Materials Process Engineer

CoolStar Innovation Technology Limited; Hong Kong; Presencial; HKD 800.000 - 1.200.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

HMO/Healthcare benefits

Descripción de la vacante

CoolStar Innovation Technology Limited is seeking a senior Materials Process Engineer to own SMA material manufacturing from post-smelting to finished product, including forging, rolling and machining. You will develop, optimize and standardize process parameters, ensure stability and cost efficiency, and supervise shop-floor operations with cross‑functional teams.

The role requires a Master’s in a related field and 3+ years of hands‑on experience in metal processing and scalable fabrication

Formación

• Master's degree or above in a relevant discipline.
• 3+ years hands‑on experience in material process design, parameter tuning, supervision, and optimization.
• Experience with SMA, nickel-based, titanium-based or high-entropy alloys preferred.
• Ability to design process routes and troubleshoot production issues.
• Publications in peer‑reviewed journals is a plus.

Responsabilidades

• Own end-to-end SMA material manufacturing, including forging, rolling, and machining.
• Develop and standardize process parameters for each stage to ensure stability, yield and cost efficiency.
• Conduct microstructural characterization and material testing; analyze deformation mechanisms.
• Drive pilot-scale transfer of scalable technologies (MIM, SPS, 3D printing) for alloys.
• Supervise shop-floor production and resolve anomalies in real time; coordinate with partners.

Conocimientos

Process design

Process parameter tuning

Production supervision

Process optimization

Material performance control

Educación

Master's degree in Materials Science and Engineering or related

Herramientas

Powder metallurgy (MIM, SPS)

3D printing

Sheet/Tube/Wire fabrication

Descripción del empleo

• Own the end-to-end process implementation and quality control for SMA material manufacturing from post-smelting through to finished product — including hot forging, cold forging, hot rolling, cold rolling, and machining processes.
• Develop, optimize, and standardize process parameters for each production stage; ensure process stability, yield, and cost efficiency at scale.
• Conduct microstructural characterization and mechanical/functional property testing of processed materials; analyze deformation mechanisms; identify and implement targeted performance improvement measures.
• Drive process optimization and pilot-scale transfer of scalable fabrication technologies, including powder metallurgy (MIM, SPS, additive manufacturing) and alloy sheet/tube/wire production.
• Supervise production processes on the shop floor; coordinate with operations teams to resolve process anomalies and quality issues in real time.

Engage with industry partners and suppliers; participate in or lead process evaluation and risk control during scale-up; support transition to full mass production.

Requirements

• Master's degree or above in Materials Science and Engineering, Metallic Materials, Materials Processing, Metallurgical Engineering, or a related discipline.
• 3+ years of in-depth hands‑on experience in material process design, process parameter tuning, production supervision, process optimization, and material performance control; experience with SMA, nickel-based, titanium-based, or high-entropy alloy systems is preferred.
• Solid understanding of post-smelting metal forming processes (forging, rolling, drawing, machining); ability to independently design process routes and troubleshoot production issues.
• Familiarity with scalable alloy fabrication technologies including powder metallurgy (MIM, SPS, 3D printing) and sheet/tube/wire manufacturing; knowledge of microstructural standards and deformation mechanism analysis.
• Publication record as first author or key contributor in leading peer‑reviewed journals in the field of metallic materials or materials processing is a plus.
• Hands‑on experience with industry‑scale production workflows; ability to communicate and collaborate effectively with industrial partners and suppliers.
• Strong self‑motivation, systematic work planning, high execution efficiency, and a drive for innovation and continuous improvement.
• Excellent teamwork, communication, and cross‑functional coordination skills.