Dan Riall is an accomplished mechanical design engineer, developing and launching products in the medical device and optical systems fields. Having risen to the level of Engineering Fellow and Director of Engineering at J&J Vision Care, Dan specializes in product development challenges which cross the boundaries of mechanical, electrical, optical, software, and chemistry components.
Known for his innovative solutions, hands-on approach, and rigorous technical methods, Dan has been awarded 34 U.S. patents over his technical career. Dan's product development portfolio includes: a dry clinical chemistry blood analyzer, a photographic printer, a wet clinical chemistry blood analyzer, an immunoassay blood analyzer, freeform organic spectacle lens production equipment, automated biologic coating production equipment, and a variable focus lens/optical plastic molding project for a "smart" contact lens.
Dan earned his Bachelor of Science in Mechanical Engineering at the University of Virginia in 1981.
Known for his innovative solutions, hands-on approach, and rigorous technical methods, Dan has been awarded 34 U.S. patents over his technical career. Dan's product development portfolio includes: a dry clinical chemistry blood analyzer, a photographic printer, a wet clinical chemistry blood analyzer, an immunoassay blood analyzer, freeform organic spectacle lens production equipment, automated biologic coating production equipment, and a variable focus lens/optical plastic molding project for a "smart" contact lens.
Dan earned his Bachelor of Science in Mechanical Engineering at the University of Virginia in 1981.
Services
Optical Systems Engineering Group has the depth of experience to assist you with optical product development - from custom designs of components to complete systems design and analysis.
The team has in-depth experience across multiple industries.
Thorough Optical and Opto-Mechanical Designs and Analyses using leading software packages, including Zemax, Code V, and SolidWorks.
Optical Systems Engineering Group is flexible and is comfortable with both Fixed Price and Time and Material contracts, depending on the maturity of the customer's requirements.
The team has in-depth experience across multiple industries.
Thorough Optical and Opto-Mechanical Designs and Analyses using leading software packages, including Zemax, Code V, and SolidWorks.
Optical Systems Engineering Group is flexible and is comfortable with both Fixed Price and Time and Material contracts, depending on the maturity of the customer's requirements.
Optical Systems Engineering Group has the depth of experience and the right tools to support even the most complex of designs.
The first and most critical step in the design process is to fully understand what the customer wants.
We do not expect that the customer is always able to articulate the technical details.
That is why we spend as much time as necessary upfront, asking questions, until we are sure we understand the customer's requirements.
The Design team then uses state-of-the-art tools such as ZEMAX, Code V, and SolidWorks to create the component or system to fully meet the customer's requirements.
The first and most critical step in the design process is to fully understand what the customer wants.
We do not expect that the customer is always able to articulate the technical details.
That is why we spend as much time as necessary upfront, asking questions, until we are sure we understand the customer's requirements.
The Design team then uses state-of-the-art tools such as ZEMAX, Code V, and SolidWorks to create the component or system to fully meet the customer's requirements.
Can you afford Systems Engineering?
Can you afford NOT to implement Systems Engineering?
Long the mainstay of the Aerospace Industry, a solid Systems approach to product development can increase speed to market, can ensure customer needs are met, and can provide a backbone for sustained high quality to any company or industry.
A good deal of time and money are spent at the beginning of the development cycle on focus groups and market research.
Forms and charts are diligently completed.
Process boxes are checked off.
Can you afford NOT to implement Systems Engineering?
Long the mainstay of the Aerospace Industry, a solid Systems approach to product development can increase speed to market, can ensure customer needs are met, and can provide a backbone for sustained high quality to any company or industry.
A good deal of time and money are spent at the beginning of the development cycle on focus groups and market research.
Forms and charts are diligently completed.
Process boxes are checked off.
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