at programme 2nd year

ADVANCED TECHNOLOGYSECOND YEAR AT

WHAT TO DO BEFORE STARTING MY THIRD YEAR?

25/10/16 2

SECOND YEAR

Math

transformation

s

Modelling ProjectM5: Signals,

Models &

Systems

System EngineeringEntrepeneurship

& InnovationM8: SEEK

Vecto

r

fields

Electrodynamics AntennaM7: Fields &

Waves

Advanced

Materials

Semiconductors

System

Analysis

Technology

Inorganic

MaterialsInterfaces & Catalysis

FE

M

Knowledge

I

N

T

M6: Materials

Engineering

25/10/16Advanced Technology 3

M6 MATERIALS SCIENCE & ENGINEERING

Advanced Materials Technology of Inorganic Materials

3: Choice from:

a) Semiconductors

b) Interfaces and Catalysis

Semiconductor Devices:

Introduction to classical electron devices (pn-junction, MOS-transistor)

Physical working (energy, electric field, electrical potential and

concentration)

Limits of the electrical performance of classical devices

Interface & Catalysis

Introduction in (chemical) kinetics

Physical and chemical properties of different interfaces

Wetting properties of surfaces (contact angle)

Stability of colloidal systems (like emulsions and foams)

25/10/16Advanced Technology 4

CHOICE IN M6

Vector calculus integrated

Electromagnetic Fields (PBL style)

Finite Elements in EM (15%)

Project antenna (last year groups of 8)

One week with visit to international organization

(AT pays travel and lodging, so its not vacation)

25/10/16Advanced Technology 5

M7 FIELDS AND WAVES

Project work is carried out in relation to a task defined by a company located in the area

Demcon (Advanced Mechatronics: mini-coriolis, eye surgery tools etc.)

Thales (Radar equipment, entrance requires NATO citizenship)

Panalytical (Material characterization tools)

25/10/16Advanced Technology 6

M8 SYSTEM ENGINEERING, ENTREPRENEURSHIP & KNOWLEDGE

System EngineeringEntrepreneurship

& InnovationM8: SEEK

Knowledge

Production

1. BSc assignment

2. Prepare for admission to a master (@UT or outside

UT)

Take courses @UT defined by preferred master

program @UT in the third year

Take courses outside UT for preparation on

master program

(you have to make sure that the master

program agrees to a seamless entrance)

The Board of Examiners has to approve the courses chosen

25/10/16Advanced Technology 7

WHAT TO DO IN THE THIRD YEAR

Math and Informatics

Business

Industrial Design

Chemical Engineering

Civil Engineering

Sustainable Energy

Mechanical Engineering

System and Control

Electrical Engineering

Biomedical Engineering

Nanotechnology

Apllied Physics

25/10/16Advanced Technology 8

MASTERS AFTER THE BACHELORCHOICES ACCUMULATED OVER THE PAST 5 YEARS

AT

Information on website masters

Information sessions on content, tracks, workfield, requirements and

previous experience with AT students:

1) Systems & Control, Mechanical Eng., Biomedical Eng.

2) Electrical Eng., Applied Physics, Applied Mathematics, Computer

Science

3) International Business Administration, Industrial Engineering and

Management

4) Nanotechnology, Chemical Eng., Sustainable Energy Technology,

Science Education and Communication

Lunches organized by Astatine with alumni from AT talking about their

experience.

Information on AT website

25/10/16Advanced Technology 11

HOW TO GET INFO

25/10/16Advanced Technology 12

25/10/16Advanced Technology 13

THIRD YEAR ENGINEERING DIRECTION(CHOICES MADE BY 75% OF THE STUDENTS)

K9: Master

preparation

K10: Master

preparation

K11: Master

preparation

K12: BSs

Assignment

S&Cfree choice EE: Systems &

Control

WB: Heat &

Flow

BSc

assignment

MEfree choice EE: Systems &

Control

WB: Heat &

Flow

BSc

assignment

ME BioroboticsAeronautical

Engineering

SET free choiceEE: Systems &

Control

WB: Heat &

Flow

BSc

assignment

SET Free choiceST: Transport

Phenomena

EE* free choiceEE: Systems &

ControlEE: Devices

BSc

assignment

Some of these modules are tuned for AT (H&F, S&C)

BSs preparation can be made part of this.* The EE requirements depend on the actual group with EE

25/10/16Advanced Technology 14

THIRD YEAR MATERIALS DIRECTION(CHOICES MADE BY 75% OF THE STUDENTS)

K9: Master

preparation

K10: Master

preparation

K11: Master

preparation

K12: BSs

Assignment

APH* NT: Science TN: part M6 TN: part M7BSc

assignment

CHE

(C&PE

track)

ST: Industrial

Processes

(optional)

ST: Transport

Phenomena

BSc

assignment

ST: Process

Design

NT NT: ScienceNT: Lab on a

Chip

NT:

Nanomech.

BSc

assignment

BMEBiorobotics

(Neural track)

Imaging &

Diagnostics

(Imaging track)

Tissue

regeneration

(NL)

(Bionano track)

BSc

assignment

* The APH requirements depend on the track.

25/10/16Advanced Technology 15

THIRD YEAR BUSINESS(CHOICES MADE BY 75% OF THE STUDENTS)

K9: Master

preparation

K10: Master

preparation

K11: Master

preparation

K12: BSs

Assignment

BA Premaster BA 1 Premaster BA 2 Free choiceBSc

assignment

IEM

Financial

Engineering &

Management

Premaster BA 2Free choice

BSc

assignment

This is what we know at this moment !!!

More info on AT website. We try to keep information up to date

http://www.utwente.nl/en/education/electives/minor/

25/10/16Advanced Technology 16

CHOICES THROUGH MINOR WEBSITE

25/10/16Advanced Technology 17

CHOICES

Master @UT Master not @UT

K9-K11 @UT - For many

masters the

requirements are

known

- Find out

requirements

master

- Find out what

courses @ UT

are appropriate

K9-K11 not @UT - Requirements

many masters

known

- Substitute

required

courses for

entry

- Find out

requirements

master

- Find out what

courses you

have to follow

Inform yourself about various masters ((@ ˅ ≠@) UT)

Decide what master you want to do

Define an appropriate preparation route ((@ ˅ ≠@) UT)

Ask approval of Board of Examiners

Do this before March 1st, you have

to register your choice for modules in the

third year through the minor site.

25/10/16Advanced Technology 18

WHAT YOU HAVE TO DO

25/10/16Advanced Technology 19

QUESTIONS?