Technology Consulting Services
Nanosparr provides technology consulting services that help organizations navigate complex technical challenges, accelerate innovation, and achieve their business objectives through effective technology solutions. All consulting engagements are conducted under a mutually executed Non-Disclosure Agreement (NDA), ensuring that all proprietary, confidential, and sensitive information is treated with the highest level of confidentiality.
Consulting projects vary in size, scope, and complexity. In many cases, established engineering and product development teams seek an independent technical perspective to help resolve critical challenges. A fresh set of eyes combined with structured problem-solving methodologies can often uncover solutions that may not be apparent within an existing development framework.
Product Development and Design for Lean Six Sigma (DFLSS)
For the development of a new analytical instrument, diagnostic device, or biomarker measurement system, Nanosparr can support projects from concept definition through design release and prototype verification. These engagements often utilize the DMADV (Define, Measure, Analyze, Design, Verify) methodology, also known as Design for Lean Six Sigma (DFLSS).
Define
The project begins by identifying customer requirements and aligning the Voice of the Customer (VOC) with Critical-to-Quality (CTQ) performance targets. Clear project objectives, success criteria, and technical specifications are established to ensure alignment among all stakeholders.
Measure
During the measurement phase, the current system performance is characterized and quantified. A Measurement System Analysis (MSA), including a Gage Repeatability and Reproducibility (Gage R&R) study, may be performed to determine whether observed variation originates from the instrument itself (repeatability) or from operator-to-operator differences (reproducibility).
This phase may include:
- Hardware and sensor performance characterization
- Sensor calibration and drift analysis
- Thermal stability assessment
- Baseline defect-rate determination
- Process capability analysis (Cp and Cpk)
- Structured data collection planning
These activities establish an objective performance baseline and identify areas requiring improvement.
Analyze
The analysis phase focuses on identifying the root causes of performance limitations or failures. Root Cause Analysis (RCA) methodologies are used to systematically investigate contributing factors and isolate critical variables affecting system performance.
Common analytical tools include:
- Fishbone (Ishikawa) diagrams
- 5 Whys analysis
- Process mapping
- Signal-path investigation
- Statistical analysis and hypothesis testing
- Regression modeling
Failure Mode and Effects Analysis (FMEA) may also be performed to evaluate potential failure mechanisms and assign Risk Priority Numbers (RPNs) for issues such as optical misalignment, sensor instability, firmware exceptions, or manufacturing variability.
Design and Verify
Once critical variables and failure mechanisms have been identified, design improvements are developed and implemented. These modifications are then verified using prototypes, experiments, and validation testing to confirm that the targeted failure modes have been successfully addressed and that performance objectives have been achieved.
Mechanical and Component Design Consulting
Nanosparr also provides consulting services for the design and optimization of critical mechanical components and accessories. Examples include sample cartridges, reagent containers, fluidic interfaces, fixtures, and other subassemblies essential to the operation of a larger system.
These projects may involve:
- Material selection and compatibility studies
- Manufacturability assessments
- Design optimization
- Tolerance analysis
- Reliability considerations
- Vendor and component evaluation
The objective is to identify practical, robust, and cost-effective solutions that support overall system performance and reliability.
Engagement Structure
All consulting engagements begin with a clearly defined and mutually agreed-upon Scope of Work (SOW) outlining the project’s objectives, deliverables, timeline, and expected outcomes. At project completion, a final report is delivered documenting the work performed, findings, recommendations, and outcomes. Project closure is confirmed upon acceptance by both parties. Any modification to the agreed scope, timeline, or deliverables is managed through a revised or new Scope of Work to ensure clear expectations and successful project execution.