EEE 400 PROGRESS REPORT PRESENTATION 2 ND TERM

EEE 400 PROGRESS REPORT PRESENTATION (2 ND TERM) Presentation title 36 points Arial bold Centered Presented by: Presenters’ Name (28 points Arial bold) Department of Electrical & Electronic Engineering INDEPENDENT UNIVERSITY, BANGLADESH Supervisor: Prof. Md. Abdur Razzak Presenters’ short name Short Title Page 1/18

Outline q Background, Motivation and Objectives Ø Existing systems and related works (literature review) Ø Problems and challenges in the existing systems Ø Possible solutions q q q q Problem Statement and Research Methodology Proposed System Theory / Design / Mathematical Modeling Simulation Results and Analysis Addressing Engineering Activities Summary Presenters’ short name Short Title Page 2/18

Background and Motivation Use a page or 2 to state the background of this project and why you are motivated to pursue this project (preferably either pictorial or using block diagram) Presenters’ short name Short Title Page 3/18

Background and Motivation (contd. . ) Use a page or 2 to state the background of this project and why you are motivated to pursue this project (preferably either pictorial or using block diagram) Presenters’ short name Short Title Page 4/18

Background and Motivation (Literature Review) Sl 1. Reference (Journal / Conference papers Outcome M. A. Razzak and Bing Zeng, “A Constant Current Immittance Conversion Circuit”, IEEE International Conference on Circuits and Systems, 14 -18 December, 2011, Sydney, Australia, pp. 746 -751. Provide constant current for dynamic load i. e. the load power will not be changed even when the load changes. 2. 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. Possible Solution Should be provided a simple topology which will make the system less complex, low cost as well as stable and robust. example 3. Presenters’ short name Short Title Page 5/18

Background and Motivation (Literature Review) Sl 4. Reference (Journal / Conference papers Outcome M. A. Razzak and Bing Zeng, “A Constant Current Immittance Conversion Circuit”, IEEE International Conference on Circuits and Systems, 14 -18 December, 2011, Sydney, Australia, pp. 746 -751. Provide constant current for dynamic load i. e. the load power will not be changed even when the load changes. 5. 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. Proposed Solution Should be provided a simple topology which will make the system less complex, low cost as well as stable and robust. example 6. Presenters’ short name Short Title Page 6/18

Problem Statement & Objectives After literature review, the following major problems are discovered and needed to be addressed: q Xx The objective(s) of the proposed system is/are: q Xx Presenters’ short name Short Title Page 7/18

Research Methodology example Review Literature Presenters’ short name Design using PSIM Simulation Making Hardware Prototype Short Title Perform Experiment Analyze Results Page 8/18

Proposed System example Presenters’ short name Short Title Page 9/18

Theory / Design / Mathematical Modeling q Xx Presenters’ short name Short Title Page 10/18

Theory / Design / Mathematical Modelling (contd. . ) q Xx Presenters’ short name Short Title Page 11/18

Simulation / experiment q Xx Presenters’ short name Short Title Page 12/18

Results and Analysis q Xx Presenters’ short name Short Title Page 13/18

Results and Analysis (contd. ) q Xx Presenters’ short name Short Title Page 14/18

Addressing complex engineering problems Complex Engineering Problems WP 1 Depth of knowledge required (WK 3 -WK 5, WK 8) WP 2 Range of conflicting requirements Addressing the complex engineering problems in the project WP 3 Depth of analysis required WP 4 Familiarity of issues WP 5 Extent of applicable codes WP 6 Extent of stakeholder involvement WP 7 Interdependence Presenters’ short name Short Title Page 15/18

Addressing Complex Engineering Activities Addressing the complex engineering activities in the project EA 1 Range of resources EA 2 Level of interactions EA 3 Innovation EA 4 Consequences to society / environment EA 5 Familiarity Presenters’ short name Short Title Page 16/18

Summary q xx Presenters’ short name Short Title Page 17/18

Any questions, comments or suggestions? Presenters’ short name Short Title Page 18/18