Master of Continuing Education in
Microelectronic Design
1st edition
Tuition subsidised by the UPV-VaSiC Chair within the PERTE CHIP TSI-069100-2023-0009
aimed at
Since the Master’s degree is specialised and allows students to study specific aspects of microelectronics in depth, a minimum recommended knowledge is established to ensure optimal use of the study programme. This minimum knowledge is based on the following Bachelor’s and Master’s degrees:
- Degree in Telecommunications Technologies and Services Engineering (specialising in electronics)
- Technical Telecommunications Engineering (specialising in electronics)
- Master’s Degree in Telecommunications Engineering
- Master’s Degree in Electronic Systems Engineering
- Master’s Degree in Computer Engineering
- Master’s Degree in Computer and Network Engineering.
BECOME A SPECIALIST
in semiconductor design
CREATE A
CAREER
within the industry’s leading companies
CONNECT WITH
THE FUTURE
with the professionals who are changing the present
participating companies
teaching staff
coordination of optional blocks
methodology
optional training in 4 pathways
40 ECTS
info
4 blocks to be chosen according to the pathway:
- PATHWAY A [1-2-3-5]:
- Digital Design, Verification, Microprocessors, Converters AD /DA
- PATHWAY B [4-5-6-7]:
- Analogue Design, Converters AD /DA, Design for RF, PCB
- PATHWAY C [1-4-6-7]:
- Digital Design, Analogue Design, Design for RF, PCB
- PATHWAY D [1-4-2-3]:
- Digital Design, Analogue Design, Verification, Microprocessors
compulsory training
info
- Professional seminars on a variety of topics
- Monographic courses on specifics topics
Professional seminars on a variety of topics
Monographic courses on specific topics
master’s thesis
Development of the Master's Dissertation, jointly supervised by professionals from the companies
admission to the master’s degree in microelectronics
In the application form, the student must indicate his/her preferred pathway. Candidates must also submit a curriculum vitae and a letter of motivation in which the coherence of their professional career is assessed.
Prerequisites Digital Domain / Verification / Microprocessors:
- Design of synchronous sequential circuits
- Sequential and combinational systems
- State machines
- Digital design using hardware description languages (Verilog / VHDL)
- Microprocessor architectures and embedded systems
- Memory maps
- Digital signal processing
- FIR / IIR digital filter design
Pre-requisites Analogue / RF / PCB Area:
- Basic CMOS analogue design
- Mono/multi-stage amplifiers
- Feedback and frequency compensation
- Basic RF components
- Electronic system design using CAD tools
Linguistic requirements
The training content can be delivered in Spanish or English, so a B1 level in both languages is recommended
contact
If you are interested in receiving more information about this master’s degree, or if you are sure you want to participate, please send us an application form.