Senior Research Scientist, Fire Detection & Suppression

International Association for Fire Safety Science; College Park (MD); On-site; USD 80,000 - 120,000; Full time

Benefits offered by this job

Comprehensive health and well-being programs

401(k) and pension plan

Tuition reimbursement

Flexible work arrangements

Generous time off allowances

Job summary

The International Association for Fire Safety Science in College Park, Maryland, is seeking a Senior Research Scientist to lead projects in fire detection and suppression. This role focuses on developing scientific knowledge and solutions to enhance industrial property loss prevention in critical areas.

The ideal candidate holds a PhD in Mechanical or Chemical Engineering and has strong research experience in combustion and heat transfer. The position offers a comprehensive rewards program, including health benefits and flexible work arrangements.

Qualifications

• Strong research experience involving experimental and analytical methods in thermal fluids.
• Familiarity with advanced sensor technology and AI integration is highly desirable.
• Demonstrated ability to develop solutions for complex technical challenges.

Responsibilities

• Lead research projects to evaluate fire detection and suppression performance.
• Design experiments for model development, calibration, and validation.
• Interpret experimental data and prepare technical documentation.
• Communicate results to stakeholders and manage project aspects.

Skills

Fundamental background in combustion

Fluid mechanics

Heat transfer

Applied mathematics

Excellent communication skills

Interdisciplinary collaboration

Education

PhD in Mechanical, Chemical Engineering, or Fire Protection Engineering

Job description

The International Association for Fire Safety Science in College Park, Maryland, is seeking a Senior Research Scientist to lead projects in fire detection and suppression. This role focuses on developing scientific knowledge and solutions to enhance industrial property loss prevention in critical areas.

The ideal candidate holds a PhD in Mechanical or Chemical Engineering and has strong research experience in combustion and heat transfer. The position offers a comprehensive rewards program, including health benefits and flexible work arrangements.