TIER-1 ENGINEER
ENGINEERING AND MANUFACTURING
SIMPLIFIED
WELCOME TO THE TIER-1 DESIGN READINESS SYSTEM
The Tier-1 Design Readiness System is a structured, approachable engineering review framework built to help identify the right questions, risks, and decisions at different stages of product development. From an early concept, to a defined design, to a production-bound part or assembly, each review focuses on the issues that matter most at that point in the development process. The intention is to provide the right level of engineering input and recommendations at the right time, before uncertainty, design problems, or manufacturing risks become more expensive to correct.
The system is made up of three focused services: Concept Review, Design Review, and DFM Audit. These reviews can be used independently, based on the current condition of the project. There is no requirement to complete them in sequence or utilize the entire system. A client with an early idea may only need a Concept Review. A mature design may be ready to move directly into a Design Review or DFM Audit. This a la carte approach keeps the review focused on what the project actually needs instead of forcing every product through the same process.
The Design Readiness System is also intentionally built to be useful to people with or without a formal engineering background. Inventors, makers, startups, product designers, engineers, and established companies all approach product development with different levels of technical experience. You do not need to know the correct engineering terminology, already understand what is wrong with the design, or know exactly what questions to ask. The review process is designed to start with what you know, clarify what is uncertain, and evaluate the project from there.
Most importantly, the purpose of each review is not simply to produce a list of problems. Findings are explained in practical terms, including what was identified, why it matters, what effect it may have on the product or development path, and what should be considered next. Recommendations are intended to be understandable, actionable, and grounded in real-world engineering and manufacturing experience. The end result is much more than a findings report. It will leave you with a clearer view of the project, the risks that matter, and the next decisions required to move forward with greater confidence.
HOW THE DESIGN READINESS SYSTEM WORKS
Level 1 is normally assigned when the submitted design is relatively simple and can be understood without extensive investigation. The design intent is fairly clear, the documentation package is manageable, and the number of parts, interfaces, requirements, or areas requiring engineering evaluation is limited.
A Level 1 project may still contain meaningful design concerns. The classification simply indicates that those concerns can reasonably be evaluated and documented within a focused review effort.
Relatively simple part or assembly
Limited number of interfaces
Clearly defined design intent
Manageable documentation package
Few competing requirements
Focused or well-defined concerns
Lower overall review complexity
WHY A PROJECT MAY BE ASSIGNED LEVEL 1
COMMON LEVEL 1 CHARACTERISTICS
FOCUSED REVIEW
TYPICAL PROJECT CHARACTERISTICS
SIMPLE PARTS
EARLY PROTOTYPES
FOCUSED CONCERNS
SIMPLE ASSEMBLIES
REVIEW LEVEL FACTORS
LOW COMPLEXITY
LIMITED VARIABLES
CLEAR DESIGN INTENT
SMALL FILE PACKAGE
LEAD TIME
3-5
BUSINESS DAYS
$399
The Tier-1 Design Readiness System is designed to meet a project at its current stage of development. Concept Review, Design Review, and DFM Audit are a la carte services and do not need to be completed in sequence.
A project can enter the system wherever the current design information, development maturity, and technical questions make the most sense. An early concept may begin with Concept Review, while an established design may move directly into Design Review or DFM Audit without completing the earlier services.
FOUR-PHASE STRUCTURE
The Tier-1 Design Readiness System uses the same four-phase structure across Concept Review, Design Review, and DFM Audit. While the technical focus changes with each service, the structure follows a consistent path: the project is submitted, the information is screened and evaluated, the approved technical review is performed, and the final report is delivered and the review is closed out. This common structure makes the process easier to understand and keeps expectations consistent regardless of where a project enters the system.
The phase system is designed to protect both the client and Tier-1 Engineer from unclear expectations, missing information, unexpected cost, and unnecessary rework. Before any technical review begins, the project is evaluated to confirm service fit, establish the intended review scope, identify anything still needed, and determine the expected engineering effort, price, and lead time. The client knows what is being reviewed, what the review will cost, and the estimated lead time, while Tier-1 Engineer has a defined baseline to work from.
Most importantly, no payment is required at the time of project submission. Phase Two concludes with delivery of the appropriate Initial Assessment Report, either the ICAR, IDAR, or IAAR, depending on the selected service. That report documents the project information, initial review assessment, proposed scope, pricing, estimated lead time, and any required missing information. The client can review the assessment before making any commitment. Paid technical work begins only after the assessment is approved and payment is received.
TIER-1
CONCEPT REVIEW
OBJECTIVES
DELIVERABLES
IS MY DESIGN CONCEPT SOUND ENOUGH TO MOVE INTO DETAILED DEVELOPMENT?
EARLY CONCEPT → BEFORE DETAILED DESIGN
PROJECT STAGE
WHEN TO USE A TIER-1 CONCEPT REVIEW
PRODUCT IDEAS
ROUGH SKETCHES
EARLY CAD / DRAWINGS
EARLY PROTOTYPES
DEVELOPING CONCEPTS
RELEASE-READY DESIGNS
FINALIZED CAD
FINALIZED DRAWINGS
PRE-TOOLING PACKAGES
RFQ-READY DESIGNS
CR
An early-stage engineering review focused on determining whether a product concept has a sound enough technical foundation to move into detailed development. The Concept Review examines intended function, user needs, major technical assumptions, early design risks, and unresolved questions to identify what should be tested, prototyped, clarified, or defined before the project moves forward.
Concept Review is best for product ideas, rough sketches, early CAD, preliminary prototypes, or developing concepts where the basic design direction exists, but key assumptions, risks, and technical questions still need to be resolved before deeper engineering work begins.
An early-stage engineering review focused on determining whether a product concept has a sound enough technical foundation to move into detailed development. The Concept Review examines intended function, user needs, major technical assumptions, early design risks, and unresolved questions to identify what should be tested, prototyped, clarified, or defined before the project moves forward.
Concept Review is best for product ideas, rough sketches, early CAD, preliminary prototypes, or developing concepts where the basic design direction exists, but key assumptions, risks, and technical questions still need to be resolved before deeper engineering work begins.
EARLY CONCEPT →
BEFORE DETAILED DESIGN
CONCEPT REVIEW
IS MY DESIGN CONCEPT SOUND ENOUGH TO MOVE INTO DETAILED DEVELOPMENT?
CORE OBJECTIVES
PROJECT STAGE
TIER-1
RELEASE-READY DESIGNS
FINALIZED CAD
FINALIZED DRAWINGS
PRE-TOOLING PACKAGES
RFQ-READY DESIGNS
PRODUCT IDEAS
ROUGH SKETCHES
EARLY CAD / DRAWINGS
EARLY PROTOTYPES
DEVELOPING CONCEPTS
DELIVERABLES
WHEN TO USE A
TIER-1 CONCEPT REVIEW
CR
A Tier-1 Design Review takes a defined product design and examines whether the design itself is sound before deeper development. The review examines geometry, fit, function, interfaces, assembly, design intent, material, and other conditions that may create problems during prototyping, supplier review, testing, or later refinement.
Design Review is best for projects with established CAD, drawings, assemblies, or other sufficiently developed design information. It is intended to identify overlooked design risks, confirm that the design supports its intended function, and provide clear recommendations for what should be corrected, clarified, or refined before the project advances.
DEFINED DESIGN → BEFORE PROTOTYPE / SUPPLIER RFQ
DESIGN REVIEW
WHAT DESIGN ISSUES NEED TO BE RESOLVED BEFORE MY PRODUCT ADVANCES?
CORE OBJECTIVES
PROJECT STAGE
TIER-1
ROUGH SKETCHES
EARLY CONCEPTS
TOOLING PACKAGES
PRE-PRODUCTION PARTS
UNDEFINED CONCEPTS
DETAILED CAD
DETAILED DRAWINGS
DEFINED ASSEMBLIES
WORKING PROTOTYPES
PRE-RFQ PACKAGES
DELIVERABLES
WHEN TO USE A
TIER-1 DESIGN REVIEW
DR
A Tier-1 DFM Audit examines a production-bound design against the requirements of its intended manufacturing process. The audit looks at process fit, geometry, material, tolerancing, defect risk, tooling complexity, and other conditions that can affect how reliably and economically the product can be manufactured.
DFM Audit is best for projects with mature CAD, defined drawings, selected materials, an intended manufacturing process, or designs approaching supplier quoting and tooling. It is intended to expose manufacturing risks, unnecessary complexity, and costly design conditions before they become locked into tooling, process development, or production.
PRE-RELEASE DESIGN → BEFORE TOOLING/PRODUCTION
DFM
AUDIT
WHAT MANUFACTURABILITY RISKS DO I NEED TO RESOLVE BEFORE RFQ, TOOLING, OR PRODUCTION?
CORE OBJECTIVES
PROJECT STAGE
TIER-1
ROUGH SKETCHES
EARLY CONCEPTS
TOOLING PACKAGES
PRE-PRODUCTION PARTS
UNDEFINED CONCEPTS
DETAILED CAD
DETAILED DRAWINGS
DEFINED ASSEMBLIES
WORKING PROTOTYPES
PRE-RFQ PACKAGES
DELIVERABLES
WHEN TO USE A
TIER-1 DFM AUDIT
DFM
An early-stage engineering review focused on determining whether a product concept has a sound enough technical foundation to move into detailed development. The Concept Review examines intended function, user needs, major technical assumptions, early design risks, and unresolved questions to identify what should be tested, prototyped, clarified, or defined before the project moves forward.
Concept Review is best for product ideas, rough sketches, early CAD, preliminary prototypes, or developing concepts where the basic design direction exists, but key assumptions, risks, and technical questions still need to be resolved before deeper engineering work begins.
EARLY CONCEPT →
BEFORE DETAILED DESIGN
CONCEPT REVIEW
IS MY DESIGN CONCEPT SOUND ENOUGH TO MOVE INTO DETAILED DEVELOPMENT?
CORE OBJECTIVES
PROJECT STAGE
TIER-1
RELEASE-READY DESIGNS
FINALIZED CAD
FINALIZED DRAWINGS
PRE-TOOLING PACKAGES
RFQ-READY DESIGNS
PRODUCT IDEAS
ROUGH SKETCHES
EARLY CAD / DRAWINGS
EARLY PROTOTYPES
DEVELOPING CONCEPTS
DELIVERABLES
WHEN TO USE A
TIER-1 CONCEPT REVIEW
CR
A Tier-1 Design Review takes a defined product design and examines whether the design itself is sound before deeper development. The review examines geometry, fit, function, interfaces, assembly, design intent, material, and other conditions that may create problems during prototyping, supplier review, testing, or later refinement.
Design Review is best for projects with established CAD, drawings, assemblies, or other sufficiently developed design information. It is intended to identify overlooked design risks, confirm that the design supports its intended function, and provide clear recommendations for what should be corrected, clarified, or refined before the project advances.
DEFINED DESIGN → BEFORE PROTOTYPE / SUPPLIER RFQ
DESIGN REVIEW
WHAT DESIGN ISSUES NEED TO BE RESOLVED BEFORE MY PRODUCT ADVANCES?
CORE OBJECTIVES
PROJECT STAGE
TIER-1
ROUGH SKETCHES
EARLY CONCEPTS
TOOLING PACKAGES
PRE-PRODUCTION PARTS
UNDEFINED CONCEPTS
DETAILED CAD
DETAILED DRAWINGS
DEFINED ASSEMBLIES
WORKING PROTOTYPES
PRE-RFQ PACKAGES
DELIVERABLES
WHEN TO USE A
TIER-1 DESIGN REVIEW
DR
A Tier-1 DFM Audit examines a production-bound design against the requirements of its intended manufacturing process. The audit looks at process fit, geometry, material, tolerancing, defect risk, tooling complexity, and other conditions that can affect how reliably and economically the product can be manufactured.
DFM Audit is best for projects with mature CAD, defined drawings, selected materials, an intended manufacturing process, or designs approaching supplier quoting and tooling. It is intended to expose manufacturing risks, unnecessary complexity, and costly design conditions before they become locked into tooling, process development, or production.
PRE-RELEASE DESIGN → BEFORE TOOLING/PRODUCTION
DFM
AUDIT
WHAT MANUFACTURABILITY RISKS DO I NEED TO RESOLVE BEFORE RFQ, TOOLING, OR PRODUCTION?
CORE OBJECTIVES
PROJECT STAGE
TIER-1
ROUGH SKETCHES
EARLY CONCEPTS
UNDEFINED CONCEPTS
EARLY DESIGNS
EARLY PROTOTYPES
RFQ-READY DESIGNS
PRE-TOOLING PACKAGES
NEAR-FINAL CAD
NEAR-FINAL DRAWINGS
POST-TOOLING REFINEMENTS
DELIVERABLES
WHEN TO USE A
TIER-1 DFM AUDIT
DFM
The process excels at producing large, lightweight, thin-walled parts with good cosmetic quality on one side and relatively low tooling cost. Common applications include packaging trays, blister packs, appliance liners, refrigerator interiors, automotive interior panels, medical trays, and point-of-purchase displays. These parts are typically produced in the thousands to hundreds of thousands, where injection molding tooling cost or lead time cannot be justified.
Thermoforming equipment generally consists of a sheet clamping system, a heating station, a forming station using vacuum and or pressure, a cooling stage, and a trimming operation. Tooling is typically aluminum or composite rather than hardened steel, which keeps cost and lead time low but limits precision and durability.
Thermoforming performs best when it is selected intentionally and designed honestly. Most production issues trace back to designs that assume injection-molding behavior from a process that fundamentally does not behave that way.
DESIGN READINESS SYSTEM
PRACTICAL, APPROACHABLE ENGINEERING REVIEWS FOR ALL STAGES OF PRODUCT DEVELOPMENT
CLARIFY YOUR DIRECTION, REFINE YOUR DESIGN, OR PREPARE FOR PRODUCTION
TIER-1
HOW THE DESIGN READINESS SYSTEM WORKS
Level 1 is normally assigned when the submitted design is relatively simple and can be understood without extensive investigation. The design intent is fairly clear, the documentation package is manageable, and the number of parts, interfaces, requirements, or areas requiring engineering evaluation is limited.
A Level 1 project may still contain meaningful design concerns. The classification simply indicates that those concerns can reasonably be evaluated and documented within a focused review effort.
Relatively simple part or assembly
Limited number of interfaces
Clearly defined design intent
Manageable documentation package
Few competing requirements
Focused or well-defined concerns
Lower overall review complexity
WHY A PROJECT MAY BE ASSIGNED LEVEL 1
COMMON LEVEL 1 CHARACTERISTICS
FOCUSED REVIEW
TYPICAL PROJECT CHARACTERISTICS
SIMPLE PARTS
EARLY PROTOTYPES
FOCUSED CONCERNS
SIMPLE ASSEMBLIES
REVIEW LEVEL FACTORS
LOW COMPLEXITY
LIMITED VARIABLES
CLEAR DESIGN INTENT
SMALL FILE PACKAGE
LEAD TIME
3-5
BUSINESS DAYS
$399
The Tier-1 Design Readiness System is designed to meet a project at its current stage of development. Concept Review, Design Review, and DFM Audit are a la carte services and do not need to be completed in sequence.
A project can enter the system wherever the current design information, development maturity, and technical questions make the most sense. An early concept may begin with Concept Review, while an established design may move directly into Design Review or DFM Audit without completing the earlier services.
FOUR-PHASE STRUCTURE
The Tier-1 Design Readiness System uses the same four-phase structure across Concept Review, Design Review, and DFM Audit. While the technical focus changes with each service, the structure follows a consistent path: the project is submitted, the information is screened and evaluated, the approved technical review is performed, and the final report is delivered and the review is closed out. This common structure makes the process easier to understand and keeps expectations consistent regardless of where a project enters the system.
The phase system is designed to protect both the client and Tier-1 Engineer from unclear expectations, missing information, unexpected cost, and unnecessary rework. Before any technical review begins, the project is evaluated to confirm service fit, establish the intended review scope, identify anything still needed, and determine the expected engineering effort, price, and lead time. The client knows what is being reviewed, what the review will cost, and the estimated lead time, while Tier-1 Engineer has a defined baseline to work from.
Most importantly, no payment is required at the time of project submission. Phase Two concludes with delivery of the appropriate Initial Assessment Report, either the ICAR, IDAR, or IAAR, depending on the selected service. That report documents the project information, initial review assessment, proposed scope, pricing, estimated lead time, and any required missing information. The client can review the assessment before making any commitment. Paid technical work begins only after the assessment is approved and payment is received.
WHAT YOU CAN EXPECT FROM EVERY REVIEW
Level 1 is normally assigned when the submitted design is relatively simple and can be understood without extensive investigation. The design intent is fairly clear, the documentation package is manageable, and the number of parts, interfaces, requirements, or areas requiring engineering evaluation is limited.
A Level 1 project may still contain meaningful design concerns. The classification simply indicates that those concerns can reasonably be evaluated and documented within a focused review effort.
Relatively simple part or assembly
Limited number of interfaces
Clearly defined design intent
Manageable documentation package
Few competing requirements
Focused or well-defined concerns
Lower overall review complexity
WHY A PROJECT MAY BE ASSIGNED LEVEL 1
COMMON LEVEL 1 CHARACTERISTICS
FOCUSED REVIEW
TYPICAL PROJECT CHARACTERISTICS
SIMPLE PARTS
EARLY PROTOTYPES
FOCUSED CONCERNS
SIMPLE ASSEMBLIES
REVIEW LEVEL FACTORS
LOW COMPLEXITY
LIMITED VARIABLES
CLEAR DESIGN INTENT
SMALL FILE PACKAGE
LEAD TIME
3-5
BUSINESS DAYS
$399
Concept Reviews use a starting price rather than fixed Review Levels. The listed price applies to typical early-stage concepts with a manageable scope, limited complexity, and enough information to support a focused engineering review.
Larger assemblies, broader concepts, extensive documentation, or projects requiring substantially more engineering effort may be priced above the starting rate. Final price and lead time are established during the initial assessment and presented in the ICAR before any paid review begins.
Initial concept assessment (ICAR)
Full Concept Review REPORT (CRR)
Findings and explanations
FUNCIONALITY ASSESSMENT
RECOMMENDED TESTING OUTLINE
RECOMMENDED PROTOTYPE METHODS
RECOMMENDED NEXT STEPS
HOW CONCEPT REVIEW PRICING WORKS
WHAT'S
INCLUDED
CONCEPT REVIEW
TYPICAL PROJECT CHARACTERISTICS
ROUGH CONCEPTS
EARLY CAD
SKETCHES
PROTOTYPES
REVIEW SCOPE FACTORS
COMPLEXITY
ASSEMBLY SIZE
INFORMATION CLARITY
DESIGN INTENT CLARITY
TYPICAL LEAD TIME
3-5
BUSINESS DAYS
$199
STARTING AT:
Product ideas
Hand sketches
Early CAD
Rough prototypes
Early development questions
Existing-product concepts
Concepts needing direction
TYPICAL PROJECTS
PROJECTS ARE EVALUATED THROUGH THE LENS OF REAL-WORLD DESIGN AND MANUFACTURING EXPERIENCE, WITH THE ENTIRE PRODUCT LIFECYCLE IN MIND. THIS EXPERIENCED, CONCEPT-TO-PRODUCTION APPROACH LEAVES YOU WITH PRACTICAL, ACTIONABLE RECOMMENDATIONS GROUNDED IN HOW PRODUCTS ARE DEVELOPED AND MANUFACTURED IN INDUSTRY.
PRACTICAL AND EXPERIENCED ENGINEERING JUDGMENT
The review scope, required information, pricing, and estimated lead time are established before paid technical work begins. Both parties enter the review with a clear understanding of THE ENTIRE PROJECT, AND A CLEAR UNDERSTANDING OF EXPECTATIONS.
DEFINED REVIEW SCOPE
AND EXPECTATIONS
APPROACHABLE ENGINEERING
You do not need an engineering background or the correct technical terminology to use the system. The process is built to turn the information you have into understandable findings, useful engineering context, and actionable direction, REGARDLESS OF BACKGROUND.
Findings are presented with the reasoning behind them, including what was identified, why it matters, and how it may affect later design, prototyping, manufacturing, or production decisions.
CLEAR, APPROACHABLE EXPLANATIONS
Findings are evaluated in relation to function, interfaces, materials, manufacturing, assembly, suppliers, tooling, and downstream development. A condition is not treated as a problem simply because a generic design rule says so.
CONTEXT-DRIVEN ANALYSIS
Every review concludes with a formal report documenting the technical findings, supporting reasoning, priorities, recommendations, and next-step guidance so the results remain useful beyond the review itself.
STRUCTURED
TECHNICAL DELIVERABLES
Recommendations are intended to move the project forward. Each review identifies what should be corrected, clarified, tested, developed, investigated, or carried into the next stage of the development process.
PRACTICAL NEXT STEPS
WHAT YOU CAN EXPECT FROM EVERY REVIEW
Level 1 is normally assigned when the submitted design is relatively simple and can be understood without extensive investigation. The design intent is fairly clear, the documentation package is manageable, and the number of parts, interfaces, requirements, or areas requiring engineering evaluation is limited.
A Level 1 project may still contain meaningful design concerns. The classification simply indicates that those concerns can reasonably be evaluated and documented within a focused review effort.
Relatively simple part or assembly
Limited number of interfaces
Clearly defined design intent
Manageable documentation package
Few competing requirements
Focused or well-defined concerns
Lower overall review complexity
WHY A PROJECT MAY BE ASSIGNED LEVEL 1
COMMON LEVEL 1 CHARACTERISTICS
FOCUSED REVIEW
TYPICAL PROJECT CHARACTERISTICS
SIMPLE PARTS
EARLY PROTOTYPES
FOCUSED CONCERNS
SIMPLE ASSEMBLIES
REVIEW LEVEL FACTORS
LOW COMPLEXITY
LIMITED VARIABLES
CLEAR DESIGN INTENT
SMALL FILE PACKAGE
LEAD TIME
3-5
BUSINESS DAYS
$399
PROJECTS ARE EVALUATED THROUGH THE LENS OF REAL-WORLD DESIGN AND MANUFACTURING EXPERIENCE, WITH THE ENTIRE PRODUCT LIFECYCLE IN MIND. THIS EXPERIENCED, CONCEPT-TO-PRODUCTION APPROACH LEAVES YOU WITH PRACTICAL, ACTIONABLE RECOMMENDATIONS GROUNDED IN HOW PRODUCTS ARE DEVELOPED AND MANUFACTURED IN INDUSTRY.
PRACTICAL, EXPERIENCED ENGINEERING JUDGMENT
The review scope, required information, pricing, and estimated lead time are established before paid technical work begins. Both parties enter the review with a clear understanding of THE ENTIRE PROJECT, AND A CLEAR UNDERSTANDING OF EXPECTATIONS.
DEFINED REVIEW SCOPE
AND EXPECTATIONS
You do not need an engineering background or the correct terminology to use the system. The process is built to turn the information you have into understandable findings, useful engineering context, and actionable direction, REGARDLESS OF BACKGROUND.
APPROACHABLE ENGINEERING
Findings are evaluated in relation to function, interfaces, materials, manufacturing, assembly, suppliers, tooling, and downstream development. A condition is not treated as a problem simply because a generic design rule says so.
CONTEXT-DRIVEN ANALYSIS
Every review concludes with a formal report documenting the technical findings, supporting reasoning, priorities, recommendations, and next-step guidance so the results remain useful beyond the review itself.
STRUCTURED
TECHNICAL DELIVERABLES
Findings are presented with the reasoning behind them, including what was identified, why it matters, and how it may affect later design, prototyping, manufacturing, or production decisions.
CLEAR, APPROACHABLE EXPLANATIONS
Recommendations are intended to move the project forward. Each review identifies what should be corrected, clarified, tested, developed, investigated, or carried into the next stage of the development process.
PRACTICAL NEXT STEPS
WHY TIER-1 ENGINEER
DEEP PRODUCT ENGINEERING PEDIGREE
EXTENSIVE REAL-WORLD ENGINEERING EXPERIENCE
Tier-1 Engineer brings practical design and manufacturing experience from demanding automotive and defense environments, with heavy exposure to products, suppliers, tooling, assemblies, and production challenges across multiple manufacturing processes.
DESIGN THROUGH PRODUCTION PERSPECTIVE
Design decisions are evaluated with the full development cycle in mind. A snapshot of the design at a static point in time without considering the surrounding context can only tell a small part of the story. Function, manufacturing, assembly, tooling, supplier interaction, and downstream production consequences are considered together.
DIRECT, PRACTICAL REVIEW
Reviews are performed with a focus on useful engineering judgment, clear explanations, and actionable recommendations. The intention is to help you understand what matters, why it matters, and what should happen next.
ADVANTAGES
Broad design and manufacturing experience
Concept-to-production perspective
Practical engineering judgment
Clear reasoning behind findings
APPROACHABLE AND UNDERSTANDABLE FOR ALL CLIENT BACKGROUNDS
EXPLANATION-DRIVEN FINDINGS TO EDUCATE, NOT SIMPLY INFORM
STRAIGHTFORWARD, STREAMLINED, AND TRANSPARENT CLIENT EXPERIENCE
FREQUENTLY ASKED QUESTIONS
No. Concept Review, Design Review, and DFM Audit are independent services. Start with the review that matches the current stage of your project.
Submit the project information you currently have. Tier-1 Engineer can determine which service best fits the project stage and technical questions.
No. The process is designed to work for inventors, makers, startups, designers, engineers, and established companies. You do not need to know the correct engineering terminology or identify the problem yourself.
No. Project information is reviewed first. Pricing, scope, lead time, and any required missing information are provided in the applicable Initial Assessment Report before paid technical work begins.
In addition to the Initial Assessment Report, each service concludes with a structured technical report containing findings, engineering reasoning, recommendations, priorities, and practical next-step guidance.
No. Each review evaluates a specific stage and approved scope. Final validation, testing, supplier capability, certification, and production approval may require additional work outside the review.