MEng in Electronic and Computer Engineeringdrafted

Program Overview

The MEng in Electronic and Computer Engineering at Dublin City University provides students with a comprehensive understanding of engineering principles and practices. Students can specialize in areas such as IoT, image processing, and nanotechnology through Majors. The program offers flexible study options, including full-time and part-time, and culminates in a 12-month master's project, preparing graduates for careers in the engineering and computing industry.

Program Outline

MEng in Electronic and Computer Engineering

Degree Overview:

Objective:

To provide students with a comprehensive and in-depth understanding of electronic and computer engineering principles and practices.

Program Structure:

• Students complete 8 taught modules and a 12-month, 30-credit master's project.
• Taught modules are taken across two semesters (Sept-Dec and Jan-Apr).
• Full-time students starting in September can complete the program in 12 months.
• Full-time students starting in January can complete the program in 18 months.
• Part-time students have the flexibility to complete the program over multiple years (up to a maximum of 4 years).

Flexibility:

• Students can choose to focus on a specific area of specialization through Majors or opt for a general Masters program.
• Majors offered include:
• Internet of Things (IoT)
• Image Processing & Analysis (IPA)
• Future Network Technologies (FNT)
• Advanced Data Networks (ADN)
• Nanotechnology (Nano)
• Semiconductor & Plasma Technology (SPT)
• Modules can be taken on-campus or remotely.

Strengths:

• Longest-running engineering Masters program in Ireland with high industry demand.
• Continually updated and modern program reflecting current technological advancements.
• Offers relevant skills and knowledge sought after by industry, both in Ireland and internationally.
• Flexible full-time and part-time study options with two starting times per academic year.
• Students can work on an extensive Masters project in leading research labs within the country.
## Outline:

Modules:

• Students choose 8 taught modules and a masters project.
• Available modules cover a wide range of topics within electronic and computer engineering.
• Module offerings are updated regularly and confirmed in April/May each year.
• Access to a wide suite of module choices, including:
• Analogue Electronics
• Embedded Systems
• Digital Signal Processing
• Telecommunications
• VLSI Design
• Robotics
• Artificial Intelligence
• Data Analytics
• Networks
• Software Engineering
• Project Management
• Students can choose to specialize in a particular area by selecting a Major.
• Each Major requires taking specific modules and completing a project related to the chosen field.

Masters Project:

• An individual project where students apply theoretical knowledge to a practical engineering problem.
• Students work with an academic supervisor for a year, researching, designing, implementing, and documenting their project.
• The project allows students to demonstrate their skills in planning, problem-solving, and engineering design.
## Assessment:
• Assessments vary depending on the modules chosen but may include:
• Examinations
• Assignments
• Projects
• Presentations
• The Masters project is assessed by a written report, presentation, and viva voce examination.
## Teaching:
• Experienced and qualified academic staff with expertise in the field of electronic and computer engineering.
• Diverse teaching methods including lectures, tutorials, labs, and workshops.
• Emphasis on student-centered learning and fostering critical thinking and problem-solving skills.
• Access to state-of-the-art facilities and laboratories.
## Careers:
• Graduates are highly sought after in the engineering and computing industry and research sectors.
• The Masters project enhances graduates' employability and equips them with specialized skills and knowledge.
• Graduates have secured employment in leading tech companies like Google, Apple, Intel, Oracle, IBM, Amazon, Accenture, Analog Devices, Maxim, and Boston Scientific.
## Other:
• The program is delivered by the School of Electronic Engineering at Dublin City University.
• Students can choose to start their program in September or January.
• For non-EU students requiring a visa to study in Ireland, the program must be taken on a full-time basis.
• DCU offers excellent facilities and support services for students, including three academic campuses, libraries, student centers, sports facilities, and a dedicated sports campus.
• The program prepares graduates for further study at the Ph.D. level.
• The program offers a unique opportunity to work on a real-world engineering project and gain valuable experience.
## Additional Notes:
• The context mentions the program is relevant to current and emerging technological advancements.
• The program does not explicitly mention study abroad opportunities.
• Admission requirements and application deadlines are not covered in this response.

Full time EU Status Fee €7,500 Non EU Fee. €25,000 Part time EU Status Fee Part-time See Modular Fees