• Keine Ergebnisse gefunden

System Engineer(s) for GNSS data processing / GNSS signal processing

N/A
N/A
Protected

Academic year: 2022

Aktie "System Engineer(s) for GNSS data processing / GNSS signal processing"

Copied!
1
0
0

Wird geladen.... (Jetzt Volltext ansehen)

Volltext

(1)

IGASPIN GmbH Reininghausstraße 13a 8020 Graz

Austria

Tel.: +43 720 732 389 - 0 Fax: +43 720 732 389 - 11 E-Mail: office@igaspin.at March 2021

We are looking for

System Engineer(s) for

GNSS data processing / GNSS signal processing

IGASPIN is a SME focusing on national and international R&D projects in the growing market of satellite navigation. Our highly motivated engineers are looking for talented, passionate and creative individuals, who are willing to join our team.

Your tasks:

- Software-development within C/C++ and Matlab

- GNSS data processing / GNSS signal analyses and signal processing - Testing GNSS-related data and supporting measurement campaigns - Supporting the development of GNSS research projects and products - Correspondence with (inter) national customers and institutions

Based on the tasks, the following requirements are necessary:

- Very good programming skills in C/C++ and MATLAB - Experiences with GNSS / GNSS Signals processing - Solving problems independently

- Good English and German

- Academic education BSc or MSc in Electrotechnics, Electronic Engineering, Informatics, Physics, Geodesy or related engineering discipline

What we offer:

- Working with high self-responsibility in a dynamic team - Working within national and international R&D projects - Opportunity to take over (project) leadership

- The working conditions as well as the salary are based on the Austria tarif IT-KV 2021 / over-payment related to experience offered and responsibility

If you are interested to join our R&D team, do not hesitate to contact us at R.Hein@igaspin.at

Referenzen

ÄHNLICHE DOKUMENTE

In case of jamming, two state-of-the-art mitigation strategies focusing on adaptive filtering and blanking are explained in detail and their benefits are shown using

Abbildung 10 zeigt die Entwicklung einer PPP- Positionslösung berechnet mit einem Kalman- Filter-Modell. Das Phasenreststück wird hier noch reell-wertig geschätzt und bewirkt

ƒ Die Anzahl der Passpunkte: Es müssen einer- seits zumindest so viele Passpunkte gewählt werden, dass der Anschluss durchgreifend kon- trolliert ist, also Fehler in den

Durch die Verwendung der Galileo Open Service Navigation Message Authentication (OSNMA) im Galileo E1-Band können sich somit in Zukunft alle Galileo Nutzer vor Spoofing-Attacken

Da der Term mit den Schwe- reverhältnissen in (9) jedoch klein ist, kann an- stelle der Normalhöhe H norm die Gebrauchshöhe H gebr verwendet werden, wodurch eine iterative

The goal of the project is the comparison of three distinct categories of sensors in terms of accuracy and quality on the one hand and the comparison of three different

While predicted, global and regional models do not differ significantly in periods of low solar activity the use of a model which is created in near real-time by a regional cloud

Johannes Kr¨ oger, Yannick Breva, Tobias Kersten und Steffen Sch¨ on Institut f¨ ur Erdmessung | Leibniz Universit¨at