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Description
Wildcat Discoveries is looking for a highly motivated Process Engineer to join our Scale Up team. The Process Engineer will lead chemical process development projects to scale-up the synthesis of next generation battery materials technologies. The individual should have a balance of technical engineering and project management skills to drive this effort. The ideal candidate has experience scaling up cathode materials.
The work environment is demanding, fast-paced, and incredibly exciting. The ideal candidate should be ready to push their limits, as they join a world-class scientific team dedicated to developing and discovering advanced materials for lithium-ion batteries. At Wildcat, the sky's the limit - with the right attitude, work ethic, and quality of work you can blaze your own trail.
About Us:
Wildcat Discovery Technologies, based in San Diego, California, is a materials R&D company transitioning its focus from battery research and development to cathode material supply. Our commitment lies in the development and manufacturing of cathode materials for lithium-ion batteries.
Requirements
Essential Functions
Knowledge, Skills & Abilities Required
Education & Experience
Preferred Experience
Employee Benefits:
Salary Description
$75,000 - $110,000
Full Time
$103k-120k (estimate)
06/12/2024
06/28/2024
wildcatdiscovery.com
SAN DIEGO, CA
25 - 50
2006
MARK GRASSER
$5M - $10M
Scientific Services
Wildcat Discovery Technologies accelerates the discovery of new materials for energy applications, with a focus on the development of advanced materials for rechargeable and primary batteries. Wildcats business also includes collaborative development projects for materials for other applications, including gas storage, carbon capture, thermoelectrics, and structural materials. Wildcat synthesizes and evaluates thousands of materials every week. To do this, we use proprietary unique-in-the-world high throughput synthesis and testing platforms to rapidly explore thousands of new materials with t...he goal of improving performance and reducing costs. Our massively parallel combinatorial chemistry approach reduces R&D costs and speeds time to market. The reduction in experimental cost also enables exploration of high risk targets that are often never explored. For example, one battery project involved the exploration of over 1000 unique electrolyte formulations in less than three months. Wildcat employs an experienced team of scientists and engineers, with backgrounds in batteries, materials development, and high throughput automation. We also have a world class scientific advisory board. Wildcat is pursuing partnership and collaboration opportunities with corporate leaders throughout the battery supply chain, including global material suppliers, cell makers, and OEMs throughout the automotive, electronics, medical, military, and consumer products industries.
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