Clear Under Ambiguity
I separate facts, assumptions, and unknowns before setting hardware execution plans.
ROLE: HARDWARE SYSTEMS LEADER
LOC: SF BAY AREA / GLOBAL
NITESH PHABIANI
I turn ambiguous wearable and consumer hardware programs into reliable, manufacturable products.
WHO THIS IS FOR
AI wearables and consumer electronics teams that need strong ownership across product design, validation, suppliers, and ramp.
TOP 3 OUTCOMES
- Prototype-stage ambiguity converted into requirements, owners, and build gates.
- System-level tradeoffs closed across design, power, thermal, RF, reliability, and schedule.
- Manufacturing readiness protected through DFM/DFA, tooling, test, FATP, and supplier cadence.
10+
Years in Hardware
6+
Major Launches
$50M
Ops Savings
01
OPERATING MODEL
Professional Summary
Hardware systems and product-development leader with 10+ years delivering consumer devices and wearable hardware from concept to mass production across Meta AI smart glasses and Amazon Lab126.
- Build multidisciplinary teams and scalable hardware execution mechanisms
- Translate research and prototype work into reliable, manufacturable products
- Drive cross-functional readiness across ME, EE, FW, RF, reliability, operations, and suppliers
- Use requirements, validation matrices, risk registers, and decision logs to reduce ambiguity
Core Strengths
Wearable / AI Glasses Systems
Prototype-to-Production NPI
Hardware Architecture Tradeoffs
DFM / DFA / DOE / FMEA
Manufacturing Test + FATP
CM / ODM / JDM Execution
Executive Decision Cadence
Hiring + Mentoring
02
HOW I LEAD
How Teams Describe Working With Me
Collaborative By Default
I align product design, systems, firmware, reliability, quality, operations, and suppliers before issues become escalations.
High Ownership
I surface risk early, drive containment fast, and stay accountable through launch recovery.
Working Cadence
- Requirement and spec baselines tied to build plans.
- Weekly cross-functional risk reviews with one shared board.
- Decision notes with tradeoffs, owners, and dates.
- Supplier, tooling, validation, and FATP checkpoints before build gates.
Tradeoffs are explicit, and decision owners are named.
Teams align faster when expectations and risks are visible.
Every incident becomes a reusable operating improvement.
Customer safety and long-term quality outrank short-term shortcuts.
Decision Example
In early wearable development, comfort, industrial design, power, thermal, RF, durability, reliability, manufacturability, and schedule all compete. I create the cadence and evidence needed to close those tradeoffs without losing consumer-grade quality.
First 30 Days With Me
You get a prioritized risk map, top blockers with owners, build-readiness gaps, and an executable mitigation plan with weekly checkpoints.
03
PROTOTYPE-TO-PRODUCTION LIFECYCLE
PHASE 01
CONCEPT
Feasibility, architecture choices, requirements, and business-case alignment.
REF:
AI Glasses Requirement Baseline
PHASE 02
EVT
Engineering validation across function, power, thermal, RF, and electrical performance.
REF:
System Integration Builds
PHASE 03
DVT
Design validation covering reliability, certification, validation matrices, and tooling readiness.
REF:
Consumer Device Validation
PHASE 04
PVT
Process validation with focus on yield, capability, manufacturing test, and cycle time.
REF:
FATP Readiness
PHASE 05
RAMP
Mass production with sustained quality, supplier cadence, and operational tracking.
REF:
Launch Recovery + Sustaining Quality
04
WAR ROOM — TOUGHEST RECOVERIES
INCIDENT #01
CRITICAL
Smart Home Plug Program
ISSUE:
Relay thermal rise + weld integrity
PHASE:
PVT Ramp
ACTION:
Locked process window and reworked fixture controls
97.4%
FPY Recovery
INCIDENT #02
HIGH
Compact Printer Program
ISSUE:
Media feed reliability failures
PHASE:
DVT -> PVT
ACTION:
Redesigned paper path and tightened incoming specs
0.4%
Final Jam Rate
INCIDENT #03
HIGH
Portable Audio Device Program
ISSUE:
Thermal throttling in sealed encl.
PHASE:
EVT -> DVT
ACTION:
Reused structure and improved thermal containment
-25%
COPQ Reduction
Need a fast risk assessment?
Book a 20-minute review and walk away with your top three blockers and a mitigation plan.
BOOK A TRIAGE REVIEW
05
STORY LIBRARY
Summary: High-volume smart plug with strict safety and certification requirements.
RISKS
Weld integrity, relay thermal rise.
METRICS
Major FPY and throughput recovery.
Summary: Multi-SKU accessory program with complex stakeholder and quality constraints.
RISKS
Acoustic obstruction, rattle, tolerance drift.
METRICS
Multi-SKU launch delivered on schedule.
Summary: Electromechanical print product with reliability risks in media handling.
RISKS
Adhesive drag jams, cutter reliability.
METRICS
Jam rate stabilized and throughput improved.
Summary: Portable smart speaker for India with thermal and schedule pressure.
RISKS
Thermal throttling, Li-ion safety, seasonal launch window.
METRICS
Runtime and FPY targets recovered.
Summary: Modular adapter strategy with shared base and regional plug variants.
RISKS
Compliance sequencing, contact resistance.
METRICS
Changeover and inventory efficiency improved.
Summary: High-volume molded accessory with conductive material consistency risks.
RISKS
Tip variability, cosmetic rejects.
METRICS
PVT failures reduced and COPQ improved.
Need more detail?
Request full case studies with constraints, decisions, and measurable results.
REQUEST CASE STUDIES
06
TRIAGE DRILLS
07
METRICS & GLOSSARY
Critical Metrics (PVT)
| METRIC | TARGET |
|---|---|
| FPY | >= 95% |
| RTY | >= 90% |
| Cpk | >= 1.33 |
| OTD | > 95% |
Key Terms
- CTQ: Critical-to-Quality features
- DOE: Design of Experiments
- GR&R: Gauge repeatability and reproducibility (measurement confidence)
- OBA: Out-of-Box Audit
- PFMEA: Process Failure Mode Analysis
- CAPA: Corrective/Preventive Action