Safety Course”
in WebOODI (oodi.aalto.fi)• If you encounter problems in signing in, please inform your full name and student
ID by email to [email protected] she can add you manually to the course
2. Go to the MyCourses page of “CHEM-E0140 Laboratory Safety Course” (mycourses.aalto.fi)
3. Follow the link to Virtual Lab• Visit different Action Points in different rooms: remember to turn around in the
spaces (360°), using a mouse or touch screen• Read the provided material, watch videos, make the mini-games etc.• Estimated time: 2-3 h
4. Take the Digital Exam in the MyCourses• You will be notified immediately whether you passed the exam (>50 % of the
points).• You can try to take the exam as many times as you like…but the questions keep
changing.• You can have the provided material open in Virtual lab at the same time as you take
the exam Try not to just guess This for your own safety
Go and pick you lab pass from Student Info Desk (CHEM building, downstairs lobby)THURSDAY 5th September onwards
Show from MyCourses that you have passed the digital exam with > 50 % points (use your laptop, smart phone etc.)
After you have passed Digital Safety Exam LAB PASS
We have printed Lab Passes during the summer and maybe our name lists were not complete- So if your pass has not been printed yet, please be patient- The student advisor will take your name and you will get your pass in due course
aalto.fi
Welcome to begin your Master Studies
at Aalto University !
