Defense SBIR/STTR optical engineeringPalo Alto, California

SBIR / STTR / PHASE I TO TRANSITION

Optical engineering support for defense SBIR and STTR programs.

Palo Alto Optics helps defense technology teams turn an SBIR or STTR optical concept into a scoped, testable work package. Support can include feasibility analysis, optical architecture, proposal technical inputs, Phase I risk retirement, Phase II prototype engineering, verification, and transition-ready design documentation.

Discuss an SBIR or STTR work package Review engineering scope

01Topic fit

02Technical plan

03Risk retirement

04Prototype evidence

05Transition package

Optical design, optomechanics, prototype planning, and test evidence for SBIR/STTR teams working toward a credible transition path.

01Engineering reality

A strong SBIR optical plan connects the solicitation need to measurable evidence.

Reviewers and transition stakeholders need more than an ambitious optical concept. The work must identify the technical hypothesis, performance measures, major risks, feasible tasks, verification method, interfaces, deliverables, and the path from research result to usable hardware.

Proposal-to-execution continuity

Technical objectives, tasks, milestones, and deliverables must remain coherent when the proposal becomes a funded engineering program.

Risk retired within the phase

Each phase needs evidence sized to its budget and schedule, with the highest-risk optical assumption tested before the architecture is locked.

Transitionable technical package

A successful demonstration still needs controlled models, interfaces, tolerances, test results, and manufacturing decisions before a prime or program office can adopt it.

02Project fit

Contact PAO when optics are central to the topic but the technical work package is not yet defensible.

The best fit is a small business preparing a proposal, executing Phase I or Phase II, recovering a weak prototype, or preparing optical evidence and documentation for a transition partner.

Pre-proposal technical framing

Translate topic language into optical requirements, risks, tasks, milestones, deliverables, and a realistic verification strategy.

Phase I feasibility

Compare architectures, build budgets, model performance, and define a focused experiment that answers the primary feasibility question.

Phase II prototype and transition

Develop toleranced optical and optomechanical hardware, test it against agreed criteria, and create a package a receiving organization can evaluate.

ENGINEERING DECISION TABLE

Inputs that change the architecture, acceptance method, and program risk.

Input condition	Key metric	Design choice	Risk if unresolved
Solicitation objective and end user	Mission-relevant performance measure	Architecture and phase-specific demonstration	The work proves an optical effect but not the government need.
Phase, budget, and period of performance	Evidence achieved per task and milestone	Model, breadboard, prototype, or environmental test	The plan promises hardware or qualification that the phase cannot support.
Transition target and interfaces	Form, fit, function, data, and acceptance compatibility	Standalone demonstrator or platform-relevant subsystem	A successful prototype cannot enter the intended system.
Data rights and handling constraints	Controlled access and deliverable boundaries	Clean technical interfaces and agreed transfer channel	Sensitive data is mishandled or the transition package cannot be shared.

SELECTED ENGINEERING EVIDENCE

Published scope, verification method, and disclosure boundary.

These records describe documented engineering experience or the evidence plan PAO uses for new work. They do not imply that prior-employer programs were PAO customer engagements.

Phase-appropriate optical evidence

Scope: Requirements, architecture trades, performance budgets, models, breadboard or prototype definition, and test planning.
Verification: Each task closes with a measurable output tied to the topic objective and the next investment decision.
Boundary: PAO does not promise award selection, government endorsement, topic fit, transition funding, or regulatory compliance.

Transition-ready engineering records

Scope: Controlled optical models, interface assumptions, tolerance analysis, drawings, configuration, test conditions, results, and open-risk register.
Verification: The receiving team can trace the demonstrated result to the tested configuration and identify remaining qualification work.
Boundary: Classified or export-controlled data must not be submitted through the public inquiry form.

03Engineering scope

Engineering support sized to the SBIR/STTR phase and decision gate.

PAO can support the optical workstream without displacing the awardee's responsibility for proposal submission, program management, contracting, commercialization, or compliance.

Define a technical work package

Topic and requirements decomposition

Extract optical performance, environment, interfaces, constraints, acceptance measures, and unresolved assumptions from the solicitation and customer need.

Technical approach and work plan

Define architecture trades, analysis tasks, experiments, milestones, risks, deliverables, and verification logic for the optical portion of the proposal.

Optical and optomechanical design

Zemax or CODE V models, packaging, mounts, athermalization, tolerances, materials, coatings, and alignment strategy.

Breadboard and prototype development

Catalog or custom optics, sourcing, assembly, alignment, calibration, debug, and measured model-to-test correlation.

Verification and reporting

Test methods, acceptance criteria, uncertainty, test configuration, results, limitations, and recommended next-phase work.

Transition engineering

Supplier-ready drawings, interface control, manufacturing risks, build records, configuration control, and technical support for prime-contractor review.

04Technical envelope

Optical workstreams relevant to defense innovation programs.

Representative capability is shown with the context needed to qualify it. Program requirements control the final architecture and acceptance values.

EO/IR imaging and sensing

Visible, NIR, SWIR, MWIR, and LWIR imaging, surveillance, detection, and measurement architectures.

Laser and active sensing

LiDAR, range finding, beam delivery, scanning, designation support, and receiver optics.

Autonomy and machine perception

Ruggedized cameras, multispectral sensing, illumination, calibration, and optical payload integration.

Displays and human-machine systems

Helmet-mounted, head-up, near-eye, projection, eyetracking, and compact visual systems.

REFERENCE ENVELOPE

Program stagesPre-proposal / Phase I / Phase II / transitionScope matched to the funded decision gate

Engineering outputsAnalysis to tested prototypeDefined as reviewable tasks and measurable deliverables

Optical bandsUV / visible / NIR / SWIR / LWIRArchitecture, material, detector, and coating selected by mission

Sensitive informationPre-screen before transferNo classified or controlled data through the public website

PAO provides optical engineering support to eligible companies and program teams. PAO does not represent that it is an awarding agency, proposal consultant, registered government contractor, certified cybersecurity provider, or approved export-control facility. Contracting and handling requirements are confirmed before work begins.

05What you receive

Engineering outputs your team can review, build, test, and maintain.

The exact package follows the program stage and scope. Assumptions, interfaces, decisions, and acceptance evidence remain visible.

Optical technical approach

Requirements, architecture, task logic, risks, milestones, and measurable phase outputs.

Feasibility evidence package

Models, budgets, breadboard plan or results, assumptions, limitations, and next-step recommendation.

Prototype design package

Optical model, CAD interfaces, tolerances, drawings, BOM inputs, alignment, and calibration plan.

Verification report

Controlled configuration, method, conditions, uncertainty, measured results, and comparison with requirements.

Transition data package

Supplier and receiving-team documentation, manufacturing risks, open actions, and qualification roadmap.

06Controlled delivery

A local engineering interface from first review through release.

PAO leads the technical work, coordinates specialized fabrication and production resources under the project quality process, and keeps responsibility for requirements, interfaces, evidence, and issue closure clear.

01
Technical intake
Define the system boundary, decision to be made, current evidence, constraints, and confidentiality path.
02
Requirements and risk
Create measurable requirements, interface assumptions, performance budgets, and a ranked technical risk register.
03
Architecture and proof
Compare viable concepts and retire the highest-risk assumptions with analysis, breadboards, or targeted tests.
04
Detailed engineering
Develop controlled optical, mechanical, calibration, test, and supplier-ready documentation.
05
Build and verification
Support procurement, assembly, alignment, test correlation, root cause, and evidence-based iteration.
06
Release and transfer
Close acceptance criteria, configuration, supplier questions, manufacturing issues, and production handoff.

07Qualification questions

Questions engineering teams ask before engaging.

01Can PAO help before an SBIR or STTR proposal is submitted?

Yes. PAO can help frame the optical requirements, architecture, risks, tasks, milestones, deliverables, schedule assumptions, and verification approach. The applicant remains responsible for eligibility, proposal submission, certifications, budgets, and all solicitation requirements.

02Can PAO support Phase I feasibility without building a full prototype?

Yes. A Phase I work package can use targeted analysis, architecture trades, optical budgets, simulations, component tests, or a focused breadboard to retire the most consequential uncertainty without overcommitting the phase.

03Can PAO support a Phase II prototype and transition to a prime contractor?

Yes. Scope can include detailed optical and optomechanical design, tolerancing, sourcing, assembly, alignment, test, model-to-measurement correlation, configuration records, and a transition package for technical review.

04Does PAO guarantee an SBIR award or government transition?

No. Award and transition decisions are made by the relevant agencies and program stakeholders. PAO improves the technical clarity, feasibility, evidence plan, and engineering execution of the optical workstream.

05Should controlled or classified program information be sent with the inquiry?

No. Send only a non-sensitive description of the application, phase, desired support, and timeline. Any citizenship, facility, cybersecurity, export-control, classification, or data-handling requirements must be reviewed and agreed before sensitive information is transferred.