As any expert will tell you – it’s that moment when you step out of your comfort zone that you really start learning. But when your colleagues are some of the best engineers around, these challenges are easier to overcome, don’t you think? It’s as if you are preparing for an important exam, but you have a bunch of professor-grade students helping you out. An internship at Elsys Eastern Europe comes with a mentorship program, lab practice, lectures and work on an actual commercial project. It’s time to put the theory into practice at a place where your ideas and smarts matter.
Health is priority number one; therefore our program is fully remote with respect to office worktime. Frequent online meetings as well as dedication of our engineers have secured successful online scholarship program.
You are in good hands. Every step of the way you will have full support from an experienced mentor. It’s a good thing to have someone who can answer your questions and guide you along the way.
We are looking for a true match among our interns. Someone that clicks with us, and we click with them perfectly. That’s why we don’t bind our interns with lock-in-contracts. It’s a true internship.
Combining your student life with internship can be challenging, but where there’s a will there’s a way. And the way is easy since your internship in Elsys EE can be the subject of your master thesis. Check out the list of
The knowledge and first hand experience you will get out of your internship is priceless. However, we will still provide you with additional financial support during your internship months.
Prof. dr. Lazar Saranovac from School of Electrical engineering, ETF, talks about donations that improved quality of lectures and enabled faculty to keep up with industry trends.
Prof. dr. Saša Stojanović from School of Electrical engineering, ETF, indicates how valuable and quite often crucial role silicon chips play in our life, from everyday situations (texting or sending gify to your loved-ones) to life-saving encounters (e.g. life supporting computer). Modern technologies empower us in many ways that we are not even aware of.
Prof. dr. Jelena Popović from School of Electrical engineering, University of Belgrade points out multiple benefits and opportunities a career in semiconductor industry can offer to a freshly graduate student of electronica.
Prof. dr. Radivoje Đurić from School of Electrical engineering, ETF, talks about early beginnings of our collaboration and the impact it has on a practical segments of bachelor and master studies.
Do we run a sweatshop or do we play ping-pong whole day? What kind of people work in Elsys EE: are they young, are they boring, what’s the dress code? What do the offices in Belgrade and Novi Sad look like? We give you behind-the-scenes look at our day-to-day work, a list of benefits, video reports and testimonials from some of our colleagues.
|1||Clock domain crossing – issues and how to overcome them||DD|
|2||Scheduling techniques and their implementation for queue servicing||DD|
|3||Functional safety approaches implementation in digital design||DD|
|4||Temperature sensor IP – Analysis, modeling and verification||AMS|
|5||Bandgap reference IP – Analysis, modeling and verification||AMS|
|6||Voltage regulator IP – Analysis, modeling and verification||AMS|
|7||Internal oscillator IP – Analysis, modeling and verification||AMS|
|8||Power-on Reset IP – Analysis, modeling and verification||AMS|
|9||IP verification – MAC merge sublayer IP – MMSL – Link Layer Discovery Protocol control – LLDP||DV|
|10||IP verification – MAC merge sublayer IP – MMSL – MAC Rx||DV|
|11||IP verification – MAC merge sublayer IP – MMSL – MAC Tx||DV|
|12||SoC integration – 3PIAS Projekat||DD+DV|
|13||SoC integration – ARM – Cortex M0 platform Integration using ARM SDK||DD+DV|
|14||SoC integration – ARM – Cortex M3 platform Integration using ARM SDK||DD+DV|
|15||SoC Verification – interdisciplinary themes – SW coverage collection and analysis||DV|
|16||SoC Verification – interdisciplinary themes – CPU instructions provided by SV TB instead of reading from Memory; (SV + ARM architecture)||DV|
|17||VIP Development – PCI Express||DV|
|18||VIP Development – DDR||DV|
|19||VIP Development – Ethernet||DV|
|20||VIP Development – USB||DV|
|21||VIP Development – CSI||DV|
|22||VIP Development – DSI||DV|
|23||VIP Development – UNIPRO||DV|
|24||VIP Development – I3C||DV|
|25||VIP Development – SLIMbus||DV|
|26||VIP Development – HDMI||DV|