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Rudolph K Lampi

from Tabernacle, NJ

Rudolph Lampi Phones & Addresses

  • 15 Yates Ln, Tabernacle, NJ 08088 (609) 859-3345
  • Vincentown, NJ
  • 15 Yates Ln, Tabernacle, NJ 08088

Work

Company: New jersey manufacturers insurance companies Jun 2020 Position: Data management analyst

Education

Degree: Bachelors, Bachelor of Science School / High School: Rowan University 1994 to 1995 Specialities: Computer Science

Skills

Requirements Analysis • Business Analysis • Visual Basic • Analysis • Requirements Gathering • Mortgage Lending • Microsoft Access • Computer Science • Data Analysis • Sdlc • Business Requirements • Software Development • Software Documentation • Financial Services • Business Development • Business Strategy • Business Process Improvement • Access • Sql • Microsoft Excel • Databases • Microsoft Sql Server • Visio • Hyperion • Tableau • Python • Leadership • Qlik Sense • Microsoft Office • Sql Server Reporting Services

Ranks

Certificate: Tableau 10 Desktop Training

Emails

Industries

Real Estate

Resumes

Resumes

Rudolph Lampi Photo 1

Data Management Analyst

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Location:
15 Yates Ln, Tabernacle, NJ 08088
Industry:
Real Estate
Work:
New Jersey Manufacturers Insurance Companies
Data Management Analyst

Title Resource Group Aug 2019 - May 2020
Business Analyst Ii

Phh Mortgage Aug 2002 - Jul 2019
Business Analyst

Rohm and Haas Jul 1997 - May 2002
Floor Technician

Td Jul 1994 - Jul 1997
Assistant Lan Administrator
Education:
Rowan University 1994 - 1995
Bachelors, Bachelor of Science, Computer Science
Juniata College 1988 - 1990
Blair Academy 1986 - 1987
Burlington County Inst of Tech - Westhampton 1982 - 1986
Burlington County Institute of Technology
Juiniata College
Skills:
Requirements Analysis
Business Analysis
Visual Basic
Analysis
Requirements Gathering
Mortgage Lending
Microsoft Access
Computer Science
Data Analysis
Sdlc
Business Requirements
Software Development
Software Documentation
Financial Services
Business Development
Business Strategy
Business Process Improvement
Access
Sql
Microsoft Excel
Databases
Microsoft Sql Server
Visio
Hyperion
Tableau
Python
Leadership
Qlik Sense
Microsoft Office
Sql Server Reporting Services
Certifications:
Tableau 10 Desktop Training
The Complete Python Programming Boot Camp - Beginner To Advance
Python For Programmers

Publications

Us Patents

Magnetic Suspension Melting Apparatus

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US Patent:
52752291, Jan 4, 1994
Filed:
Mar 25, 1992
Appl. No.:
7/857052
Inventors:
Oleg S. Fishman - Maple Glen PA
Rudolph K. Lampi - Tabernacle NJ
Vitaly Peysakhovich - Morrestown NJ
Assignee:
Inductotherm Corp. - Rancocas NJ
International Classification:
B22D 2702
H05B 600
US Classification:
164513
Abstract:
Apparatus for inductively melting a quantity of metal without a container includes a first induction coil having a plurality of turns defining a volume for receiving a quantity of metal, the first induction coil being adapted to exert a force on the metal, a second induction coil having a plurality of turns at substantially right angles to the turns of the first induction coil, the second induction coil, being disposed within said volume coaxial with the first induction coil. Both the first and second induction coils have connectors thereon for connecting the coils to at least one power supply for energizing the first and second induction coils. A support is provided for supporting the metal from below, and has an opening through it. The support includes a raised segmented rim around substantially its entire periphery. The support is maintained at a preselected temperature.

Induction Heating Device And Process For The Controlled Heating Of A Non-Electrically Conductive Material

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US Patent:
61215929, Sep 19, 2000
Filed:
Nov 5, 1998
Appl. No.:
9/187562
Inventors:
Oleg S. Fishman - Maple Glen PA
Rudolph K. Lampi - Tabernacle NJ
John H. Mortimer - Medford NJ
Vitaly A. Peysakhovich - Moorestown NJ
Assignee:
Inductotherm Corp. - Rancocas NJ
International Classification:
H05B 604
US Classification:
219661
Abstract:
An induction heating device for controlling the temperature distribution in an electrically conductive material, or susceptor, when heated by induced eddy currents in the material. A non-electrically conductive material can be heated in a controlled manner by placing the material near to the susceptor. Variable power is applied to multiple induction coil sections wound around the length of the susceptor from a power source by one or more switching circuits. The coil sections can be overlapped or counter-wound between adjacent coil sections, or provided power in a cascaded manner, to achieve desired temperature distributions in the susceptor. A control circuit is used to control the power applied to each coil section and the output of the power source. By placing a non-electrically conductive material near to the susceptor the material can be heated in a controlled manner.
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