MEngSc Ingeniería - Ingeniería eléctrica y electrónica

MEngSc Engineering – Electrical and Electronic Engineering

Key Points

  • Work permit while you study

  • Post Graduation Work Permit for 24 months

  • Start dates: September / January

  • Duration: 1 year

  • NFQ Level 9 qualification

  • Type: Full Time
  • Hours: Daytime
  • Tuition Fee: From € 22,130

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Electrical and electronic engineering drives many of the technological advancements we see in our rapidly changing world, from smart grids and robotics to smartphones and the Internet of Things. It is an exciting and challenging career, characterized by constant personal development, innovation and invention. The goal of the MEngSc (Electrical and Electronic Engineering) program is to build on the good engineering foundations of your college degree, develop advanced skills, and introduce you to some of the key and exciting areas of today and tomorrow. As part of this degree you will carry out an important research project. There is also the opportunity to apply for a paid summer industrial placement.

Program Structure

Job placement is an important feature of the program and takes place at the end of Year 3 in this program and has a minimum duration of 8 weeks. Placement is supervised by DkIT teachers to support the student and ensure that the learning experience is relevant to the Learning Outcomes of the program.

Career options

Our graduates work in areas such as Electronic Product Design, Electrical Services, Electrical Engineering, Control and Automation and Communications.

A sampling of our graduate destinations includes:

  • ABB
  • Agilent Technologies
  • Amazon Web Services
  • Anord Mardix
  • Analog Devices
  • Blueacre Technology
  • CombiLift
  • ControlSoft Automation
  • ESB International
  • Electricity Supply Board
  • Facebook,
  • Glen Dimplex Renewables
  • Hanley Energy
  • Hewlett Packard
  • Intel
  • Mercury Engineering
  • Nikon Precision Europe
  • NXP Semiconductors
  • Realtime Technologies

Delivery of the Program

EE1007 Introduction to electrical and electronic engineering
EE2011 Digital electronics
EE2012 Linear Circuit Analysis
EE2013 Nonlinear Circuit Analysis
EE2014 Signals and systems 1
EE2015 Signals and systems 2
EE2016 Electrical Power Engineering I
EE2017 Electrical Power Engineering II
EE2020 Semiconductor devices
EE3011 Power electronics and AC machines
EE3012 Power systems for electric vehicles
EE3013 Electromagnetic fields for engineers
EE3014 Signal processing
EE3015 Telecommunications I
EE3016 Control engineering I
EE3018 Analog ICs
EE3019 Digital Integrated Circuits
EE3020 Machine Learning Engineering Applications
EE3021 Electrical and electronic engineering in the commercial world and job placement
EE3022 Electronic circuit design
EE3023 Integrated electronic systems
EE4001 Power systems, power electronics and drives
EE4002 Control Engineering II
EE4004 Telecommunications II
EE4007 Optical communication systems and devices
EE4010 Electrical Power Systems
EE4011 Radio Frequency IC Design
EE4012 Biomedical systems
EE4014 Industrial automation and control
EE4015 Robotics
EE4016 Transmission lines
EE4019 Application of photonic signals and systems
EE4020 Project
EE4022 Analog IC Layout
EE4023 IC digital design
EE4024 Integrated Circuit Processing
EE4050 BE project
EE4060 BE Job placement
EE6008 Research project for internship students
EE6009 Placement of MEngSc
EE6019 Investigation report
EE6021 Industrial placement
EE6022 Research project
EE6023 Dissertation in Electrical and Electronic Engineering
EE6024 Engineering Machine Learning Solutions
EE6034 Optical and Optoelectronic Communications
EE6035 Electrical Power Systems
EE6036 RF IC Design
EE6038 Advanced VLSI layout
EE6039 Smart sensors and the Internet of Things
EE6040 Mobile and cellular communications
EE6041 Advanced digital signal processing
EE6042 Frequency synthesizers for wireless and cellular systems
EE6043 Digital Integrated Circuit Design
EE6044 Advanced analog IC design
EE6045 Data conversion techniques: circuits and architectures
EE6047 Semiconductor Integrated Circuit Processing
EE6048 Smart grids
EE6049 Analog IC Design
EE6050 ME Research Project
EE6060 Electrical and Electronic Engineering Job Placement
EE9901 Test module for the extended title of the virtual application to confirm

Course practices

Part I of the program comprises 50 credits of taught courses and a preliminary research report worth 10 credits. These are assessed through a combination of written tests and continuous assessment. Successful completion of the initial leg of the course work modules qualifies the student to advance to Part II. Part II: a research thesis in electrical and electronic engineering (30 credits)

Career opportunities

Graduates of MEngSc (Electrical and Electronic Engineering) will have a competitive advantage in the job market by virtue of the cutting-edge experience gained through their research project and advanced and specialized courses in Electrical and Electronic Engineering, particularly in areas that now they are in great demand. such as machine learning, smart grids, embedded systems, and the Internet of Things.

Admission Requirements

  • Candidates must have a BE (Hons) degree in Electrical and / or Electronic Engineering, or an equivalent engineering qualification, with a minimum of Second Degree Honors I (NFQ, Level 8)
  • Candidates from the Grandes Écoles Colleges are also eligible to apply if they are studying a related discipline at an ENSEA or EFREI graduate school and are eligible to enter the final year (M2) of their program.
  • Candidates must be approved by the MEngSc (Electrical and Electronic Engineering) course team and / or the MEngSc (Electrical and Electronic Engineering) Program Director.

English requirements

All graduate applicants whose first language is not English must provide evidence of English language proficiency. Certain tests (eg, IELTS, TOEFL, and Pearson PTE) have a three-year time limit on their validity and will apply. English language tests must be taken no more than three years prior to the start of a program.

Please note that Secure English Language Test (SELT) scores must be obtained in a single session of the corresponding qualification (for example, IELTS and TOEFL). We will not accept a combination of individual component scores from multiple tests.

Applicants who are nationals of a country that, according to the UCC, is predominantly English-speaking, or who have a degree or equivalent qualification that was taught in a country that is considered predominantly English-speaking, will normally be assumed to have met the language requirements of the UCC. However, in some circumstances, applicants may be required to present evidence of an English language qualification to satisfy the college program entry requirements.

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