TECHNICAL UNIVERSITY OF DENMARK · DENMARK
DTU 02139: Digital Electronics 2
Bachelor's · Taught in en
At a glance
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Duration
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IELTS
€15k
Tuition / yr
en
Language
Bachelor's
Level
- Learn to design digital circuits using simulation and synthesis tools.Design Skills
- Implement circuits on FPGA technology.Hardware Implementation
- Gain proficiency in the Chisel hardware description language.Chisel Expertise
- Work on practical lab exercises and a group project.Hands-on Experience
- Course lectured in English.Language
This course builds upon Digital Electronics 1, offering a deep dive into the design of digital circuits for calculation and control tasks. You will gain practical experience with simulation and synthesis tools, and implement your designs on reconfigurable hardware like FPGAs. The course covers topics such as hardware description languages (Chisel), timing analysis, metastability, and FPGA architecture. Through lectures and hands-on lab exercises, including a final project on a vending machine, you will develop the skills to design and implement complex digital systems.
Curriculum
The course is structured over 13 weeks, with lectures typically held on Thursday afternoons, followed by project work. Topics progress from basic digital circuits and hardware description languages to state machines, FPGAs, and system-level design.
- Year 1
- Introduction and motivation, languages for hardware design, testing, tools and setup, a first round in ChiselWeek 1
- Basic Digital Circuits in ChiselWeek 2
- Components and Sequential CircuitsWeek 3
- Testing and Verification and Verilog and VHDLWeek 4
- Timing and MetastabilityWeek 5
- State MachinesWeek 6
- State Machine and Datapath (FSMD)Week 7
- Refactoring of state machines, input processing, resetWeek 8
- Communications State Machines: Ready/valid interface, and hardware generatorsWeek 9
- Interfacing and Memory, Vending Machine SpecificationWeek 10
- Full day lab - The Vending MachineWeek 11
- Outro, A Simple Processor, Discussion of course, and followup coursesWeek 12
- Guest Lecture on Backend, Finish vending machine and reportWeek 13
Frequently asked questions
- What are the prerequisites for this course?
- You need knowledge of Boolean algebra, basic digital structures, computer usage as a developer, and basic programming. Prior courses like Digital Electronics 1 are recommended.
- What are the tuition fees for international students?
- Non-EU/EEA citizens pay 7500 EUR per semester. Please note that the fee information provided is for MSc studies and may require clarification for this Bachelor-level course.
- What is the language of instruction for this course?
- The course is lectured in English.
- How can I apply for this course?
- Admission is typically through exchange agreements with your home university. You must be nominated by your home institution before submitting an application to DTU.
- What practical skills will I gain from this course?
- You will gain practical experience with simulation and synthesis tools, implement digital designs on FPGAs, and learn the Chisel hardware description language.
- What topics are covered in the Digital Electronics 2 course?
- The course covers topics such as hardware description languages (Chisel), timing analysis, metastability, FPGA architecture, state machines, and system-level design.
Entry requirements
Enrollment in Bachelor programElectrical Engineering or Software Engineering with interest in hardware design.
Prerequisites include knowledge of Boolean algebra, basic digital structures (e.g., AND gate, register), computer usage as a developer (text/program editor, file system, command line interface), and basic programming. These are typically covered in courses like 02138 Digital Electronics 1, 02132 Computer Systems, or 02135 Introduction to Cyber Systems.
Fees
Tuition (international)7500 EUR per semester
Tuition (home)Not applicable for EU/EEA citizens as fees are covered by the Danish state.
Living—
Tuition fees are expected to be revised for the Autumn 2026 intake. EU/EEA citizens do not pay fees. Non-EU/EEA citizens pay 7500 EUR per semester, totaling 30000 EUR for two years of MSc studies. Please note this course appears to be a Bachelor-level course based on prerequisites and content, but the fee information provided is for MSc studies. Clarification may be needed regarding specific fees for this course if it is not part of an MSc program.
How to apply
1. Check for Exchange AgreementVerify with your home university if there is a formal exchange agreement (Erasmus+ or bilateral) with DTU. DTU does not accept 'free movers' without an agreement.
2. Get NominatedYour home institution must officially nominate you for exchange studies at DTU.
3. Prepare ApplicationGather all required application materials. This typically includes proof of enrollment at your home university, academic transcripts, and potentially other documents specified by DTU.
4. Submit ApplicationSubmit your application through DTU's designated system or process, following their instructions.
5. Receive Admission DecisionDTU will review your application and make a final decision on your admission.
Frequently asked questions
What are the prerequisites for this course?
+
You need knowledge of Boolean algebra, basic digital structures, computer usage as a developer, and basic programming. Prior courses like Digital Electronics 1 are recommended.
What are the tuition fees for international students?
+
Non-EU/EEA citizens pay 7500 EUR per semester. Please note that the fee information provided is for MSc studies and may require clarification for this Bachelor-level course.
What is the language of instruction for this course?
+
The course is lectured in English.
How can I apply for this course?
+
Admission is typically through exchange agreements with your home university. You must be nominated by your home institution before submitting an application to DTU.
What practical skills will I gain from this course?
+
You will gain practical experience with simulation and synthesis tools, implement digital designs on FPGAs, and learn the Chisel hardware description language.
What topics are covered in the Digital Electronics 2 course?
+
The course covers topics such as hardware description languages (Chisel), timing analysis, metastability, FPGA architecture, state machines, and system-level design.