Information on Bachelor and Master Theses

Ba­si­cal­ly, the goal or ap­p­li­ca­ti­on for our work is the me­a­su­re­ment tech­no­lo­gy or sen­sor tech­no­lo­gy to me­a­su­re va­rious phy­si­cal quan­ti­ties or phe­no­me­na.

First, our work in­clu­des elec­tro­nics to­pics. These are high fre­quen­cy cir­cuits, such as oscil­la­tors, fre­quen­cy di­vi­ders, de­tec­tor cir­cuits, etc., but also low fre­quen­cy cir­cuits, such as me­a­su­re­ment cir­cuits, micro­con­trol­ler boards, FPGA boards, ana­log-di­gi­tal con­ver­ters, (pre­ci­si­on) cur­rent/vol­ta­ge sour­ces, etc.. Se­cond­ly, our work in­clu­des high fre­quen­cy com­po­n­ents, i.e. line struc­tu­res, an­ten­nas, wa­vegui­des, re­so­na­tors and the like. Third­ly, our work in­clu­des data ana­ly­sis for sen­sors. Most of the time it is about eva­lua­ting the me­a­su­re­ment si­gnals from the sen­sors de­ve­lo­ped by us (key­word si­gnal pro­ces­sing) and de­ter­mi­ning phy­si­cal quan­ti­ties. We do data pro­ces­sing on the PC as well as on FPGAs and micro­con­trol­lers.

In the re­spec­tive sub­ject area, stu­dents are then ex­pec­ted to per­form one or more of the fol­lowing ac­tivi­ties as part of prac­tical pro­jects and final the­ses. These in­clu­de si­mu­la­ti­ons, cir­cuit de­ve­lop­ment, lay­out/con­struc­tion, com­mis­sio­ning, per­for­ming me­a­su­re­ments, pro­gramming con­trols, and pro­gramming data eva­lua­ti­ons.

Requirements

If you are in­te­rested, plea­se send us an e-mail with your pre­fer­red to­pics, your prac­tical ex­pe­ri­ence and a tran­script of re­cords to: abschlussarbeiten@​est.​rub.​de.