Objectively Quantify Risk
![Design & Construction Defects [BS]](/sites/default/files/styles/cards_home_card/public/media/images/GettyImages-1298191558_0.jpg.webp?itok=-c-Hc87t)
Construction
Getting in front of cost overruns and delays; improving worker safety; supporting wind-, fire-, and earthquake-resistant designs.

Chemicals
Identifying potential contaminant sources; advising on the fate and transport of possible releases; providing bespoke chemical analysis for individual products, processes, and operations; studying toxicological impacts.

Consumer Products
Studying individual product characteristics, composition, and end-use conditions to define potential risks; evaluating manufacturing and workplace safety; documenting risk from chemicals such as lead, phthalate, and others.
![Consumer electronics [PSMC]](/sites/default/files/styles/cards_home_card/public/media/images/GettyImages-880940426.jpg.webp?itok=lYyBS50n)
Electronics
Identifying manufacturing and workplace hazards; uncovering product safety issues; managing toxins such as heavy metals.

Food & Beverage
Spotting sources of microbial growth; assessing pesticide residue; managing industrial machinery.

Government & Public Sector
Mitigating manufacturing and industrial risks; identifying data security vulnerabilities; using data to improve public health.

Software & Computer Sciences
Analyzing software security weaknesses; identifying network capacity issues.

Life Sciences & Healthcare
Objectively assessing procedural efficacy; analyzing real-world evidence (RWE); identifying medical device safety risks.

Industrial & Manufacturing
Assessing employee safety; quantifying environmental risks; assessing climate risks to operations.
![Mining [CE]](/sites/default/files/styles/cards_home_card/public/media/images/GettyImages-1345337947.jpg.webp?itok=OU-LkAH1)
Mining
Assessing tunnel and high-wall engineering; quantifying the potential impact of tailings on water quality; determining long-term climate risks.

Energy
Assessing production pressures on pipelines; quantifying occupational hazards; modeling contamination effects; helping utilities reduce outages through risk-informed power line hardening.

electrical engineering and computer science , thermal sciences , regulatory review , biological engineering and sciences
How Can We Ensure Implantable Medical Devices Allow for Life-Saving Imaging?
A promising new therapy for stroke recovery pairs Vagus Nerve Stimulation (VNS) with rehabilitation therapy to help patients regain function in their upper extremities. Our client needed to understand the effect of the MRI environment on its device and to develop safety labeling providing the conditions under which patients can be safely imaged.
Find It & Fix It
More than 50+ years of analyzing failures has helped us develop a rare perspective on failure prevention and mitigation. Our specialized capabilities offer clients state-of-the-art risk management technologies — but our multidisciplinary teams thrive on innovating bespoke ways to address evolving or even unprecedented problems.

Best-in-Class Facilities Meet World-Class Experts
Our multidisciplinary teams of scientists and engineers at Exponent facilities in the U.S., Europe, and Asia are uniquely positioned to provide rapid response, onsite inspections, bespoke testing, and unparalleled scientific analysis, data, and research.

Meeting Your Challenges Where They Are
Ensuring regulatory compliance. Evaluating equipment safety. Assessing site surface conditions. Our integrated teams of experts in North America, Europe, and Asia conduct on-site inspections, custom testing, and rapid response for a wide range of challenges. Exponent can also assist with inspections in remote locations through encrypted video-streaming capabilities.