Postdoc/PhD in Compound Semiconductor Energy Converters (GaAs)

Aalto University; Espoo; Ibrido; EUR 35.000 - 49.000; Tempo pieno

Vantaggi offerti da questo lavoro

Flexible working hours

Occupational health services

Descrizione del lavoro

Aalto University’s Engineered NanoSystems group seeks Doctoral and/or Post‑doctoral researchers to develop electroluminescent and thermophotonic energy converters based on III‑V compounds. The role spans epitaxy, material development, device design, and comprehensive characterization in a hybrid setup at Espoo, Finland.

We welcome post‑docs and outstanding doctoral candidates with strong backgrounds in GaAs solar cells, LEDs, and related III‑V processes.

Competenze

• Background in III-V semiconductor device fabrication, epitaxy, optical packaging, and GaAs solar cells/LEDs.
• Experience with III-V device clean room processing and development.
• Experience with materials and characterization techniques and optical encapsulation.
• Strong analytical skills and teamwork; good command of English.
• Independent thinking and flexibility for research projects.
• Prior studies in a suitable field are desirable.

Mansioni

• Work on electroluminescent and thermophotonic energy converters based on III-V semiconductors.
• Contribute to epitaxy, material development, device design, and characterization.
• Modeling and testing of devices with theoreticians and experimentalists.
• Prepare results for publications and presentations.

Conoscenze

Compound semiconductors

III-V device fabrication

Epitaxy

Optical packaging

Device design

English proficiency

Formazione

PhD in a relevant field

Strumenti

MOCVD equipment

Descrizione del lavoro

Aalto University’s Engineered NanoSystems group seeks Doctoral and/or Post‑doctoral researchers to develop electroluminescent and thermophotonic energy converters based on III‑V compounds. The role spans epitaxy, material development, device design, and comprehensive characterization in a hybrid setup at Espoo, Finland.

We welcome post‑docs and outstanding doctoral candidates with strong backgrounds in GaAs solar cells, LEDs, and related III‑V processes.