Materials Scientist

Job description

Key Responsibilities

Lead and support new product, system design, and material improvement initiatives to meet customer and business requirements.
Apply material science and chemical engineering knowledge to solve technical challenges and improve product performance.
Identify new product-to-market and application opportunities based on market trends, customer roadmaps, and technology developments.
Work with internal and external stakeholders on product marketing, product launch, and successful go-to-market campaigns.
Support business case development, cost evaluation, budgeting, and other operational processes required for business sustainability and improvement.
Collaborate with cross-functional teams including Engineering, Operations, Quality, Sales, Product Marketing, customers, and external vendors.
Provide technical input and recommendations on materials, surface treatment, coating, process controls, and failure analysis matters.

Requirements

Degree in Engineering, Science, Materials Engineering, Chemical Engineering, or related discipline.
Minimum 5 years of relevant experience, preferably in the semiconductor industry.
Strong hands-on experience in materials, chemistry, surface engineering, coating, or related manufacturing processes.
Experience in material selection and qualification for ferrous alloys, non-ferrous materials, and engineering plastics, including stainless steel, aluminium, titanium alloys, PEEK, PI, or equivalent materials.
Familiar with material requirements for high vacuum, plasma environments, extreme temperatures, and corrosive chemistries such as halogens, acids, bases, solvents, and cleaning chemicals.
Experience in evaluating chemical and elastomer compatibility, including materials such as Viton and other engineering polymers used in semiconductor or process equipment applications.
Knowledge of surface engineering, electroplating, and coating processes such as nickel plating, electroless nickel plating, PVD, CVD, sputtering, evaporation, or arc deposition.
Able to define and troubleshoot process controls relating to plating adhesion, coating defects, porosity, thickness uniformity, vacuum levels, gas flow, deposition rate, temperature, and related parameters.
Experience working with CNC machining vendors on material-specific requirements, including tool selection, cutting fluids, residual stress management, surface finish, heat treatment, annealing, stress relief, passivation, and cleaning.
Familiar with statistical process control and material acceptance criteria such as tensile strength, hardness, grain size, porosity, and surface finish requirements.
Experience in failure analysis and root cause investigation relating to corrosion, fatigue, wear, chemical attack, hydrogen embrittlement, galvanic corrosion, creep, or related material failure modes.
Familiar with analytical and testing methods such as SEM/EDS, FTIR, DSC, optical microscopy, hardness testing, salt spray testing, or equivalent techniques.
Strong analytical skills with creative thinking and problem-solving ability, supported by knowledge of market trends, leading technologies, and industry practices.
Exposure to international or regional customers and stakeholders.
Excellent communication and presentation skills, with ability to engage stakeholders from diverse backgrounds.
Effective communication in English. Knowledge of other Asian languages will be an advantage.
Willingness to travel on short or long notice, as required by business needs.
Resilient and adaptable in a VUCA business environment.

Required skills

sales english travel surface treatment product development engineering quality communication skills operations problem-solving analytical skills budgeting chemistry materials engineering presentation skills stainless steel materials cross-functional teams market trends manufacturing processes science cnc machining chemical engineering temperature surface finish peek pi failure analysis heat treatment stakeholders coating material selection product marketing evaporation product performance industry practices aluminum product launch creative thinking go-to-market technical challenges materials science business requirements statistical process control cvd pvd customer requirements operational processes process equipment ftir cost evaluation process controls dsc corrosion root cause investigation business case acids semiconductor industry international customers fatigue solvents wear external vendors nickel plating tool selection extreme temperatures degree in engineering non-ferrous materials coating defects cleaning chemicals chemical compatibility engineering plastics electroplating optical microscopy hydrogen embrittlement asian languages bases passivation regional customers sem/eds material qualification technology developments surface engineering porosity material improvement hardness testing tensile strength ferrous alloys titanium alloys high vacuum plasma environments corrosive chemistries halogens elastomer compatibility viton electroless nickel plating sputtering arc deposition plating adhesion thickness uniformity vacuum levels gas flow deposition rate cutting fluids residual stress management annealing stress relief material acceptance criteria hardness grain size chemical attack galvanic corrosion creep salt spray testing leading technologies vuca

Materials Scientist

Job description

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