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Henry L Lamuth

from Sylvania, OH
Age ~82

Henry Lamuth Phones & Addresses

  • Sylvania, OH
  • 104 Ten Oaks Dr, Georgetown, TX 78633 (512) 864-7515
  • 2040 Lane Ave, Upper Arlington, OH 43220 (614) 326-0360
  • 2041 Wyandotte Ave, Columbus, OH 43212 (614) 487-0731 (614) 487-0739
  • 4922 Brookwood Meadows Dr, Brighton, MI 48116 (810) 225-6014
  • Plano, TX
  • Peoria, IL
  • East Northport, NY
  • 4922 Brookwood Meadows Dr, Brighton, MI 48116 (810) 599-9401

Work

Position: Executive, Administrative, and Managerial Occupations

Education

Degree: Bachelor's degree or higher

Emails

Resumes

Resumes

Henry Lamuth Photo 1

Advanced Development Consultant

Location:
2040 Lane Rd, Columbus, OH 43220
Industry:
Electrical/Electronic Manufacturing
Work:
Motorola Semiconductor Mar 2005 - Mar 2006
Enterprise Program Manager

Consultant Mar 2005 - Mar 2006
Advanced Development Consultant

Hewlett-Packard Mar 2002 - Mar 2004
Global Program Manager

Alpha Comm Enterprises Jan 1992 - Mar 2002
President

Sperry/Uniysis Electronic Systems Mar 1984 - Mar 1994
Director Research and Technology
Education:
The Ohio State University
Master of Business Administration, Masters
The Ohio State University
Bachelors, Bachelor of Science
The Ohio State University
Doctorates, Doctor of Philosophy, Engineering, Physics, Philosophy
Skills:
Mathematics
Global Product Development
Senior Program Management
Capacity Planning
Team Building
Sales Strategy
Consulting
Market
Suppliers
Winter
Rf
Ibm
Pmo
Infrastructure
Expenses
Arrangements
Vendors
Sales
Iso
Freescale
Cost
Unisys
Franchising
Return on Investment
Adoption
On Time Delivery
Cmm
Cross Functional Team Leadership
Facilitation
Management Structure
Major Clients
Neck
Assessment
Florida
Texas
Management
Revenue
Design
Simulations
Massive
Npi Management
Outsourcing
Engineering Physics
Customer Facing
Integration
Crm
Columbus
Technology Development
Optics
Downsizing
Lean Manufacturing
Portfolio Management
Forecasting
Turning Around
Business Services
Engagements
Engineering
Vps
Strategy
Internet Protocols
Sold
Consolidation
Operations Management
Testing
New Business Development
Founding
Training
Enterprise Software
Printers
Sla
Maturity Assessments
Taiwan
Subject Matter Expert
Global Services
Project Management
Product Development
Quality Control
Research
Pmp
Process Redesign
Cpi
Commercial Real Estate
Radiation
Service Delivery
R&D
Cost Reduction
Partnerships
Campaigns
Hardware
Automation
Ratings
Erp Software
P&L
Statistical Tools
Applied Technology
Too Small
Information Security
C
Motorola
Moving
Relevance
Business Development
Communication
Modeling
Negotiation
Integrated Product Development
Erp
Strategic Planning
Quantity
Stage
Ohio
Symix
Project Planning
Project
Business Process Improvement
Rollout
Contractual Agreements
Measurements
Engagement
Intellectual Property
Business Process Mapping
Re Engineering
Unix
Income
Multi Disciplinary
Concurrent Engineering
Yield
Responsibility
Internal Audit
Six Sigma
Nuclear
International
Renewal
Obtain
Contract Management
Portfolio
Root Cause Analysis
System Development
Idaho
New York
Development Programs
Electronics
Arbor
Alternate
Service Organizations
Process Improvement
Control Systems Design
Performance Enhancement
Software
Image Capture
Span
Pmi
Certified Project Manager
Program Management
Global Delivery
Proposal Writing
Manufacturing
Stability
Cmmi
Back Office
Semiconductors
Quality Improvement
Optimization
Software Development
Delivery
Architecture
Ford
Coordinated
Apple
Prototype
Lean Processes
Henry Lamuth Photo 2

Henry Lamuth

Location:
Austin, Texas Area
Industry:
Electrical/Electronic Manufacturing

Publications

Us Patents

Device Providing Non-Inertial Propulsion While Conserving Propellant Mass And Method Therefor

US Patent:
20180347550, Dec 6, 2018
Filed:
Jun 4, 2018
Appl. No.:
15/996934
Inventors:
Henry Lewis LaMuth - Columbus OH, US
International Classification:
F03G 3/00
F03B 17/00
F03B 13/00
F03B 15/02
Abstract:
Propulsion is achieved without expelling matter by a non-inertial subsystem to generate substantial internal Coriolis recoil forces that supply propulsion. A subsystem discretely injects mass (fluids) radially into a non-inertial system having spinning radially-oriented fins mounted on a thin disc. The mass (fluid) is input at the circumference of the spinning system by radially injecting the fluid at high velocity onto one fin at a time at the outer end thereof. The mass centrifugally slows as it travels toward the axis and leaves the system at a very low velocity near the axis of rotation. The resultant integrated non-linear Coriolis reaction or recoil is constrained to acting through the axis of rotation of the spinning vanes by keeping the rotation rate constant. The net integrated reactive force acting on the axis of rotation of the subsystem produces a propulsive force. The injected and retarded fluids are captured near the rotation axis and recirculated to the input injectors. By conserving the reaction mass, the closed propulsion system depends only on the availability of power from a source.
Henry L Lamuth from Sylvania, OH, age ~82 Get Report