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ITC571 Emerging Technologies & Innovations Due date: 26th August 2019 Additional assignment: Please answer the below questions separately on a separate document by taking the supporting material from your project completed. Before your final AA submission, please check the document for any possible grammatical mistakes and whether you have used the technical writing to explain your answers. There is no restriction on number of words. 1. Inclusive criteria of the project MUST be updated by adding the project criteria ; "Questions Need to be answered". 2. The Evaluation table need to consider the inclusive criteria, evaluation and validation criteria, mathematical formula, and the results (output) against the inclusive criteria of each work. 3. The recommendations should be written based on the Evaluation table, and the Justification MUST be provided based on each recommendation 4. Use of previous research findings, need to provide any possible future trends in this domain Running head: PROJECT MANAGEMENT PROJECT MANAGEMENT Project Management Tarun Teja Paspulate Jai Prakash Charles Stuart University Table of Contents Title:2 Project Blog2 Rationale2 Problem domain2 Purpose and justification2 Research Questions3 Conceptual or Theoretical Framework3 Methodology3 Analysis of sources of information4 Research method4 Data collection or systems design methods4 Ethical Issues4 Compliance Requirements4 Project Plan5 Deliverables5 Work breakdown structure (WBS)5 Risk Analysis5 Duration6 Gantt chart8 References9 Title: Emerging Technology and Innovation Topic Project Blog The web address of the project blog is provided below: http://thinkspace.csu.edu.au/dronedeliveryblog/2019/03/10/drone-delivery-s…commerce-company/ Rationale Problem domain There is huge popularity of e-commerce in the current market in the field of information technology. However, there are a number of issues that are faced with the current situation of the e-commerce organizations. The issues are generally faced with the delivery of the product for the e-commerce organizations. Hence, the need for the implementation of the drone services for the delivery of the products (Cattaruzza et al., 2017). This would reduce the anomalies that occur in the system and improve the overall efficiency of the system. Purpose and justification The main purpose of the project is to evolve the delivery process of the e-commerce systems. The drone delivery system would also be helpful in the improvement of the customer satisfaction of the organizations (Reynolds et al. 2016). The project would also be helpful in maintain a good relationship in between the customers and the business and also relationship of the staffs of the system with that of the company would be improved to a great extent. Hence, the organization would anticipate towards the development of the project Research Questions The research question that are to be addressed by the implementation of the project are: · How the short time technical viability of drone delivery system can be measured? · How can the drone delivery system maximize the overall throughput of the e-commerce system? · What would be the main benefit that company would gain due to deployment of the drone delivery system for the e-commerce organization? Conceptual or Theoretical Framework The conceptual framework for the Drone Delivery System has been described below: Input Process Output Select the product for delivery Select the address for delivery Select the time and date for the delivery of the product. The product selected by the customer is being processed. The location detection for the delivery of the product is being done The scheduling of the delivery is processed The product is packed and made ready for delivery. The location for delivery is uploaded on the drone. The delivery is done by the drone. Methodology The object-oriented methodology is being selected for the development of the project. Different objects are to be selected for the implementation of the system (Revellino & Mouritsen, 2017). Methods are to be created for the deployment in the system. The different classes are to be included in the system so that the methods can be implemented in them. Analysis of sources of information The information sources used for this specific project include journals, books, articles, blogs etc. According to Jones (2017), the primary obstacles for delivering drone usage in each country are always widely highlighted these days. The commercial drone regulations are varied substantially for different countries. It is the responsibility of the regulatory body to adopt recent new technology based laws. Research method In order to prepare this project mixed research design and method approach is being followed in terms of both primary and secondary. A questionnaire has been prepared to gather primary data and journals, blogs; literatures are analyzed to collect secondary data. Data collection or systems design methods Both quantitative and qualitative data are collected from the literate review and interview to prepare the project proposal outline (Cheng et al., 2015). Ethical Issues · Favouritism as well as prejudice · Not following all the safety standards and needful measures · Accepting blame · Conflict of interest Compliance Requirements · Reducing all the legal challenges · Improvement of all the technical operations and safety · A better public relationship · Higher employee retention Project Plan Deliverables The deliverables for the project are provided below (Kerzner & Kerzner, 2017): · Project Blogs · Project Schedule · Poster · Project Budget Work breakdown structure (WBS) Risk Analysis In order to analyze the risks the different risk response strategies those are required include: · Risk acceptance: The risks in the system are to be accepted and identified so that they can be avoided in the near future (Williams, 2017). The major risk identified are bad weather troubles, hardware damages and the connection problems. · Risk mitigation: The identified risks in the projects are to be mitigated so that the efficiency of the system is maintained and the mitigation policy of the risk is to be formulated. · Risk resolution: The risks identified in the system are to be resolved so that the faults arising in the system can be reduced to a greater extent. Duration The project is to be completed within 164 days which starts on 18-07-2019 and ends on 03-03-2020. The details of the project is provided below: Task Name Duration Start Finish Predecessors Drone delivery system 164 days Thu 18-07-19 Tue 03-03-20 Project initiation 5 days Thu 18-07-19 Wed 24-07-19 Needs analysis 2 days Thu 18-07-19 Fri 19-07-19 meeting with the clients 1 day Mon 22-07-19 Mon 22-07-19 2 proposing the project 1 day Tue 23-07-19 Tue 23-07-19 3 Project Approval 1 day Wed 24-07-19 Wed 24-07-19 4 Project Planning 17 days Thu 25-07-19 Fri 16-08-19 Project Design 4 days Thu 25-07-19 Tue 30-07-19 5 Budget evaluation 2 days Wed 31-07-19 Thu 01-08-19 7 System Functional requirements definition 2 days Fri 02-08-19 Mon 05-08-19 8 System Non-Functional Requirements definition 2 days Tue 06-08-19 Wed 07-08-19 9 Project schedule 1 day Thu 08-08-19 Thu 08-08-19 10 Project team allocation 6 days Fri 09-08-19 Fri 16-08-19 11 Project Implementation 110 days Mon 19-08-19 Fri 17-01-20 Procurement of raw material 8 days Mon 19-08-19 Wed 28-08-19 12 Hardware Setup 21 days Thu 29-08-19 Thu 26-09-19 14 software development 30 days Fri 27-09-19 Thu 07-11-19 15 System integration 16 days Fri 08-11-19 Fri 29-11-19 16 Hardware Installation 21 days Mon 02-12-19 Mon 30-12-19 17 Database development and integration 14 days Tue 31-12-19 Fri 17-01-20 18 Risk Assessment 7 days Mon 20-01-20 Tue 28-01-20 Risk Identification 2 days Mon 20-01-20 Tue 21-01-20 19 Risk Mitigation methods 5 days Wed 22-01-20 Tue 28-01-20 21 Project Testing 18 days Wed 29-01-20 Fri 21-02-20 Device Testing 7 days Wed 29-01-20 Thu 06-02-20 22 software Testing 3 days Fri 07-02-20 Tue 11-02-20 24 Updating systems 8 days Wed 12-02-20 Fri 21-02-20 25 Project Delivery 7 days Mon 24-02-20 Tue 03-03-20 Allocate resource for maintenance 2 days Mon 24-02-20 Tue 25-02-20 26 Devise maintenance plan 4 days Wed 26-02-20 Mon 02-03-20 28 Project team sign off 1 day Tue 03-03-20 Tue 03-03-20 29 Gantt chart References Cattaruzza, D., Absi, N., Feillet, D., & González-Feliu, J. (2017). Vehicle routing problems for city logistics. EURO Journal on Transportation and Logistics, 6(1), 51-79. Chen, X., Fang, H., Lin, T. Y., Vedantam, R., Gupta, S., Dollár, P., & Zitnick, C. L. (2015). Microsoft COCO captions: Data collection and evaluation server. arXiv preprint arXiv:1504.00325. Jones, T., 2017. International commercial drone regulation and drone delivery services (No. RR-1718/3-RC). RAND. Kerzner, H., & Kerzner, H. R. (2017). Project management: a systems approach to planning, scheduling, and controlling. John Wiley & Sons. Revellino, S., & Mouritsen, J. (2017). Knotting the net: From ‘design by deception’to an object oriented politics. International Journal of Project Management, 35(3), 296-306. Reynolds, R. F., Kurz, X., de Groot, M. C., Schlienger, R. G., Grimaldi‐Bensouda, L., Tcherny‐Lessenot, S., & Klungel, O. H. (2016). The IMI PROTECT project: purpose, organizational structure, and procedures. Pharmacoepidemiology and drug safety, 25, 5-10. Williams, B. C. (2017). Managing Competing Influences: Risk Acceptance in Operation Rolling Thunder. US Army School for Advanced Military Studies Fort Leavenworth United States. Drone delivery system Project initiation Needs analysis meeting with the clients proposing the project Project Approval Project Planning Project Design Budget evaluation System Functional requirements defination System Non-Functional Requirements defination Project schedule Project team allocation Project Implementation Procurement of raw material Hardware Setup software development System integration Hardware Installation Database development and integration Risk Assessment Risk Identification Risk Mitigation methods Project Testing Device Testing software Testing Updating systems Project Delivery Allocate resource for maintainance Devise maintainance plan Project team sign off Running head: PROJECT MANAGEMENT PROJECT MANAGEMENT 9 Implementation of drone delivery in E-commerce Tarun Teja Paspulate Jai Prakash Charles Stuart University Author’s Note Table