Overview
What you will study
The Simulation of Semiconductor Devices course offered by KTH Royal Institute of Technology is based on learning by doing, which means that you learn by using state of the art tools such as Comsol Multiphysics and cloud based tools such as nanoHUB. We also cover SPICE simulations topics such as the BSIM compact model family for circuit simulations.
We explain the solution the semiconductor equations using numerical methods. In connection to this topic, we introduce the finite element method (FEM) in relevant contexts.
After passing the course, the student shall be able to:
- choose appropriate transport models and material parameters for physical simulation (TCAD) of advanced semiconductor devices such as FinFET and SOI
- use compact models for circuit simulation based on modern CMOS technology nodes and knowledge of power consumption, parameter extraction, fitting to measurement data and statistical methods such as corner simulations
- use mixed circuit and device simulations for example in the power electronics area with a focus on energy efficiency and sustainable energy production
- model discrete devices such as solar cells, light-emitting diodes and semiconductor-based sensors with a focus on energy efficiency and sustainable energy production
- use computer programs for multi-physics simulations for e.g. thermal effects in devices and circuits
Programme Structure
The program focuses on:
- Comparative analysis of application and basic principles of physical device simulation (TCAD) and compact models for circuit simulation.
- Compact models for modern semiconductor technologies and their implementation by means of hardware descriptive languages in design software, including corner modelling and other statistical methods.
- The combination of process simulation and device simulation for optimisation of future generations of semiconductor devices.
- Hierarchies for device, circuit and mixed device and circuit simulations and multi-physics simulations in the semiconductor and nanostructure areas.
- Thermal modelling, power consumption, variability and concepts such as ”dark silicon” in integrated circuits with 100-million transistors.
- Parallel programming and hardware support for demanding semiconductor simulations.
Key information
Duration
- Full-time
- 3 months
Start dates & application deadlines
- Starting
- Apply before
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Language
Credits
Delivered
Disciplines
Electrical Engineering View 10 other Short Courses in Electrical Engineering in SwedenAcademic requirements
We are not aware of any specific GRE, GMAT or GPA grading score requirements for this programme.
English requirements
Student insurance
Make sure to cover your health, travel, and stay while studying abroad. Even global coverages can miss important items, so make sure your student insurance ticks all the following:
- Additional medical costs (i.e. dental)
- Repatriation, if something happens to you or your family
- Liability
- Home contents and baggage
- Accidents
- Legal aid
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Other requirements
General requirements
- Knowledge in semiconductor devices, 7,5 credits, corresponding to completed course IL2240/IH1611.
- Knowledge in numerical analysis, 6 credits, corresponding to completed course SF1512/SF1514/SF1544-SF1550.
- The upper secondary course English B/6.
Tuition Fee
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EU/EEA
FreeTuition FeeBased on the tuition of 0 SEK for the full programme during 3 months.
If you are an EU, EEA or Swiss citizen or hold a residence permit in Sweden for something other than studies you generally do not have to pay tuition fees.
Living costs for Stockholm
The living costs include the total expenses per month, covering accommodation, public transportation, utilities (electricity, internet), books and groceries.