ADVANCED TECHNOLOGY SECOND YEAR AT WHAT TO DO BEFORE STARTING MY - - PowerPoint PPT Presentation

ADVANCED TECHNOLOGY

SECOND YEAR AT WHAT TO DO BEFORE STARTING MY THIRD YEAR?

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SECOND YEAR

Math transformation s Modelling

Project

M5: Signals, Models & Systems System Engineering

Entrepeneurship & Innovation

M8: SEEK Vecto r fields Electrodynamics

Antenna

M7: Fields & Waves Advanced Materials Semiconductors

System Analysis

Technology Inorganic Materials Interfaces & Catalysis FE M

Knowledge

I N T M6: Materials Engineering

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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)

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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)

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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)

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M8 SYSTEM ENGINEERING, ENTREPRENEURSHIP & KNOWLEDGE

System Engineering

Entrepreneurship & Innovation

M8: 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

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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 Nanotechnol

• gy

Apllied Physics

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MASTERS AFTER THE BACHELOR

CHOICES 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

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HOW TO GET INFO

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THIRD YEAR ENGINEERING DIRECTION

(CHOICES MADE BY 75% OF THE STUDENTS)

K9: Master preparation K10: Master preparation K11: Master preparation K12: BSs Assignment S&C free choice EE: Systems & Control WB: Heat & Flow BSc assignment ME free choice EE: Systems & Control WB: Heat & Flow BSc assignment ME Biorobotics Aeronautical Engineering SET free choice EE: Systems & Control WB: Heat & Flow BSc assignment SET Free choice ST: Transport Phenomena EE* free choice EE: Systems & Control EE: 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

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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 M7 BSc assignment CHE (C&PE track) ST: Industrial Processes (optional) ST: Transport Phenomena BSc assignment ST: Process Design NT NT: Science NT: Lab on a Chip NT: Nanomech. BSc assignment BME Biorobotics (Neural track) Imaging & Diagnostics (Imaging track) Tissue regeneration (NL) (Bionano track) BSc assignment

* The APH requirements depend on the track.

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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 choice BSc assignment IEM Financial Engineering & Management Premaster BA 2 Free 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/

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CHOICES THROUGH MINOR WEBSITE

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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.

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WHAT YOU HAVE TO DO

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QUESTIONS?