Low-Power RF Design & Modulation Intern

Texas Instruments; Oslo; On-site; NOK 700,000 - 900,000; Full time

Benefits offered by this job

Competitive pay

International work environment

Development opportunities

Job summary

Texas Instruments is seeking a talented electronics engineer to work on low-power RF communication circuits and IoT devices in Oslo. You will design modulation and demodulation schemes, implement RTL code, and verify chips from circuit to behavioral level using Verilog/VHDL.

The role involves developing new low-power architectures, testing algorithms for BPSK/FSK/QAM/OFDM, and collaborating with a team of analog and digital design engineers to deliver cutting-edge solutions.

Qualifications

• MSc Degree in Electronics Engineering, Telecommunication Engineering, or related field.
• 1-3 years of relevant experience. Exceptional newly graduated candidates will be also considered.
• Good knowledge of communication theory and digital signal processing
• Understanding of digital logic design
• Familiarity with the Verilog and VHDL language and simulators
• Strong programming skills: Matlab, C, Python and Assembler
• Understanding of analog and RF electronics and exposure to analog IC design methods
• Excellent communication skills in English

Responsibilities

• RTL coding, simulation, synthesis, verification and debugging of communication chips both at the circuit level and behavioral level.
• Define and test new modulation and demodulation algorithms for different modulation formats like BPSK, FSK, QAM and OFDM.
• Develop those algorithms using low-level embedded assembler-programmed CPUs.
• Participate in the development of new low-power architectures for future products.

Skills

Verilog

VHDL

Matlab

C

Python

Assembler

DSP

Communication theory

Analog RF

Education

MSc Degree in Electronics Engineering or Telecommunication Engineering

Job description

Texas Instruments is seeking a talented electronics engineer to work on low-power RF communication circuits and IoT devices in Oslo. You will design modulation and demodulation schemes, implement RTL code, and verify chips from circuit to behavioral level using Verilog/VHDL.

The role involves developing new low-power architectures, testing algorithms for BPSK/FSK/QAM/OFDM, and collaborating with a team of analog and digital design engineers to deliver cutting-edge solutions.