Philip PIDGEON

email


CAREER OBJECTIVE

  • Develop technical excellence in the power industry.
  • Contribute to making the organization more focused, efficient, and cost effective.
  • Introduce procedures/systems to keep on track.
  • Become more customer focused.
  • Develop technical excellence in the IT industry.

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Retired since Aug 2019

WORK EXPERIENCE:

TRANSPOWER SYSTEM OPERATOR

Operations Planning Engineer, Wellington Mar 03 to Jul 19

Employed by Power System Consultants (PSC), until Jul 03, for Transpower, then became a Transpower employee.

Planning core grid outages from nine weeks out to real time, using power flow tools and SCADA. Use Transpower’s EMS power flow package. Work also involves in liaising with Field services, the asset owner of the grid.

Undertake operations planning projects as required.
 

STUDENT

Victoria University Part Time, Wellington Mar 04 to Oct 04

Finished all of 3rd year in Graduate Computer Science Diploma.
 

TRANSPOWER NATIONAL COORDINATION CENTRE

Operations Planner, Hamilton Mar 02 to Feb 03

Employed by PSC, for Transpower

Planning core grid outages from four weeks out to real time, using power flow tools and SCADA. Use Transpower’s EMS power flow package. Work also involves liaising with Field services, the grid asset owner, and Alstom, the system operator contractor.

Implementation of macros to co-ordinate and check information from various databases.
 

STUDENT

Victoria University, Wellington Mar 01 to Oct 01

Completed most of 3rd year in Graduate Computer Science Diploma.
 

STUDENT

Hutt Valley Polytechnic Oct to Nov 00

Participate in a two month Cyber-technology course relating to Web design, including the implementation of JavaScript and the use of Apache Web Servers.


PART TIME

Web design/modifications/tutoring. Maintaining small LANs, Wellington.


PERSONAL COMPUTER SHOP

Installation/maintenance both software/hardware of personal computers, Wellington. Feb 01
 
 

PARSONS & BRINKERHOFF POWER, (PB Power)

Power Systems Engineer/Consultant Mar 00, Jul - Aug 00

USA: Power flow contingency analysis and transient stability analysis for the impact of IPPs into the Entergy power grid (Entergy is a power utility in Louisiana).

Ireland: Power flow contingency analysis and transient stability analysis for the impact of IPPs into the ESB grid.
 
 

STUDENT

Victoria University, Wellington Mar 98 to Oct 99

Completed 1st/2nd year in Graduate Computer Science Diploma.
 
 

SOLE AGENT

Operations Engineer, Wellington Dec 96 to Feb 98

Same duties as below when employed by Power System Consultants, PSC, for Transpower. Subcontractor to PSC, GST Registered.

Reason for leaving:

  • Broaden experience in IT.

POWER SYSTEM CONSULTANTS

Operations Engineer, Wellington Mar 96 to Nov 96

Consultant used primarily to review commissioning plans for the Transpower network and modify/approve the plans. Assist Operation Planning Engineers in planning for NZ.

Responsibilities

  • Approve commissioning plans in the Power System Services Section at Transpower.
  • Support operations planning engineers for NI and SI.
  • Write substation operational overviews.
Reason for leaving:
  • Change to Sub-contractor.

ELECTRICITY CORPORATION OF NEW ZEALAND, ECNZ

Power System Engineer, Wellington Jan 94 to Feb 96

To monitor/analyse the New Zealand power system from generation to the Transpower transmission network and implications for new generators.

Responsibilities

  • Analyse Transmission Constraints and invoice Transpower monthly.
  • Project manage consultants to analyse transmission/generation-related problems.
  • Manager for the North and South Island PSS/E databases.
Achievements

Purchase a PC version of PSS/E, negotiating a 70% discount.

Setting up procedures for monitoring Transpower using ISO 9000 procedures and practices.

Reason for leaving:

  • Redundancy.

Power System Engineer Jun 92 to Dec 93

Monitoring the New Zealand power system from generation to the Transpower network.

Responsibilities

During the power crisis of 1992 my main task was to use the existing models used by FRG to explain why our major hydro reservoirs were so low. Modelling assumptions were under scrutiny, e.g. the SPECTRA and minimum zone models.
 
 

Achievements

  • Researched data associated with the power crisis which were put in reports for the board and press releases.
  • Project manager for setting up a Power System Simulator/Engineering, (PSS/E) support agreement between DesignPower and FRG. This involved negotiating a contract for using this package.
  • Analysed the forecasting of inflow sequences using artificial neural networks. A paper was presented in an IPENZ conference in January 1995.
  • Seconded to Transpower for three months in Transmission Operations Section to carry out transmission analysis and get an understanding of the NZ transmission system.

Reason for leaving:

  • Transferred to Transmission Operations to use skills.

Engineer (Operations) Nov 87 - May 92

To efficiently utilize hydro energy of ECNZ and minimize thermal fuel costs given the environmental constraints.
 
 

Responsibilities

  • Controlling production dispatch for the North & South Island Transpower Control Centres.
  • Costing energy management of the generation plant on a daily basis. 
  • Issuing dispatch guide-lines in the form of merit orders, i.e. the order in which power stations are to be scheduled. This is usually carried out on a weekly basis.
  • Liaising weekly with Pricing group, ECNZ Marketing, associated with Spot Pricing.
  • Forecasting lake storage trends based on demand and inflow sequences and evaluating the dispatch prices.
  • Economic Studies associated with the cost of replacement generation and hydro/thermal generation trade-offs. E.g. cost of the loss of the Wanganui Diversion during outages.
  • Software support relating to refining models to minimize fuel costs and produce reports.
Achievements

Developed computer programs necessary for producing the business and operating plans, yearly, for the generation planning budget. Produced a report for the need for using the Western Diversion of the Tongariro scheme. It concluded that the cost to the corporation would be several million dollars, as water would go down the Wanganui River instead of into the Tongariro/Waikato stations. This information was used for the court hearings that were going on about the water rights for the Wanganui River. Wrote a program (PL/1) to extract information from the Transpower Information System that enabled a two page daily energy summary report for monitoring the energy management throughout New Zealand, thus saving processing time.

Reason for leaving:

  • GENCO Reorganization.

ELECTRICITY DIVISION OF THE MINISTRY OF ENERGY

Assistant Engineer, Wellington May 83 - Oct 87

Engineering auditing and technical support for thermal power stations.
 
 

SOUTHLAND ELECTRIC POWER SUPPLY, (SEPS)

Assistant Engineer, Invergargil Sep 80 to Apr 83

Planning and maintenance of transmission systems and the need for new substations. Work associated with substations and Monowai Power Station.
 
 

CHRISTCHURCH CITY COUNCIL

Assistant Engineer Dec 79 - Aug 80

Software and hardware support for computer systems to control Central Christchurch City traffic.

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EDUCATIONAL DETAILS

Bachelor of Engineering (Electrical)

    • graduated 1980 from Canterbury University
    • (majoring in power system engineering)
    • professional registration 1989
Graduate Diploma in Computer Science
  • graduated 2005 from Victoria University


 
 

STUDENT

Victoria University Wellington Mar 01 to Oct 01, 2004

Completed 3rd year in Computer Science
2004
COMP 311 User Interface Design, (one of a team of five)
PHYS 340 Microprocessor and Interface Electronics
2001
COMP 301 Software Engineering Principles
COMP 306 Data Communications
COMP 307 Introduction to Artificial Intelligence
COMP 389 Software Engineering Projects, (one of a team of five)
1999
COMP 203 Computer Organization
COMP 201 System and Program Development
PHYS 132  Introductory Astronomy, (not part of Dip of Comp Science)
1998 (not part of Dip of Comp Science, but a prerequist)
COMP 103 Introduction to Data Structures and Algorithms
COMP 102 Formal Methods of Computer Science

Major Projects:
COMP 389 Title: Web based Team for development of tracking performance of first year students.

Description: . We decided to use Perl for the program development as none of the team have used it before and Perl is still used extensively in the industry. Another alternative is PHP, which I have used before, but it does not have good parsing capabilities and security features. The database used was MySQL, as it is widely used in web applications

Responsibilities: Develop the interface between MySQL and Perl. Implement the query Students by Course, using Perl/MySQL. Testing of the program was also carried out with a small database representation.

COMP 306 Title: Develop a C program for implementing the routing table for the Internet. Description: The Internet is modelled using the CNET simulator program and I implemented the routing table of the datalink layer.

Title: Develop a C program for implementing TCP.

Description: The Internet is modelled using the CNET simulator program and a go back N implementation was developed.

Title: Develop a Java program for implementing SMTP mail.

Description: A text based mail was implemented.

COMP 307 Title: Develop a Prolog program for solving a search problem for a planning task

Description: One task was the problem of filling jugs to a certain measure, given different jugs sizes and no graduations on the jugs. This is a classic searching problem, which could be enhanced by various techniques.

Personnel Computer and, analysis and design software packages
  • Computer Network maintenance with MS Windows 95/98/NT/XP
  • Programming in assembly and Fortran, PL/1, C, C++, Java languages, Perl/PHP, Prolog
  • MS Windows-95/98/NT/XP, Microsoft office 97/03 (Word, Excel, Access, Power Point)
  • Network analysis tools, such as PTI-PSS/E (Power system simulator for Engineers)


CAREER OBJECTIVE

  • Become more customer focused.
  • Develop technical excellence in the IT industry.
  • Develop technical excellence in the power industry.
  • Contribute to making the organization more focused, efficient, and cost effective.
  • Introduce procedures/systems to keep on track.

INTERESTS

Family, Church, Flying light planes, music, reading, current events, cosmology
 
 

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Last modified on September 29, 2020