Constellium

6 days ago

Phd Offer - Creep resistance of new generation Al alloys - H/F/X

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Canonical indexed version, validated from employer's careers page.

Source: Company careers pageValidated by: Fursa AI

Last checked: 15 hours agoStatus: Live

Job Summary

Investigate the creep performance and underlying deformation/damage mechanisms of next-generation aluminum alloys produced via laser powder bed fusion (LPBF) and compared with conventional metallurgy routes. Use advanced microstructural characterization (APT, TEM, SEM, XCT) and high-temperature tensile/creep testing (single load, stress- and temperature-jumps) to link intermetallic populations and aging response to creep rate and creep life. Perform work across host labs SIMaP and Constellium C-TEC.

Location: France

Workplace: Remote

Employment Type: Full time · 36 months

Job Function: Research & Scientific (R&D)

Seniority: Graduate level

Key Responsibilities

•Characterize the as-printed microstructure and intermetallic population of a new alloy fabricated using LPBF.
•Study the aging response of the alloy using advanced techniques such as APT and TEM.
•Run high-temperature tensile and multiple creep tests (single load, stress-jumps, temperature-jumps) to determine mechanical properties.
•Examine deformed microstructures using SEM, TEM, and X-ray computed microtomography to clarify deformation and damage mechanisms.
•Collaborate across host laboratories SIMaP and Constellium C-TEC over the thesis duration (80–90% / 10–20%).

Key Requirements

•Master’s degree or Engineering degree in materials science.
•Strong aptitude for experimental work.
•Any experience with additive manufacturing processes is valuable.
•Ability to perform microstructural characterization of LPBF-fabricated alloys.
•Experience with high-temperature mechanical testing methods is a plus.

Experience:Additive manufacturingMaterials science

Education:Master's in Materials science

Skills:Experimental workStrong aptitude for experimentation

Tech Stack:Additive manufacturingLaser powder bed fusion (LPBF)Atom probe tomography (APT)Transmission electron microscopy (TEM)Scanning electron microscopy (SEM)X-ray computed microtomography (XCT)High temperature tensile testsCreep testsStress-jumpsTemperature-jumps

Company Brief

Constellium

Produces advanced aluminum products and solutions for aerospace, automotive, packaging, and other industrial applications. The company focuses on rolling, extrusion, and recycling technologies that help customers improve performance, lightweighting, and sustainability.

Industry: Materials Science

Company Size: Enterprise (1,001+ employees)

Revenue: USD 1B+

Growth: Public Company

Valuation: Public Company (Market Cap in USD)

Funding: IPO / Publicly Listed

Headquarters: Paris, France

Founded: 2011

Website LinkedIn

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Constellium

6 days ago

Phd Offer - Creep resistance of new generation Al alloys - H/F/X

✓ Verified Job

Canonical indexed version, validated from employer's careers page.

Source: Company careers pageValidated by: Fursa AI

Last checked: 15 hours agoStatus: Live

Job Summary

Location: France

Workplace: Remote

Employment Type: Full time · 36 months

Job Function: Research & Scientific (R&D)

Seniority: Graduate level

Key Responsibilities

•Characterize the as-printed microstructure and intermetallic population of a new alloy fabricated using LPBF.
•Study the aging response of the alloy using advanced techniques such as APT and TEM.
•Run high-temperature tensile and multiple creep tests (single load, stress-jumps, temperature-jumps) to determine mechanical properties.
•Examine deformed microstructures using SEM, TEM, and X-ray computed microtomography to clarify deformation and damage mechanisms.
•Collaborate across host laboratories SIMaP and Constellium C-TEC over the thesis duration (80–90% / 10–20%).

Key Requirements

•Master’s degree or Engineering degree in materials science.
•Strong aptitude for experimental work.
•Any experience with additive manufacturing processes is valuable.
•Ability to perform microstructural characterization of LPBF-fabricated alloys.
•Experience with high-temperature mechanical testing methods is a plus.

Experience:Additive manufacturingMaterials science

Education:Master's in Materials science

Skills:Experimental workStrong aptitude for experimentation

Company Brief

Constellium

Industry: Materials Science

Company Size: Enterprise (1,001+ employees)

Revenue: USD 1B+

Growth: Public Company

Valuation: Public Company (Market Cap in USD)

Funding: IPO / Publicly Listed

Headquarters: Paris, France

Founded: 2011

Website LinkedIn