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Training & Skills

RO-SMARTSYS develops practical skills for the semiconductor and smart systems ecosystem through specialised courses, hands-on learning, workshops and collaboration with academic, research and industrial partners. Our training activities respond to identified skills needs in semiconductors, sensors, MEMS, robotics, smart system integration and related digital technologies. The offer is designed to complement existing university education by providing specialised knowledge, practical experience and training in focused technological areas.
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Driven by Innovation

Who is the training for?

RO-SMARTSYS training activities are designed for participants at different stages of education and professional development.
  • PhD students and graduates
  • Early-career researchers and engineers
  • Professionals seeking specialised or complementary skills
  • SMEs and startup teams
  • Researchers and technical staff from universities and RTOs
Training formats and level of specialisation can be adapted to the needs of the target group and the specific topic.

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Our training approach

01

Learn by doing

The RO-SMARTSYS training model combines theoretical knowledge with practical experience. Where appropriate, participants can work directly with simulation tools, fabrication technologies, characterisation equipment and prototyping facilities.
02

Flexible formats

Activities can range from short intensive sessions and one- to two-day workshops to specialised modules lasting one to three weeks. Training can combine face-to-face, online and hands-on elements.
03

Connected to real infrastructure

Where relevant, training takes place at partner facilities and can include practical activities using the infrastructure and technologies available through RO-SMARTSYS.
04

Complementary to university education

The Centre's courses are intended to complement rather than duplicate standard university courses, with an emphasis on specialised information, narrow technological domains and practical skills.
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Training areas

The RO-SMARTSYS training portfolio covers a broad range of technical and innovation- related topics.

Microfabrication & Semiconductor Processing

  • Photomasks, photolithography, electron beam lithography, thin-film deposition, PECVD and related micro- and nanofabrication technologies.

Sensors & MEMS

  • Sensor design, fabrication, characterisation and testing, including MEMS-based technologies and gas sensing.

Materials & Characterisation

  • Materials characterisation methods, microscopy, spectroscopy and techniques for understanding material properties and device performance.

Photonics & Optical Technologies

  • Optical and micro-optical components, photonic integrated circuits, waveguides and technologies for classical and quantum communications.

Robotics, Mechatronics & Smart Systems

  • Robotics, mechatronics, system integration, sensors, actuation, control and smart system development.

Digital Manufacturing & Prototyping

  • Computer-aided manufacturing, CNC machining, 3D printing, virtual prototyping and related digital manufacturing technologies.

Simulation, Modelling & Design

  • Finite element modelling, simulation tools and computational approaches for mechanical, mechatronic and smart systems.

Electronics, FPGA & Embedded Systems

  • FPGA design, embedded systems, signal processing and implementation of digital and mixed-signal systems.

Innovation, Funding & Project Development

  • Proposal preparation for CHIPS JU, Horizon Europe and related programmes, bilateral cooperation and topics relevant to innovation and business development.
Driven by Innovation

Specialised courses

The RO-SMARTSYS portfolio includes specialised courses developed by IMT Bucharest and POLITEHNICA Bucharest. The current portfolio includes courses covering semiconductor processing, sensors, photonics, materials characterisation, manufacturing, robotics, modelling and digital technologies.
  • Gas Sensors: from concept to manufacturing and testing
  • How to make a Photomask for semiconductor manufacturing
  • Semiconductor Photolithography Basics: Photo (UV) Lithography
  • Electron Beam Lithography: Definition, Techniques, Applications
  • Introduction to Physical Vapor Deposition (PVD) Processes
  • Plasma-enhanced CVD: Fundamentals, Techniques, and Applications
  • Materials Characterization Techniques
  • Computer-Aided Machining (CAM)
  • Mechatronics vs Robotics
  • Fundamentals of 3D Printing: SLS and SLA Technologies for Structural Applications
  • Finite Element Modeling for Mechanical and Mechatronic Systems
  • FPGA Design and Implementation
  • VLSI and system design-related training
The detailed course catalogue will be updated as new courses are developed and existing courses are scheduled.related topics.

Hands-on training & practical learning

Practical training is an important component of the RO-SMARTSYS skills programme. Depending on the topic, participants may work directly with simulation tools, fabrication technologies, characterisation equipment, CNC and 3D printing equipment, robotics platforms or other relevant infrastructure.
Training stages may also include the fabrication of laboratory prototypes, giving participants the opportunity to apply what they have learned to real devices and systems.

Schools, workshops & expert events

RO-SMARTSYS will organise focused schools and workshops bringing together learners, researchers and experts around emerging technologies and practical applications.
  • Schools and workshops on sensors, IoT and data acquisition
  • Workshops on MEMS-based sensors
  • Joint workshops with other European Chips Competence Centres
  • Workshops organised in connection with relevant European conferences
  • Specialised seminars on materials, devices and emerging technologies
The project foresees a dedicated School/Workshop on sensors, IoT and data acquisition combining two days of training with two days of workshops open to experts in the field.

Training for innovation & project development

Technical skills are complemented by training aimed at helping organisations turn ideas into projects and innovation activities.
  • Proposal preparation for CHIPS JU
  • Proposal preparation for Horizon Europe and related programmes
  • Bilateral cooperation and project development
  • Innovation and business development topics for SMEs and startups

Training sessions on proposal preparation are planned regularly during the project.

How to join
Training activities will be announced through the RO-SMARTSYS website and LinkedIn page. Each activity will provide information on its topic, target audience, format, duration, location and registration procedure. Depending on the activity, places may be limited to ensure effective practical learning and access to laboratory infrastructure.
Training costs
Participation in courses, hands-on activities, workshops and consultancy activities is planned to be free of charge for the target beneficiaries: startups and SMEs, universities, RTOs and other public organisations. Applicable conditions may depend on the specific activity and beneficiary category and will be stated in the information provided for each training activity.
Have a training need?
Do you need specialised skills for your team, research group or project? Tell us what you would like to learn and we can help identify relevant RO-SMARTSYS training activities or future topics for the programme.