- Lead mechanical workstreams from requirements and architecture through detailed CAD, analysis, drawing release, design review, supplier coordination, and validation planning.
- Resolve coupled mechanism, structural, thermal, fluid, packaging, service, and manufacturability constraints in complex electromechanical equipment.
- Drive production-readiness and corrective-engineering decisions with clear assumptions, configuration control, and evidence boundaries.
Experience · Jared Maffucci
Senior Mechanical Engineer | Consumer Products, Electromechanical Hardware + NPD.
Eight-plus years turning uncertain product intent into architecture, mechanisms, analysis, CAD, prototypes, manufacturing definition, and corrective engineering across consumer, industrial, biomechanical, electromechanical, and high-reliability hardware.
Professional profile
Whole-product judgment with hands-on mechanical depth.
I am most valuable where the problem crosses boundaries: user experience, mechanisms, structures, thermal or fluid behavior, electronics packaging, tolerances, suppliers, cost, service, and validation.
I can frame the work at the program level and still own the details that make the product real. Teams get clear requirements, credible alternatives, explicit assumptions, disciplined execution, and a design record that supports review, release, production, and future improvement.
What I can own
- Complete mechanical product-development workstream
- Product architecture and high-risk subsystem decisions
- Mechanism, structure, enclosure, or electromechanical integration
- Prototype, validation, DFM/DFA, supplier, and release execution
- Corrective engineering, cost, reliability, and performance improvement
Experience
A career built around increasingly complete ownership of physical products.
- Deliver direct mechanical design and product-development support across consumer, industrial, biomechanical, brewing, adjustable-product, and precision-mechanical programs.
- Translate incomplete concepts or physical interfaces into requirements, alternative architectures, parametric CAD, calculations, prototypes, drawings, and stage-appropriate supplier packages.
- Support mechanism design, DFM/DFA, physical-hardware reconstruction, complex surfacing, tolerance review, simulation, troubleshooting, fixtures, and product improvement.
- Developed high-reliability aerospace and advanced-communications hardware under coupled thermal, vibration, structural, modal, packaging, documentation, procurement, and manufacturing constraints.
- Owned mechanical design and analysis details from concept through released definition while coordinating electrical, RF, systems, manufacturing, and supplier interfaces.
- Built the high-reliability foundation now applied across consumer, electromechanical, industrial, and consulting work.
Selected consumer + electromechanical work
Experience connected directly to public case briefs.
Review the exact role, engineering outputs, validation boundary, and next gate behind representative product-development work.
PCM Can Cooler
Eight controlled revision stages resolved the shell, liner, PCM cartridge, closure, sealing, condensation, and service strategy.
Read case briefConsumerAdjustable Furniture Platform
A four-product platform was organized around shared mechanical logic, controlled interfaces, and supplier review gates.
Read case briefElectromechanicalBrewing Equipment
The mechanical product definition connected enclosure geometry, accessory interfaces, supplier components, revisions, and a final BOM.
Read case briefTechnical scope
Mechanical engineering from controlling physics to controlled release.
Mechanical systems
Mechanisms, precision motion, structures, enclosures, electromechanical packaging, thermal and fluid hardware
Product development
Requirements, architecture, concept selection, trade studies, risk retirement, prototyping, validation, and release
Engineering definition
Parametric CAD, complex surfacing, GD&T, tolerance analysis, drawings, BOM structure, and configuration control
Analysis + evidence
First-order calculations, FEA, CFD, load paths, boundary conditions, test planning, troubleshooting, and corrective action
Production readiness
DFM/DFA, materials and processes, supplier reviews, inspection strategy, service access, cost, and change control
Technical communication
Design reviews, decision records, technical packages, cross-functional alignment, and direct stakeholder communication
Representative product terrain
Cross-industry range without diluted rigor.
The geometry, scale, materials, and failure modes change. The core questions remain consistent: what carries the load, what governs motion, which interfaces control fit, how variation accumulates, how the product will be made and inspected, and what evidence is required before release.
View Product Case BriefsProduct families
- Consumer and prosumer enclosures, interfaces, closures, and product platforms
- Brewing and process-equipment mechanical integration
- Adjustable furniture mechanisms and multi-product platform definition
- Foot orthotics and fit-driven freeform products
- Industrial flow paths, exhaust silencers, and acoustic systems
- Electromechanical packaging, mechanisms, structures, and service access
- Aerospace and advanced-communications hardware
Education + technical foundation
Verified credentials and working toolset.
B.S. Mechanical Engineering
Colorado State University · 2018
Certified SOLIDWORKS Professional
CSWP
10,000+ hours in SOLIDWORKS
Parametric CAD, complex surfacing, assemblies, drawings, simulation, flow analysis, rendering, and technical documentation.
Direct, stage-accurate ownership
Hands-on engineering, transparent assumptions, disciplined reviews, confidentiality, and explicit validation boundaries.
Direct conversation
Bring Jared Maffucci into the team.
Send the company, role title or posting, and a short note about the product or technical ownership. No project-stage or NDA fields.
Discuss a Role