Presenter: Multiple

Presenter: Multiple

Presenter: Multiple

Depreciation Fundamentals will take place on consecutive Tuesdays and Thursdays at 11:00 AM from Tuesday, September 22 through Thursday, October 1. This course covers the basics of plant and depreciation accounting, life and salvage analysis, and depreciation models. Depreciation Fundamentals is often repeated by people who want additional study on select topics or who are preparing for the CDP exam. There are no prerequisites for this course. The maximum number of participants is 30.

Recommended Electives: 

• Other Life Analysis Models - Life Cycle Analysis (Session 1)
• Other Life Analysis Models - Technology Forecasting (Session 2)
• Reserve Imbalances and True-Up
• Plant and Depreciation Accounting - Introduction

Presenter: Multiple

Analyzing Net Salvage in the Real World will take place from 11:00 AM-2:00 PM on consecutive Tuesdays and Thursdays from Tuesday, October 27 through Thursday, November 5. This course examines how the components of net salvage (gross salvage and cost of removal) are recorded to accrued depreciation, analyzed using various statistical techniques, and then estimated and incorporated in the calculation of annual and accrued depreciation. Prerequisite: Depreciation Fundamentals or permission from Dr. Susan Jensen based on your qualifying experience or courses. The maximum number of participants is 20.

Recommended Electives: 

• Age/Inflation Adjusted Analyses - Overview and Calculations (Session 1)
• Age/Inflation Adjusted Analyses - Using Salvage Data (Session 2)
• Depreciation Studies - Steps to Perform in Preparing the Study (Session 1)
• Depreciation Studies - Pitfalls to Avoid in Preparing the Study (Session 2)

Presenter: Multiple

Life Analysis Methods and Applications will take place from 11:00 AM-2:00 PM on consecutive Tuesdays and Thursdays from Tuesday, October 13 through Thursday, October 22. Actuarial and Simulation life analysis models are reviewed and applied to real-world property data. Prerequisite: Depreciation Fundamentals or permission from Dr. Susan Jensen based on your qualifying experience or courses. The maximum number of participants is 20.

Recommended Electives:

• Other Life Analysis Models - Life Cycle Analysis (Session 1)
• Other Life Analysis Models - Technology Forecasting (Session 2)
• Plant and Depreciation Accounting - Intermediate
• Depreciation Studies - Steps to Perform in Preparing the Study (Session 1)
• Depreciation Studies - Pitfalls to Avoid in Preparing the Study (Session 2)

Presenter: John Lacey

This session will take place on Wednesday, September 23 from 3:00 PM - 4:15 PM. Attendees will receive 1.5 CPEs. Attendees must be registered for a 10-Hour Training Course in order to register for this elective. 

Recommended Elective for: 

• Depreciation Fundamentals

Presenter: Steve Barreca

This session will take place on Wednesday, October 7 from 11:00 AM-12:40 PM. Attendees will receive 2 CPEs. Attendees must be registered for a 10-Hour Training Course in order to register for this elective. 

Recommended Elective for: 

• Depreciation Fundamentals
• Life Analysis Methods and Applications

Presenter: John Lacey

This session will take place on Wednesday, October 14 from 3:00 PM  - 4:15 PM. Attendees will receive 1.5 CPEs. Attendees must be registered for a 10-Hour Training Course in order to register for this elective. 

Recommended Elective for: 

• Life Analysis Methods and Applications

Presenter: Dane Watson

This session will take place on Wednesday, October 21 from 1:10 PM - 2:00 PM. Attendees will receive 1 CPE. Attendees must be registered for a 10-Hour Training Course in order to register for this elective. 

Recommended Elective for: 

• Analyzing Net Salvage in the Real World
• Life Analysis Methods and Applications

Presenter: Bill Stout

This session will take place on Wednesday, November 4 from 11:00 AM - 12:40 PM. Attendees will receive 2 CPEs. Attendees must be registered for a 10-Hour Training Course in order to register for this elective. 

Recommended Elective for: 

• Analyzing Net Salvage in the Real World