AMP Optics LLC

Blue-Sky to Reality

Services: 20
Founded: 2010

Overview

AMP Optics LLC was founded in 2010 to expedite the conception, development, and production of complex optical systems. It specializes in system development through efficient optical design and analysis to move concepts from vision to reality. Bringing deep experience at the leading edge of optical technology, the practice creates solutions for free-space communication, medical systems, aerospace, defense, lithography, imaging, hyperspectral, and polarimetric applications.

Founded: 2010

Services

Optical Design and Engineering

Creates advanced optical concepts and systems optimized for harsh environments, leveraging specialized software tools to transition ideas from initial concept to physical reality.

Advanced Optical Design Optical System Concept Development Optical System Baffle Design Hyperspectral System Design Space Based and Harsh Environment Optical System Design Optomechanical and Mechanical Design

Optical Analysis

Evaluates optical system performance, simulating environmental factors and manufacturing variances to ensure robust operation.

Tolerance Analysis Stray Light Analysis STOP Analysis Polarization Analysis Coherent Propagation

System Integration and Validation

Assembles and tests complete optical assemblies, ensuring alignment, calibration, and validation against specified requirements.

Camera System Integration Optical System and Component Level Validation

Manufacturing and Project Support

Facilitates transition to production by managing suppliers, generating standardized drawings, and consulting with specialized fabricators.

ISO 10110 Drawings Creation and Review Manufacturing Consultations Supplier Management

Industries

Aerospace Defense Space Medical Devices Automotive Semiconductors Telecommunications

Firm type

Electrical Engineering Mechanical Engineering Aerospace Engineering Defense Engineering Simulation Engineering

Software

CODE V Zemax FRED MATLAB MATHCAD SolidWorks SpaceClaim

Publications

LiDAR receiving three-element range-compensating lens optical design for automotive autonomy and advanced driver assist

article | Jason Mudge and Adam Phenis | 2024

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Polarization uncertainty and error equivalent radiance for an ultra-broadband, wide field-of-view push-broom imaging radiometer

article | Jason Mudge, Adam Phenis, Andrew Nichols, Alicia Maccarrone, and Alexander Cheff Halterman | 2022

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Design of an ultra-broadband, wide-field-of-view push-broom imaging radiometer

article | Adam Phenis, Alexander Cheff Halterman, Andrew Nichols, Alicia Maccarrone, and Jason Mudge | 2021

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Review of Optical Manufacturing 2000 to 2020

article | Adam Phenis and Jason Mudge | 2021

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Range-compensating lens design, implementation and experimental results

article | Jason Mudge and Adam Phenis | 2021

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A variety of range compensating lens designs for active optical systems

article | Adam Phenis and Jason Mudge | 2019

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Offices

No public values listed.