optimisation of photovoltaic module assembly using finite element and Taguchi methods

-1 I need 2 pages of explanation on the following topics [I have presentation about the following 11 topics on Wednesday 10/12/2014] :
• Accelerated thermal cycling
• Accelerated temperature cycling
• Fatigue load
• Temperature load (IEC standard 60749-25)
• Types of solders (lead-free and lead based solders)
• Design of experiment (DOE)
• Creep strain
• Creep energy density
• Plastic work
• Garafaro creep model syed
• Taguchi design of experiment

2- Interim report (weighting 15%), 3000-3500 words [please for more details, read about it from Final Project guide handbook], [I will let you know exactly what I have done till now and use those information to write the interim report], submission will be on 05/01/2014.

3-Thesis (final report), (weighting 85%), 6000-11000 words, [please for more details, read about it from Final Project guide handbook], [I will keep you updated with progress I make and results], submission must be within 2 months.
Thesis WEIGHTING:
a-Project planning and managemen 15%
b-Information search and review 15%
c-Initiative, project implementation, and results 25%
d-Analysis of results and critical discussion of work 30%
e-Presentation of project report (written) 15%

-1 I need half page of explanation on the following topics [I have presentation about the following 11 topics on Wednesday 10/12/2014] :
• Accelerated thermal cycling
• Accelerated temperature cycling
• Fatigue load
• Temperature load (IEC standard 60749-25)
• Types of solders (lead-free and lead based solders)
• Design of experiment (DOE)
• Creep strain
• Creep energy density
• Plastic work
• Garafaro creep model syed
• Taguchi design of experiment