This document discusses the technical feasibility analysis of a project. It explains that technical feasibility evaluates whether the required technologies and resources are available to implement the project. The key components of a technical feasibility study include assessing the manufacturing processes, ensuring use of latest developments, evaluating suitable locations and sites, identifying required machinery and equipment, and creating project charts and layouts. The primary task is to provide design alternatives and cost estimates for different technical options.

1. TECHNICAL FEASIBILITY
PRESENTED BY
CHANDAN SINGH

2. CONTENT
• INTRODUCTION
• BENEFITS OF FEASIBILITY STUDY FOR ANY COMPANY
• TYPES OF PROJECT FEASIBILITY
• TECHNICAL FEASIBILITY
• PRIMARY TASK OF TECHNICAL FEASIBILITY
• MAIN COMPONENT OF TECHNICAL FEASIBILITY
 Manufacturing process/technology
 Latest development
 Location and Site
 Machineries and Equipments
 Project chart and layout

3. INTRODUCTION
FEASIBILITY
• Feasibility is the first stage in the process
of project development.
• A feasibility study is an analysis of the
viability of an idea through a disciplined and
documented process of thinking through the
idea from its logical beginning to its logical
beginning to its logical end.

4. FEASIBILITY
• A feasibility study evaluates the project's
potential for success.
• feasibility study is an analysis of the viability of
an idea. It ensures that a project is legally and
technically feasible and economically
justifiable.
• A feasibility study always focus on the
practically of an idea according to identifying
possible problems.

5. BENEFITS OF FEASIBILITY STUDY FOR
ANY COMPANY
 Conducting a feasibility study is always
beneficial to the project and it gives a clear
picture of your idea:
• Its gives focus to the project and alternative
outline.
• Identifies the reason to do the project.
• Helps in decision making of project.
• Provides a detailed documented status to the
business.

6. OVERVIEW OF PROJECT FEASIBILITY STUDY
There are different areas of project feasibility:
• Technical feasibility
• Operational feasibility
• Economic and commercial feasibility
• Managerial feasibility
• Schedule feasibility
• Social feasibility

7. TECHNICAL FEASIBILITY
• Technical Feasibility assessment is focused on
the present technical resource available in the
organization.
• It studies if the technical resources including
the technical team are capable of converting
the ideas into working system.
• It also evaluates the hardware and the
software requirement of the proposed system.

8. TECHNICAL FEASIBILITY
 Technical feasibility analysis is an attempt to study
the project basically from a technician’s angle. The
main aspect to be considered under this study are
technology of the project :
• Size of the plant
• Location of the project
• Pollution caused by the project
• Production capacity of the project
• Strength of the project

9. • Emergency or stand by facilities required by
the project sophistication such as automation
• Mechanical handling
• Required collaboration agreements
• Production inputs and implementation of the
project

10. Primary task of Technical Feasibility
Primary task of TF is Blueprinting:
a) Manpower Needs
b) Resources, and Design
c) Provide Design Alternatives
d) A Choice of Available Technologies, & Cost
estimates for each alternative.

11. MAIN COMPONENT OF TECHNICAL ANALYSIS
There are following main component or section of
technical analysis:
Manufacturing process/technology:- For
manufacturing a product often two or more
alternative technologies are available. For
example,
 Soap can be made by the semi-boiled process or
the fully boiled process.
 Soda can be made by the electrolysis method or
the chemical method.

12. LATEST DEVELOPMENT
• The technology adopted must be based on the
latest developments to time to time.
• Old technology in Agriculture field

13. New technology in Agriculture field

14. Location and Site
• Location and site of any company or project is
very essential part of technical feasibility.
• The choice of location and site follows an
assessment of demand, size, and input
requirement of any project or company.
• Location and sizes are closely inter-related

15. Machineries and Equipments
• The requirement of Machineries and equipments
is dependent on production technology and plant
capacity. It is also influenced by the which type
of project.
• The equipment required for the project may be
classified into the following types:
 Plant process equipment
 Mechanical equipment
 Electrical equipment
 Internal transportation system

16. EXAMPLE OF AGRICULTURE EQUIPMENT
FOR AGRICULTURE PROJECT FOR ANY FIRM

17. PROJECT CHART AND LAYOUT
 Once data is available on the principle dimensions of the
project. They are
• Market size
• Plant capacity
• Production technology
• Machineries and equipments
• Building and civil work
• Supply of inputs to the project
• Transport layout- This shows the distances of transport
outside to production line.
• Communication layout- This shows the various parts of the
project will be connected with telephones, internet etc.