Emerson Electric · DRESDEN, SACHSEN, Germany

Internship: RF Measurements and Simulations for SDR

DRESDEN, SACHSEN, GermanyOn-siteEarly career

Listed on Emerson Electric’s official careers site. Posted October 22, 2026. Check that it is still open and apply there.

Apply on Emerson Electric’s careers site →

Job description

NI is one of the leading manufacturers in the field of Software Defined Radios (SDR). An important prerequisite for RF development is detailed simulation of the signal chain and measurements that can validate the simulation. To extend the test and simulation coverage for our upcoming products, we are looking for an electrical engineering student for our Dresden R&D site. You will be guided by an experienced mentor who will work with you on a day-to-day basis.

In This Role, Your Responsibilities Will Be: Develop and extend measurement framework with new features and tests in LabVIEW and/or Python Develop and extend simulation models and tools in LabVIEW and/or Python Who You Are: You are passionate about wireless technology and like to learn and work with the latest measurement techniques and simulation tools. You can manage your time well and reach out to mentors with questions to help drive progress and completion of goals and tasks.

You work effectively in a group environment, problem-solve, and diagnose technical issues and propose reasonable solutions.

For This Role, You Will Need

Ongoing academic studies in Computer Science, Information System Technology, Electrical Engineering or comparable fields of studies (from 4th semester) Basic understanding of RF (e.g., components, measurements) First practical experience in programming (e.g., with Arduino, Raspberry Pi) Good command of spoken and written English and/or German Availability for 5-6 months starting in April 2027 This internship must be a mandatory part of your studies

Preferred Qualifications

That Set You Apart: Experience in Python programming Experience with RF measurements equipment (Signal Analyzer and Signal Generator) Experience with RF simulations (CST, Microwave Office…) Experience in LabVIEW Our Culture & Commitment to You: We attach great importance to your development, so we want to make sure that you not only find a challenging job with us, but also a workplace that is supportive and rewarding.

You'll receive structured onboarding as well as dedicated support from professional mentors.

Practical expertise imparted

Opportunity to work with the latest measurement techniques and simulation tools Experience in improving technology day by day Get insight into how day-to-day business looks like for an engineer Work in an international R&D team In addition, you can expect a variety of attractive employee benefits : Fair compensation Flexible working hours Team events and free drinks, fruits, and veggies We are committed to providing an inclusive, open, and welcoming workplace environment for people, helping all to make the most of their professional potential.

Are you interested? If so, we look forward to receiving your application via our application portal, including motivation letter, CV, compulsory internship certificate from your university’s internship or examination office, most recent certificates and grade transcripts. National Instruments Dresden GmbH Ms. Nataliia Verbylo Am Waldschloesschen 2 01099 Dresden Germany

More jobs at Emerson Electric

Inventory & Supply Planning Manager

MÖNCHENGLADBACH, NORDRHEIN WESTFALEN, Germany

Ipari Mérnökségi Technikus

DEBRECEN, HAJDÚ BIHAR, Hungary

Junior Termékmérnök

DEBRECEN, HAJDÚ BIHAR, Hungary

Kalibrációs technikus

DEBRECEN, HAJDÚ BIHAR, Hungary

LAM Level BDM

BUENOS AIRES, Argentina

Similar jobs at other companies

Lead SDR Engineer

Lockheed Martin · Gloucester, GBR

Staff Firmware Engineer - SDR/5G/6G Modem - Hod HaSharon

Qualcomm · Hod Hasharon, Haifa District, Israel

销售总监 (SDR)

DBS · Beijing

SDR

CoreWeave · London, England

OpenNash lists jobs from employers’ own careers sites and does not handle applications. Dates come from the employer where stated; “first seen” and “last checked” are our own observations.