From concept to production across real-world product programs.
A selection of professional consumer-product work developed across multidisciplinary teams — from early opportunity framing and concept exploration through prototyping, refinement, implementation, and production.
Over time, that role expanded from hands-on industrial design into broader design leadership — guiding product direction, reviewing work across a distributed team, and aligning design decisions with engineering, product, marketing, packaging, and manufacturing partners.
Core professional signals
Product Development
Concept → Prototype → Refinement → Production
Design Leadership
Direction → Critique → Alignment → Team Support
Cross-Functional Collaboration
Product · Engineering · Packaging · Marketing · Production
Execution
CAD · CMF · DFM · Tooling · Samples · Manufacturing Handoff
- Concept
- CAD / CMF
- Engineering
- DFM
- Tooling
- Sampling
- Production
- Retail
Turning product direction into production reality.
Commercial product development required different decisions at every stage — not a single linear handoff from research to manufacturing, but a continuous responsibility for direction, feasibility, and quality as a product moved toward production.
- 01 — FrameDefine the product direction.Product direction balanced user and customer needs, market context, business requirements, technical constraints, cost, and schedule. Design participation began before styling — shaping what the product needed to be, not just how it would look.
- 02 — ExploreCreate and evaluate possibilities.Sketching, form exploration, CAD, and CMF exploration turned direction into comparable options, evaluated against feasibility, manufacturability, and the intended product experience.
- 03 — AlignAlign design across disciplines.Design decisions were weighed against product, engineering, packaging, marketing, and production requirements — balancing experience and visual intent with feasibility, cost, and schedule.
- 04 — RefineResolve design through iteration.Prototypes and physical samples were reviewed and adjusted across form, usability, CMF, assembly, and manufacturing constraints until the design held up under real production conditions.
- 05 — DeliverProtect design intent through production.Design did not end at approval. Continued review through tooling, development samples, factory samples, and manufacturing handoff helped keep the final product consistent with the original design intent.
- FrameDefine direction
- ExploreCreate possibilities
- AlignCoordinate decisions
- RefineResolve through iteration
- DeliverCarry intent into production
Leading design through direction, critique, and alignment.
Design leadership here was not limited to people management. It meant setting direction, running critique, making decisions, aligning work across disciplines, and maintaining quality as a product moved between teams and stages — while remaining hands-on in the work itself.
- 01 — Set DirectionTurn ambiguity into clear design priorities.Broader product and business inputs were translated into priorities, design criteria, and exploration directions — giving a team clarity on what needed to be solved and a consistent standard to design against.
- 02 — Design CritiqueUse critique to improve the work, not simply approve it.Critique moved work from an early direction through comparison and decision into a refined direction, rather than serving as a single approval gate.
- 03 — Cross-Functional AlignmentDesign decisions rarely belong to design alone.Design connected with product, engineering, packaging, marketing, and production — aligning competing constraints while protecting the core design intent.
- 04 — Distributed CollaborationCoordinate design across a distributed team.Direction, review, visual communication, and iteration carried a five-person distributed 3D design team through delivery, keeping design intent consistent across time zones and disciplines.
- 05 — Decision MakingReduce possibilities into a decision.Multiple directions were narrowed through constraint and tradeoff review into a selected direction, then carried forward through refinement rather than settled by default.
- 06 — Quality OwnershipMaintain coherence as work moves between stages.Continuity from concept through CAD, prototype, sample, tooling, and production required ongoing review to keep design quality consistent as work passed between disciplines.
- Intent
- Critique
- Decision
- Iteration
- Multiple Directions
- Constraint / Tradeoff Review
- Selected Direction
- Refinement
Designing across products, constraints, and production realities.
A closer look at two commercial products, alongside supporting work from the same personal-care line.
Featured — FitRx Adjustable Dumbbells
A space-saving adjustable dumbbell system designed to make strength training approachable at home — resolving weight-selection mechanics, grip comfort, and a compact footprint into a single confident product form.
Contribution: Industrial Design · CMF · Engineering Collaboration
Featured — IonVac SmartClean
A connected robot vacuum developed for a competitive smart-home category, balancing sensor and battery packaging, serviceability, and a confident technical CMF language within tight cost and schedule constraints.
Contribution: Industrial Design · CMF · Production Collaboration
Supporting Work — SLF Personal Care
Two personal-care products developed within the same product family, sharing a consistent CMF and interaction language.
All four products shown are commercial, manufactured releases — carried from concept through production rather than remaining as concepts or prototypes.
Protecting design intent through production.
Maintaining design quality required continued attention beyond initial approval — through prototypes, samples, and production decisions that could otherwise drift from the original intent.
- Design Intent
- Development Sample
- Final Manufactured Product
Designing with manufacturing in mind
Part Strategy
Considering how a design breaks into parts shaped assembly, cost, and manufacturability from early development.
Assembly
Component fit, tolerance, and assembly sequence were considered alongside form, not resolved after it.
CMF
Color, material, and finish decisions were evaluated against real production processes and cost, not only visual intent.
Tooling / Manufacturing
Tooling and manufacturing constraints informed design decisions early enough to protect the intended product experience.
Balancing constraints
Not every constraint required compromise in the same place. The goal was identifying which elements carried the core product experience, and protecting them through implementation — across design intent, feasibility, cost, schedule, and quality.
Designing beyond the artifact.
Working across concept development, design leadership, engineering collaboration, and manufacturing shaped a design practice that considers not only the artifact itself, but the systems, constraints, people, and decisions required to bring it into the world.
Systems Thinking
See relationships beyond the individual artifact.
Design Leadership
Create clarity and move teams toward decisions.
Cross-Functional Collaboration
Translate design intent across disciplines.
Execution
Carry ideas from concept into real-world implementation.