Innovative Electrical & Electronic Engineering Project Progress Report Presentation
This presentation showcases the progress of an innovative project in the field of Electrical & Electronic Engineering. It covers background, motivation, literature review, problem statement, objectives, proposed system, simulation, results, analysis, impact on the environment, limitations, conclusion, and future works. The project aims to address complex engineering problems and activities, with a focus on sustainability and efficiency.
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Presentation Transcript
EEE 400 PROGRESS REPORT PRESENTATION (FINAL TERM) Presentation title 36 points Arial bold Centered Presented by: Presenters Name (24 points Arial bold) Department of Electrical & Electronic Engineering INDEPENDENT UNIVERSITY, BANGLADESH Supervisor: Prof. Md. Abdur Razzak Presenters short name Short Title Page 1/24
Outline Background and Motivation Existing systems and related works (literature review) Problems / challenges in the existing systems & possible solutions Problem Statement & Objectives Proposed System Theory, Design and Mathematical Modeling Simulation, Hardware Prototype & Testing (choose appropriate) Results, Analysis and Investigations Impact of Project on the Environment and Sustainability Addressing Complex Engineering Problems and Activities Limitations Conclusion & Future Works Presenters short name Short Title Page 2/24
Background and Motivation Use a page or 2 to state the background of this project and why you are motivated to pursue this project (use more pictures, block diagram and less words) Presenters short name Short Title Page 3/24
Background and Motivation (contd..) Presenters short name Short Title Page 4/24
Background and Motivation (Literature Review) Reference Limitations / Problems / Challenging issues It requires more components which make the project complex as well as costly. Stability of the system will also be challenging. Sl Outcome Possible Solution (Journal / Conference papers M. A. Razzak and Bing Zeng, A Constant Current Immittance Conversion Circuit , IEEE International Conference on Circuits and Systems, 14-16 December, 2011, Sydney, Australia, pp. 746-751. 1. Provide constant current for dynamic load i.e. the load power will not be changed even when the load changes. Should be provided a simple topology which will make the system less complex, low cost as well as stable and robust. 2. 3. List at least 3 most recent journal papers you have reviewed. In case of unavailability of journals, list most recent conference papers. Presenters short name Short Title Page 5/24
Problem Statement & Objectives After literature review, the following major problems are discovered and needed to be addressed: Xx Xx Xx The objective(s) of the proposed system is/are: Xx Xx Xx Presenters short name Short Title Page 6/24
Proposed System example Presenters short name Short Title Page 7/24
Theory / Design / Mathematical Modeling Xx Presenters short name Short Title Page 8/24
Theory / Design / Mathematical Modeling Xx Presenters short name Short Title Page 9/24
Theory / Design / Mathematical Modeling Xx Presenters short name Short Title Page 10/24
Simulation Xx Presenters short name Short Title Page 11/24
Software / hardware components used Xx Presenters short name Short Title Page 12/24
Hardware prototype & testing (if any) Xx Presenters short name Short Title Page 13/24
Results and Analysis Xx Presenters short name Short Title Page 14/24
Results and Analysis (contd.) Xx Presenters short name Short Title Page 15/24
Investigations Xx Presenters short name Short Title Page 16/24
Investigations (contd.) Xx Presenters short name Short Title Page 17/24
Impact of project outcome on the environment and sustainability Parameter Impact of project outcome Xxxx Xxxx xxxx Xxxx Xxxx xxxx Xxxx Xxxx xxxx Xxxx Xxxx xxxx SDG 7 Clean & Affordable Energy, SDG 13 Climate action, SDG 15 Life on land Technical Economical Societal Environmental SDG 2030 Goals Presenters short name Short Title Page 18/24
Addressing complex engineering problems Complex Engineering Problems Addressing the complex engineering problems in the project Depth of knowledge required (WK3-WK5, WK8) WP1 Range of conflicting requirements WP2 WP3 Depth of analysis required WP4 Familiarity of issues WP5 Extent of applicable codes Extent of stakeholder involvement WP6 WP7 Interdependence Presenters short name Short Title Page 19/24
Addressing Complex Engineering Activities Complex Engineering Activities Addressing the complex engineering activities in the project EA1 Range of resources EA2 Level of interactions EA3 Innovation Consequences to society / environment EA4 EA5 Familiarity Presenters short name Short Title Page 20/24
Limitations Xx Presenters short name Short Title Page 21/24
Conclusion xx Presenters short name Short Title Page 22/24
Future scope xx Presenters short name Short Title Page 23/24
Any questions, comments or suggestions? Presenters short name Short Title Page 24/24
