Sr. Artificial Intelligence Lab Scientist - Material Discovery

Aramco

$120K — $150K *
Energy & Utilities
8 - 10 years of experience
Job Overview by Ladders

Qualifications

  • PhD in Engineering or Science, preferably in computational materials analysis and discovery.
  • Nine years of relevant industrial experience in energy materials design.
  • Expertise in theoretical, computational modeling, and simulation of materials science.
  • Familiarity with molecular dynamics and density functional theory methodologies.
  • Proficiency in Python coding language.
  • Strong communication skills in English, both written and verbal.
  • Ability to work independently or as part of a project team.

Responsibilities

  • Develop and execute energy-related research projects focusing on computational materials discovery.
  • Organize project tasks, schedules, deliverables, and resource evaluation.
  • Collaborate with stakeholders to frame AI-ready problem statements and identify impactful solutions.
  • Lead AI initiatives from data acquisition to model deployment and performance monitoring.
  • Build or modify computational architectures for material development.
  • Transfer computational designs into laboratory samples collaboratively.
  • Analyze data related to material properties and performance.

Benefits

  • Participate in innovative research in the sustainable energy sector.
  • Collaboration with multidisciplinary teams and external partners.
  • Opportunities to publish research and present findings at conferences.
  • Access to cutting-edge AI and ML technologies for materials research.
Full Job Description
Sr. Artificial Intelligence Lab Scientist - Material Discovery (1844)

R&D / Houston Downstream Research Center - Houston, TX. - Full Time

SCOPE:

Aramco Americas is seeking an experienced scientist specializing in the application of Artificial Intelligence (AI) and Machine Learning (ML) to accelerate next-generation materials discovery for carbon capture and utilization, catalysis for synthetic fuels and chemicals development, and related sustainable energy technologies. The role will apply AI/ML-driven modeling, simulation, and data analytics to understand and predict material structure-property-performance relationships and link these insights to industrially relevant processes. The position will work closely with laboratory researchers and process development teams to translate computational discoveries into experimental validation, scale-up considerations, and practical implementation. The ideal candidate will possess a strong technical foundation in AI/ML-enabled material research, coupled with demonstrated experience managing multidisciplinary research projects and driving innovations from concepts through deployment.

PRINCIPLE DUTIES:
  • Develop and lead execution of energy related research projects (e.g., catalysis, adsorption, and energy transition related) with an emphasis on computational materials discovery.
  • Organize project tasks and milestones, including evaluation of important schedules, deliverables, and resources.
  • Collaborate with stakeholders and domain experts to understand challenges, frame AI-ready problem statements, and identify high-impact solutions.
  • Lead end-to-end AI initiatives, including data acquisition, feature engineering, model deployment, and performance monitoring.
  • Build or modify existing computational architecture for material development.
  • Work with team members to transfer computational designs into laboratory samples.
  • Collect and analyze data related to material properties and performance.
  • Stay up to date on emerging technologies in the field of AI and ML.
  • Identify collaborative opportunities with both internal and external partners based upon identified technical challenges and collaborator skill sets.
  • Work with key business stakeholders to manage technology deployment.
  • Write technicals reports, journal publications, and present findings at conferences.
  • Provide and manage a safe, accident-free laboratory environment. Follow all company safety rules in performing job duties.


MINIMUM REQUIREMENTS:
  • PhD Degree in an Engineering or Science discipline with a preference towards computational materials analysis and discovery.
  • Nine (9) years of relevant industrial experience related to energy materials design
  • Preferred candidates will have research experience in theoretical, computational, modeling, and/or simulation of materials science or related fields, including familiarity with molecular dynamics and density functional theory methodologies.
  • Preferred candidates will have experience in the application of AI and ML approaches to material development.
  • Preferred candidates will be proficient in the Python coding language.
  • Must be able to communicate and comprehend accurately, clearly and concisely in English at a level required to perform the job as outlined.
  • Candidate should be comfortable in working independently or part of a project team, frequent project presentation and travel to meetings at conferences and universities. Must possess good work habits, a strong work ethic, and be able to adhere to company work hours, policies, and standard business etiquette.


NO THIRD-PARTY CANDIDATES ACCEPTED

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