This is a fully remote position, open to applicants in United States.

📋 Description

• Engage advanced language models on topics related to explosive engineering.

• Interact with models regarding real-world explosive situations and theoretical engineering challenges.

• Assess the factual accuracy and logical consistency of model outputs.

• Document reproducible error traces and outline failure modes.

• Propose enhancements to prompt engineering and evaluation metrics.

• Assist in training AI models to cultivate technical knowledge and enhance reasoning capabilities in high-risk engineering fields.

⛳️ Requirements

• Proficiency in energetic materials, blast wave dynamics, detonation physics, structural response analysis, initiation systems, explosive ordnance disposal, and the development of safety protocols.

• Capability to evaluate charge design, shock dynamics, fragmentation mechanics, high-speed diagnostics, propellant chemistry, and post-blast forensic analysis.

• Competence in discussing real-world explosive scenarios and theoretical engineering issues.

• Skill in verifying factual accuracy and logical validity.

• Ability to document reproducible error traces.

• Talent for suggesting improvements to prompt engineering and evaluation metrics.

• Effective metacognitive communication and the ability to demonstrate your reasoning process.

• A PhD in explosive engineering, materials science, mechanical engineering, or a relevant discipline is preferred.

• Experience in published research, defense or demolition projects, or hands-on detonation testing initiatives indicates suitability for the role.