About Symyx Technologies (merged with Accelrys)

• Developed material characterization methods and discovery workflows, including concept development, POC, mechanical design, system integration (hardware and software), DOE, validation, lab execution, scientific evaluation and delivery of automation platforms for world-wide multi-national clients.
 Developed a small-scale, multi-channel rheometer and Time-Temperature-Superposition algorithm for one of the largest petrochemical company.
 Developed a miniaturized, automated coating station with ingredient assemble capability which can mix highly viscous reactive ingredients of automobile adhesives for one of the world-wide chemical company.
 Introduced new test/evaluation methods to characterize wipes with formulations for a consumer product company, and discovered correlations between consumer’s perception and the lab-scale performance test results.
 Developed a characterization method and a miniaturized system to evaluate anti-adherence performance of skin surface against blood. Discovered relationships between anti-adherence performance and surface chemistry.
 Developed a method and an all-in-one platform to construct and identify ternary (O/W/S) phase diagrams of emulsion formulation for a cosmetic company.
• Project coordination, project lead of interdisciplinary project team, and client interface.

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Website
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Employees
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Industry
Research
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Location
US
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Keywords
R&D

Frequently Asked Questions about Symyx Technologies (merged with Accelrys)

Who is the CEO of Symyx Technologies?

Steve Goldby is the CEO of Symyx Technologies. To contact Steve Goldby email at [email protected].

Who are the decision makers in Symyx Technologies?

The decision makers in Symyx Technologies are Brian Ballard, Carmel Andrews, Livio Michelich, etc. Click to Find Symyx Technologies decision makers emails.

What types of services does Symyx Technologies offer?

Symyx Technologies specializes in providing advanced research and development (R&D) services, particularly in material characterization and discovery workflows. Their offerings include concept development, proof of concept (POC) creation, mechanical design, system integration (both hardware and software), design of experiments (DOE), validation, lab execution, scientific evaluation, and the delivery of automation platforms tailored to enhance R&D processes.

How does Symyx support industries in material science?

Symyx Technologies supports various industries by developing innovative solutions that streamline the material discovery and characterization process. They cater to sectors such as pharmaceuticals, chemicals, and materials science, providing tools and methodologies that enable faster and more efficient material development, testing, and evaluation. Their expertise in automation and data analysis helps clients accelerate their R&D timelines and improve product outcomes.

What is the significance of design of experiments (DOE) in Symyx's services?

Design of experiments (DOE) is a critical component of Symyx's approach to R&D. It allows researchers to systematically plan and conduct experiments to understand the relationships between factors affecting a process. By employing DOE methodologies, Symyx helps clients optimize their experimental designs, reduce variability, and gain more reliable data, ultimately leading to more informed decision-making in material development.

Can Symyx Technologies assist with automation in laboratory settings?

Yes, Symyx Technologies excels in delivering automation platforms that enhance laboratory workflows. They integrate hardware and software solutions that automate repetitive tasks, improve data collection, and facilitate real-time analysis. This automation not only increases efficiency but also reduces human error, allowing researchers to focus on more complex problem-solving and innovation.

What is the process for collaborating with Symyx Technologies on a project?

Collaborating with Symyx Technologies typically begins with an initial consultation to understand the client's specific needs and objectives. Following this, Symyx works closely with the client to develop a tailored project plan that outlines the scope, methodologies, and timelines. Throughout the project, Symyx maintains open communication to ensure alignment and address any challenges that may arise, ultimately delivering a comprehensive solution that meets the client's goals.

What industries benefit from Symyx's material characterization methods?

Symyx's material characterization methods benefit a wide range of industries, including pharmaceuticals, chemicals, energy, and advanced materials. These industries rely on precise material properties and performance data to drive innovation and product development. By utilizing Symyx's expertise in material characterization, companies can enhance their R&D capabilities, leading to improved product quality and faster time-to-market.

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