Design and Fabrication of Temperature Controller System Project

CE 3.1 Project Information
Name of the project: Design and Fabrication of Temperature Controller System
Location of the project: Please fill
Project Duration: Please fill
Organization: Please fill
Role and Designation during the time: Project Developer
CE 3.2 Project Background
CE 3.2.1 Characteristics of the project
The temperature control is the process, which helps in maintaining the temperature at
a specific maximum or minimum level and also within the specified range. Hence, there is an
extreme necessity of temperature controlling in the several regular activities. In the project, I
have provided a proper design of the temperature controller system for ensuring that the
thermal comfort is being maintained properly. The temperature controller system is more like
the programmable thermostat at the desired temperature irrespective of the fluctuating
weather. For this project, I have used PLC or programmable logic controller for the proper
automation of the industrial processes. I had the knowledge of output voltages and hence had
the core idea of conversion of voltage to the byte values. I made the project for converting the
respective byte values to Centigrade scalar. Hence, for executing this project, I checked the
functions and operations of all the components in driver circuit and provided the design of
this system.

CE 3.2.2 Objectives developed for the project
This particular project of Design and Fabrication of Temperature Controller System
was a major project in my engineering career and professional life. I made the project for
converting temperature from byte value to Centigrade scale effectively and efficiently.
Therefore, for obtaining accurate results from the project, I eventually developed few
objectives, which are given below:
 To propose a proper and complete design for the temperature controller system.
 To optimize the overall cost of living and production in both industries and buildings.
 To eliminate the major hazards, which could result from the respective accidental
neglect of cooling or heating appliances.
 To convert the byte value temperature to Centigrade scale.
 To detect the current temperature and feeding it as the input to the project’s
microcontroller by a highly sensitive temperature sensor.
 To ensure that the microcontroller is initiating the sequence of control processes on
the basis of configuration of control programs.
CE 3.2.3 My area of work
I was hired as the project developer for this particular project of Design and
Fabrication of Temperature Controller System as I have enough field experience in core
electronics projects. I have executed several projects in my career and thus executing this
project alone was not a difficult task for me. Moreover, I had knowledge of temperature
controlling effectively and thus proposing the design of this temperature control system was
much easier. My supervisor had enough trust and confidence upon me and he was sure that I
would be able to complete the project all by myself. Thus, I was selected as the project
developer within the project.

Project Supervisor
Project
Developer (Me)
Head of the
Department
CE 3.2.4 Project Group
Figure 1: People involved in the project
CE 3.2.5 My responsibilities throughout the project
For completing the tasks, I was subsequently assigned for the work to propose a
compressed design for the temperature controller system. I had to use the formula for
converting the byte values to centigrade scalar and to make the project proper. I checked the
output voltages from this temperature sensor and then converted these output voltages to the
byte values. My other responsibilities included the programming of microcontroller and even
the development of the control programs. Since, I was the project developer in this project, I
even had to regulate the temperature changes by simply triggering the correct equipment and
influencing the respective temperature. I also checked the function and operation of each and
every project element. I, finally initiated the entire sequence of the control processes on the
basis of control program configurations.