Your key responsibilities will include:

Identifying top researchers and labs within academic and scientific research institutions specializing in AI applied to Chemistry and Material Science.

Leading strategic relationships with opinion leaders and researchers.

Defining NVIDIA's strategy for engaging developers in university and research environments by working with cross-functional teams: Product, Engineering, Marketing, Applied Research, etc.

Evangelizing and directly engaging target collaborators on building teaching kits.

Hosting developer and customer evangelism events: meetups, hackathons, lectures.

Speaking at relevant scientific, technical, and industry conferences.

We need to see:

A PhD in computational chemistry, materials science, computer science, or a related field; or equivalent experience.

6+ years of experience in one or more of higher education for machine learning interatomic potentials, generative modeling, and quantum chemistry workflows,

Demonstrated knowledge of the research ecosystem landscape related to AI applications in chemical and materials research.

Outstanding communication abilities with proven experience in conveying a value proposition to both technical and non-technical audiences.

To stand out from the crowd, you should have:

High-impact publications in artificial intelligence applications for chemistry, molecular modeling, or materials discovery.

Experience with CUDA, parallel programming, or performance-focused software development.

Contributions to open-source software for simulation, chemistry, or materials science.

Experience managing technical and business alliances across multiple partner groups and the peer team(s)

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The role will oversee a team developing, validating, and implementing analytical methods, managing high-throughput instruments, and ensuring data integrity and compliance with regulatory standards. The manager will drive efficiency by leveraging automated systems and AI-driven data analysis, contributing to the Bp strategic framework across fuels (including biofuels), SAF, biogas, feedstocks, hydrogen, oil and gas, and cross-cutting low-carbon initiatives.

Key responsibilities include:

• Delivery of safe and compliant experimental operations and support of an HSSE culture.
• Management of the portfolio in analytical chemistry, including lead development, optimisation, and validation of analytical methods (HPLC, GC, GC-MS, LC-MS, ICP, NMR, etc.).
• Design, build, and deployment of high-throughput analytical automation systems (e.g. automated LC-MS, robotics).
• Integration of analytical workflows with existing laboratory information management systems (LIMS) and electronic lab notebooks (ELN).
• Implementation of AI and advanced software to speed up method development, data interpretation, and chromatography optimisation.
• Development, management, and delivery of the Team's annual programme according to resources and priorities.

The ideal candidate will have at least ten years' professional experience in an analytical science environment, a PhD in Chemistry (or MSc/BSc with 15+ years of experience), and a strong grasp of underlying fundamentals of analytical chemistry.

They will also have a record of strong scientific and team leadership, effective communication skills, and a proven track record of decision-making and appropriate risk-taking.

The role requires strong networking and influencing skills, and the ability to manage delivery of multiple projects across multiple interfaces.

Travel is expected to be up to 10%.

We are an equal opportunities employer and welcome applications from diverse candidates.

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Your primary objectives will be to deliver safe and compliant experimental operations, manage the portfolio in advanced chemistry, and lead the development of research programmes for molecules of interest to Bp. You will also be responsible for developing, managing, and delivering the Team's annual programme according to resources and priorities.

As an Applied Chemistry Manager, you will work closely with business technology colleagues to appraise new process/product options, identify fundamental needs in chemistry and catalysis, and deliver/transfer results and insights to meet these needs. You will also manage, as required, of relevant Academic Collaborations and other third-party relationships.

To be successful in this role, you will need to have a PhD in Chemistry with a strong grasp of underlying fundamentals of catalysis chemistry, organic chemistry, and electrochemistry. You will also need to have prior demonstrated experience in early scaling of new catalysts and/or molecules, as well as a record of strong scientific and team leadership along with effective communication skills and a proven track record of decision-making and appropriate risk-taking.

In addition, you will need to have a firm grasp on risk analysis and safety principles, strong networking and influencing skills, and the ability to manage delivery of multiple projects across multiple interfaces.

Travel will be required up to 25% of the time.

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This role offers a unique opportunity to shape how AI systems handle sensitive chemical and explosives information. You'll work with leading AI safety researchers while tackling critical problems in preventing catastrophic misuse. If you're excited about using your expertise to ensure AI systems remain safe and beneficial, we want to hear from you.

Responsibilities:

• Design and implement evaluation methodologies for assessing AI model capabilities relevant to chemical weapons, explosives synthesis, and energetic materials
• Develop and execute strategies to identify and mitigate potential C/E misuse in model outputs
• Create C/E threat models, including precursor identification, synthesis routes, and weaponization techniques
• Review and analyze traffic to identify potential policy violations related to C/E content
• Collaborate with software engineers to develop and refine detection systems and automated enforcement tools for C/E threats
• Conduct rapid response to escalations involving dangerous C/E queries
• Collaborate across teams to establish safety benchmarks and develop appropriate model guardrails
• Translate C/E domain knowledge into actionable safety requirements
• Develop approaches to assess C/E model knowledge boundaries for dual-use chemical information
• Monitor emerging threats in the C/E landscape to inform policy development

You may be a good fit if you:

• Have a Ph.D. in Chemistry, Chemical Engineering, or a related field with focus on energetic materials, explosives, and/or chemical weapons
• Have 5-8+ years of experience in chemical weapons and/or explosives defense, with deep expertise in energetic materials, chemical weapon agents, or related areas
• Have knowledge of high yield explosives application to radiological dispersal devices (dirty bombs) and related radiological weapons
• Have a track record of translating specialized technical knowledge into actionable safety policies or guidelines
• Are comfortable navigating ambiguity and developing solutions for novel safety challenges
• Can work independently while maintaining strong collaboration with cross-functional teams including engineering, enforcement, and research
• Thrive in a fast-paced environment where you balance rigorous scientific standards with rapid threat response
• Are passionate about preventing misuse of dangerous technical knowledge while enabling beneficial applications

Strong candidates may have:

• Experience with both chemical weapons and high yield explosives defense
• Experience working with defense, intelligence, or nonproliferation organizations (e.g., OPCW, IAEA, national labs, defense contractors)
• Published research or practical experience in explosives characterization, chemical weapons detection, or related security applications
• Knowledge of international chemical weapons conventions (CWC) and controlled substances regulations
• Demonstrated ability to communicate complex technical concepts to non-specialist audiences
• Experience with chemical databases (PubChem, Reaxys, SciFinder) and computational chemistry tools
• Understanding of radiological materials and their interaction with explosive dispersal mechanisms
• Familiarity with dual-use C/E research concerns and responsible disclosure practices

Logistics

Education requirements: We require at least a Bachelor's degree in a related field or equivalent experience. Location-based hybrid policy: Currently, we expect all staff to be in one of our offices at least 25% of the time. However, some roles may require more time in our offices.

Visa sponsorship: We do sponsor visas! However, we aren't able to successfully sponsor visas for every role and every candidate. But if we make you an offer, we will make every reasonable effort to get you a visa, and we retain an immigration lawyer to help with this.

We encourage you to apply even if you do not believe you meet every single qualification. Not all strong candidates will meet every single qualification as listed. Research shows that people who identify as being from underrepresented groups are more prone to experiencing imposter syndrome and doubting the strength of their candidacy, so we urge you not to exclude yourself prematurely and to submit an application if you're interested in this work.

Your safety matters to us. To protect yourself from potential scams, remember that Anthropic recruiters only contact you from @anthropic.com email addresses. In some cases, we may partner with vetted recruiting agencies who will identify themselves as working on behalf of Anthropic. Be cautious of emails from other domains. Legitimate Anthropic recruiters will never ask for money, fees, or banking information before your first day. If you're ever unsure about a communication, don't click any links—visit anthropic.com/careers directly for confirmed position openings.

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