Building Materials Research Director
Insurance Institute for Business & Home Safety, Richburg, SC, United States
About This Opportunity
Join IBHS as a Building Materials Research Director and lead the strategic direction of our laboratory operations while advancing applied research on severe convective storms. This is a unique dual-focus role that combines hands-on laboratory leadership (70%) with active scientific research and innovation (30%). You'll manage complex operations that balance competing demands—staff capacity, equipment availability, research priorities, and compliance requirements—while driving breakthroughs in how buildings withstand hail, straight-line wind, and tornado hazards.
This role is ideal for a scientist‑leader who thrives at the intersection of operational excellence and scientific discovery, and who can translate atmospheric hazards into defensible building performance standards.
Primary Responsibilities Building Materials Science Laboratory Operations Leadership (70%) Lab Throughput & Capacity Management Plan and manage building materials laboratory throughput while strategically balancing:
Staff capacity and skill development
Equipment availability and utilization
Sample preparation constraints
Research versus compliance testing priorities
Core Expectations:
Participate in experiment planning, execution, and quality control/assurance to ensure scientific rigor
Establish predictable delivery timelines that stakeholders can rely on
Develop transparent capacity planning tools and forecasting models
Determine explicit tradeoffs between speed, scientific rigor, uncertainty, and quality—and communicate these decisions clearly
Quality Systems & Repeatability Establish and enforce repeatable test protocols while preserving the scientific flexibility needed for innovation. Clearly differentiate between:
Compliance testing and product-based outputs versus exploratory research testing
Exploratory workflows versus production workflows
Equipment & Infrastructure Stewardship Oversee maintenance, calibration, and lifecycle planning of building materials laboratory equipment to maximize uptime and research capability.
Key Expectations:
Understand how equipment limitations define experimental validity and inform research design
Reduce downtime through preventive maintenance systems and proactive monitoring
Develop multi-year capital planning aligned with research strategy
Ensure infrastructure investments support long-term severe storm research goals
Staff Development & Talent Architecture
Build a high-performing laboratory team by mentoring entry-level staff scientists, operators, and specialist technicians
Establish clear performance expectations by role
Cross-train staff without diluting domain expertise
Coach staff to understand why procedures exist, not just how to perform them
Maintain scientific integrity while building operational discipline
Scientific Research & Innovation (30%) Lead components of experimental and analytics-based research programs advancing applied science on severe convective storms—including hail, straight-line wind, and tornado-related hazards—and their interaction with residential and commercial construction systems.
Scientific & Technical Expectations:
Design test matrices, instrumentation strategies, and structured data pipelines
Validate experimental results using appropriate statistical methods and uncertainty quantification
Improve existing test methods or propose new instrumentation approaches to better represent field conditions
Communicate hazard and vulnerability concepts to IBHS members and stakeholders
Translate atmospheric hazard characteristics into defensible material and system performance targets
Scientific Ownership:
Author and contribute to IBHS technical reports
Identify weaknesses in methods and propose refinements grounded in physics and field relevance
Connect laboratory findings to IBHS product pathways, including standards development, ratings, guidance documents, and member insights
Present findings internally to the Research Advisory Council, IBHS Board, Residential Committee, Commercial Lines Committee, and Executive Committee
Develop peer-reviewed journal submissions and represent IBHS at external conferences and technical forums
Innovation & Systems Thinking:
Propose conceptual improvements in how hazards are translated into building performance testing
Operate across disciplinary boundaries: engineering, meteorology, material science, and risk analytics
Frame laboratory research in the context of societal loss trends, exposure growth, and vulnerability reduction
Science Communication:
Present complete research studies clearly to both technical and non-technical audiences
Write technical reports that transparently communicate assumptions, limitations, and uncertainty
Guide product development through disciplined science communication
Demonstrate cross-disciplinary fluency sufficient to align engineers, atmospheric scientists, and operational teams
Core Management Competencies
Systems-level thinking in applied hazard science: Ability to see how laboratory operations, equipment, staffing, and research programs interconnect to advance organizational mission
Balance research innovation with production reliability: Comfort making tradeoffs between scientific exploration and operational consistency
Operate in complex environments: Thrive where uncertainty, time pressure, and technical complexity intersect
Demonstrated credibility: Earn trust from both operational teams and scientific peers through competence and integrity
Translate hazard science to building performance: Capacity to convert atmospheric hazard characteristics into actionable material and system performance metrics
Required Qualifications
Advanced degree (Master's or Ph.D.) in engineering, materials science, atmospheric science, or related field
5+ years of experience in applied research, laboratory management, or building science
Demonstrated expertise in experimental design, data analysis, and quality assurance protocols
Proven ability to lead technical teams and mentor junior scientists or engineers
Strong written and verbal communication skills, with ability to present to diverse audiences
Experience managing laboratory equipment, maintenance schedules, and capital planning
Knowledge of building codes, standards development, or compliance testing (a significant plus)
Nice-to-Have Qualifications
Background in severe weather hazards, wind engineering, or structural dynamics
Experience with statistical methods, uncertainty quantification, or data science
Published peer-reviewed research or technical reports
Familiarity with insurance industry, risk assessment, or loss prevention
Experience with laboratory information management systems (LIMS) or data management platforms
Project management or operational leadership experience in research environments
About IBHS The Insurance Institute for Business & Home Safety (IBHS) is a nonprofit organization dedicated to reducing the social and economic impact of natural hazards on the built environment. Our research informs building codes, insurance practices, and public policy. We operate state-of-the-art laboratories where scientists and engineers conduct rigorous testing to understand how buildings perform under extreme conditions. Our work directly influences how millions of buildings are designed, constructed, and insured.
Why Join Us?
Make a tangible impact: Your research directly influences building standards and saves lives and property
Lead at the intersection of science and operations: Rare opportunity to combine research leadership with hands‑on laboratory management
Work with cutting‑edge facilities: Access to world-class testing equipment and collaborative research environment
Collaborate across disciplines: Partner with engineers, meteorologists, data scientists, and policy experts
Grow your career: Mentorship, professional development, and opportunities to publish and present at conferences
Required Qualifications
Advanced degree (Master's or Ph.D.) in engineering, materials science, atmospheric science, or related field
5+ years of experience in applied research, laboratory management, or building science
Demonstrated expertise in experimental design, data analysis, and quality assurance protocols
Proven ability to lead technical teams and mentor junior scientists or engineers
Strong written and verbal communication skills, with ability to present to diverse audiences
Experience managing laboratory equipment, maintenance schedules, and capital planning
Knowledge of building codes, standards development, or compliance testing (a significant plus)
Nice-to-Have Qualifications
Background in severe weather hazards, wind engineering, or structural dynamics
Experience with statistical methods, uncertainty quantification, or data science
Published peer-reviewed research or technical reports
Familiarity with insurance industry, risk assessment, or loss prevention
Experience with laboratory information management systems (LIMS) or data management platforms
Project management or operational leadership experience in research environments
Health Care Plan (Medical, Dental & Vision)
Retirement Plan (401k, IRA)
Life Insurance (Basic, Voluntary & AD&D)
Paid Time Off (Vacation, Sick & Public Holidays)
Family Leave (Maternity, Paternity)
Short Term & Long Term Disability
Training & Development
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This role is ideal for a scientist‑leader who thrives at the intersection of operational excellence and scientific discovery, and who can translate atmospheric hazards into defensible building performance standards.
Primary Responsibilities Building Materials Science Laboratory Operations Leadership (70%) Lab Throughput & Capacity Management Plan and manage building materials laboratory throughput while strategically balancing:
Staff capacity and skill development
Equipment availability and utilization
Sample preparation constraints
Research versus compliance testing priorities
Core Expectations:
Participate in experiment planning, execution, and quality control/assurance to ensure scientific rigor
Establish predictable delivery timelines that stakeholders can rely on
Develop transparent capacity planning tools and forecasting models
Determine explicit tradeoffs between speed, scientific rigor, uncertainty, and quality—and communicate these decisions clearly
Quality Systems & Repeatability Establish and enforce repeatable test protocols while preserving the scientific flexibility needed for innovation. Clearly differentiate between:
Compliance testing and product-based outputs versus exploratory research testing
Exploratory workflows versus production workflows
Equipment & Infrastructure Stewardship Oversee maintenance, calibration, and lifecycle planning of building materials laboratory equipment to maximize uptime and research capability.
Key Expectations:
Understand how equipment limitations define experimental validity and inform research design
Reduce downtime through preventive maintenance systems and proactive monitoring
Develop multi-year capital planning aligned with research strategy
Ensure infrastructure investments support long-term severe storm research goals
Staff Development & Talent Architecture
Build a high-performing laboratory team by mentoring entry-level staff scientists, operators, and specialist technicians
Establish clear performance expectations by role
Cross-train staff without diluting domain expertise
Coach staff to understand why procedures exist, not just how to perform them
Maintain scientific integrity while building operational discipline
Scientific Research & Innovation (30%) Lead components of experimental and analytics-based research programs advancing applied science on severe convective storms—including hail, straight-line wind, and tornado-related hazards—and their interaction with residential and commercial construction systems.
Scientific & Technical Expectations:
Design test matrices, instrumentation strategies, and structured data pipelines
Validate experimental results using appropriate statistical methods and uncertainty quantification
Improve existing test methods or propose new instrumentation approaches to better represent field conditions
Communicate hazard and vulnerability concepts to IBHS members and stakeholders
Translate atmospheric hazard characteristics into defensible material and system performance targets
Scientific Ownership:
Author and contribute to IBHS technical reports
Identify weaknesses in methods and propose refinements grounded in physics and field relevance
Connect laboratory findings to IBHS product pathways, including standards development, ratings, guidance documents, and member insights
Present findings internally to the Research Advisory Council, IBHS Board, Residential Committee, Commercial Lines Committee, and Executive Committee
Develop peer-reviewed journal submissions and represent IBHS at external conferences and technical forums
Innovation & Systems Thinking:
Propose conceptual improvements in how hazards are translated into building performance testing
Operate across disciplinary boundaries: engineering, meteorology, material science, and risk analytics
Frame laboratory research in the context of societal loss trends, exposure growth, and vulnerability reduction
Science Communication:
Present complete research studies clearly to both technical and non-technical audiences
Write technical reports that transparently communicate assumptions, limitations, and uncertainty
Guide product development through disciplined science communication
Demonstrate cross-disciplinary fluency sufficient to align engineers, atmospheric scientists, and operational teams
Core Management Competencies
Systems-level thinking in applied hazard science: Ability to see how laboratory operations, equipment, staffing, and research programs interconnect to advance organizational mission
Balance research innovation with production reliability: Comfort making tradeoffs between scientific exploration and operational consistency
Operate in complex environments: Thrive where uncertainty, time pressure, and technical complexity intersect
Demonstrated credibility: Earn trust from both operational teams and scientific peers through competence and integrity
Translate hazard science to building performance: Capacity to convert atmospheric hazard characteristics into actionable material and system performance metrics
Required Qualifications
Advanced degree (Master's or Ph.D.) in engineering, materials science, atmospheric science, or related field
5+ years of experience in applied research, laboratory management, or building science
Demonstrated expertise in experimental design, data analysis, and quality assurance protocols
Proven ability to lead technical teams and mentor junior scientists or engineers
Strong written and verbal communication skills, with ability to present to diverse audiences
Experience managing laboratory equipment, maintenance schedules, and capital planning
Knowledge of building codes, standards development, or compliance testing (a significant plus)
Nice-to-Have Qualifications
Background in severe weather hazards, wind engineering, or structural dynamics
Experience with statistical methods, uncertainty quantification, or data science
Published peer-reviewed research or technical reports
Familiarity with insurance industry, risk assessment, or loss prevention
Experience with laboratory information management systems (LIMS) or data management platforms
Project management or operational leadership experience in research environments
About IBHS The Insurance Institute for Business & Home Safety (IBHS) is a nonprofit organization dedicated to reducing the social and economic impact of natural hazards on the built environment. Our research informs building codes, insurance practices, and public policy. We operate state-of-the-art laboratories where scientists and engineers conduct rigorous testing to understand how buildings perform under extreme conditions. Our work directly influences how millions of buildings are designed, constructed, and insured.
Why Join Us?
Make a tangible impact: Your research directly influences building standards and saves lives and property
Lead at the intersection of science and operations: Rare opportunity to combine research leadership with hands‑on laboratory management
Work with cutting‑edge facilities: Access to world-class testing equipment and collaborative research environment
Collaborate across disciplines: Partner with engineers, meteorologists, data scientists, and policy experts
Grow your career: Mentorship, professional development, and opportunities to publish and present at conferences
Required Qualifications
Advanced degree (Master's or Ph.D.) in engineering, materials science, atmospheric science, or related field
5+ years of experience in applied research, laboratory management, or building science
Demonstrated expertise in experimental design, data analysis, and quality assurance protocols
Proven ability to lead technical teams and mentor junior scientists or engineers
Strong written and verbal communication skills, with ability to present to diverse audiences
Experience managing laboratory equipment, maintenance schedules, and capital planning
Knowledge of building codes, standards development, or compliance testing (a significant plus)
Nice-to-Have Qualifications
Background in severe weather hazards, wind engineering, or structural dynamics
Experience with statistical methods, uncertainty quantification, or data science
Published peer-reviewed research or technical reports
Familiarity with insurance industry, risk assessment, or loss prevention
Experience with laboratory information management systems (LIMS) or data management platforms
Project management or operational leadership experience in research environments
Health Care Plan (Medical, Dental & Vision)
Retirement Plan (401k, IRA)
Life Insurance (Basic, Voluntary & AD&D)
Paid Time Off (Vacation, Sick & Public Holidays)
Family Leave (Maternity, Paternity)
Short Term & Long Term Disability
Training & Development
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