CAPEX20 - Project Catalogue

CAPEX20 November 12th 2020

Showcases

CAPEX20 is a virtual showcase highlighting the outcomes of more than 140 final

year student projects in Software and Electrical Engineering including Robotics

and Mechatronics Engineering, Biomedical Engineering, Computer Science and

much more.

Run every year by the School of Software & Engineering, CAPEX20 brings

opportunities to interact with our students and discuss your involvement in

future projects with the School of Software and Electrical Engineering.

This year the format will be 10 virtual showcases highlighting Capstone projects

based on various categories. Each showcase will run for about 60 minutes.

During the showcase, Undergraduate and Post-graduate project teams will

deliver a "promotional pitch" they have prepared about their project and their

experience. Q&A sessions during each showcase allow the audience an

opportunity to pose questions to the teams.

Feel free to join any showcase throughout the Expo. Join the information

sessions, during and at the end of the Expo, to ask any questions about the Expo

or the Capstone Project Programs offered by Swinburne.

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How the Capstone Program works

The Capstone Projects Program is run through the Faculty of Science,

Engineering and Technology at Swinburne University, School of Software and

Electrical Engineering located in Hawthorn. It includes different Capstone Project

topics, each offering students a professional development learning opportunity.

Many of the projects are sourced from industry whilst others are provided

through various research organisations.

Once a project is selected by a subject convenor, clients will be contacted directly

by a team of students who have been assigned to work with them on their

Capstone project to investigate the problems they have outlined. The students

arrange an interview with the client to discuss their project and together they

will discuss what they hope to achieve over the project period.

Swinburne aims to give students experience working on a real-world technology

project with a tangible outcome, such as a requirements document or

development of a prototype for an individual or business. Students gain skills in

project management and professional communication, and develop a deeper

understanding of the benefits and difficulties of working in a team situation,

which we hope better equips them for successful employment on graduation

and for their future careers.

Maybe there is something we can do for you !

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SHOWCASE SCHEDULE 12 Nov 2020

1. Games and Mobile Apps 16:10 to 17:10

go to Showcase 1 details

2. Robotics & Artificial Intelligence 16:10 to 17:10


3. Cyber Security & Networking 16:10 to 17:10


4. Electrical and Electronics Engineering 16:10 to 17:10


5. Mobile & Web Development 16:10 to 17:10


6. Renewable Energy 17:30 to 18:30


7. IoT and Telecoms 17:30 to 18:30


8. Biomedical Engineering 17:30 to 18:30


9. Computer Science & Software Engineering 17:30 to 18:30


10. Data Science and Machine Learning 17:30 to 18:30


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Showcase 1

Games and Apps

Students collaborate in small to large interdisciplinary groups designing, developing

and playtesting games in a studio environment developing an original game title in

their final year. Students gain skills in software development using an object-

oriented approach and specialist areas in games design and development and learn

about the creative and design aspects of multimedia and internet technologies,

particularly as applied to games development.

Similarly mobile app developers apply the skills they’ve learned to produce working

prototypes in Android and IOS using native code and hybrid development platforms.

Project Students

Folded Folded is designed to be a simple flight game. In our game, the planes are made of paper, and will gradually lose altitude over time and fall to the ground. The basic game loop for our game is to maintain speed and altitude by gliding from updraft to updraft. Academic Supervisors – Vivienne Farrell

Derek Rosser

Purgatory Punch-On Possess everyday items to kill your ghostly rivals and emerge victorious in the battle for the afterlife! Academic Supervisors – Clinton Woodward

Micheal Nuttal Sarah Howarth Liam Dunstan

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Project Students

Jacko is a Dog A 2.5D multi-lane side-scroller puzzle game where you play as Jacko, a loveable furry corgi that has actively chosen to wander and therefore has found himself in the rural streets of suburban Australia. Academic Supervisors – Clinton Woodward

Damon Whittenbury Joshua Wilson

Weebles Do Die! A fast-paced physics-based fighting game that pits up for four players against one another in one of two arenas, achieving enjoyment through powerful hits, increasingly strong upgrades, and interactive arena elements. Academic Supervisors – Vivienne Farrell

Kieren Martin Samuel Trollope

Ember Switch Ember Switch, A third person action game where the player burns havoc among a civilization of plant people. Academic Supervisors – Clinton Woodward

Samuel Byron Ewen Green

Prelude A distinctive music rhythm game Academic Supervisors – Charlotte Pierce

Zicong Huang Junjie Tian

Giants of the Oasis A game set on a planet covered by giant oceans of sand. Academic Supervisors – Charlotte Pierce

Jesse Lloyd-Dominik Key Wedge Liam Hall

Chronicles of the Cosmos a 2.5D meditative, narrative-driven exploration game. Academic Supervisors – Charlotte Pierce

Casey Clare Turner

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Project Students

POD Humans have deployed you on a barren planet. Your mission is to terraform the planet for your cryogenically frozen humans to live on. Academic Supervisors – Charlotte Pierce

Samuel Huffer Thomas Middelmann Cody Philip

Travel App Converting a paper-based travel guide of Melbourne to a digital mobile based version with web-based content management. Academic Supervisor – Ron Bartels

Peter Du Jessica Wood Devaesh Kaggdas Vassu Manivasakan Aleksandar Nirenovic

Digitization of aboriginal history in Australia Design and develop an app in order to increase awareness on the history of Australia and the people of the land for those who are new to Australia or visiting temporarily. Academic Supervisor – Graham Farrell

James Lewis Julian Lia Lachlan Skinner Jordan Smith Josiah Sonsie Matthew Watson

Aged Care Facility App Deployed on a barren planet the mission is to terraform the planet for your cryogenically frozen humans to live on. Academic Supervisors – Kenneth Igbo

Sam Huffer Thomas Middelman Cody Philip

Dude, move your car! Design a simple app that notifies the driver when the allotted parking time is up, locate the car, record the time of arrival, calculate the time left and set a reminder. Academic Supervisor – Kenneth Igbo

Muhammad Sharjeel Ahmed Gurjot Singh Julien Tanada Kenny Yu

Go to Showcase schedule

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Showcase 2

Robotics & Artificial Intelligence

A showcase of projects exploring the application and development of state-of-the-art

artificial intelligence methods, and the design of sensors, electronics and software

systems driving the next generation of intelligent robotic and mechatronic systems

to improve human efficiency, safety and productivity.

Project Students

Bio Inspired Vision for Landing UAVs This project will explore the use of visual motion for achieving fine motion docking and landing in simulation, and with a low-cost, camera-equipped drone. Academic Supervisor – Chris McCarthy

Michael Cochrane

Soldier-Robot Companion This project explored the design of a portable robot companion that can be remotely controlled by a team of soldiers, with mesh networking and GPS capabilities. A project in collaboration with Defence Science Technologies Group (DSTG). Academic Supervisor – Chris McCarthy

Andrej Mitrevski Matthew Power Caitlyn Sims Sarah Van Den Bovenkamp

Learning Attention: Applications in Visual Information Transfer In this project, the student will apply a set of deep reinforcement learning algorithms to the task of navigation in a novel virtual maze environment and compare their relative performance. Academic Supervisor – Chris McCarthy

Jaime Ruiz Serra Shuayb Qadir

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Project Students

Lunar Rover Project A project developing a lunar rover platform which could facilitate remote exploration and data collection on a lunar surface Academic Supervisor – Dragi Klimovski

Paul Shaw Fahad Tariq Nasar Danielle Gilmartin

Pillars The aim of this R3DS project is to design and develop a portable microcontroller-based prototype of the system that is stable and flexible to create different sculptures as per the user's need. Academic Supervisor – Jagdish Patra

Rhys Hunter

Improving Neural Network Share Price Prediction Capabilities In this project, research will be carried out for accurate prediction of stock prices using ANNs of different architecture and algorithms and comparative performance evaluation will be made in order to develop the best model. Academic Supervisor – Jagdish Patra

Damien Ingham

Robotic Kinetic Art The aim of this RKA project is to design and develop a microcontroller based prototype of the system that is stable and flexible to create different harmonic motion of the droplets as per the user's need. Academic Supervisor – Jagdish Patra

Raphael Abey Callum Hiscock

Design A Portable Robotic Pin Art Device The aim of this R3DS project is to design and develop a portable microcontroller-based prototype of the system that is stable and flexible to create different sculptures as per the user's need. Academic Supervisor – Jagdish Patra

Griffin James Matthew Zappala

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Project Students

Deep Learning and Machine Vision for Factory Automation Combining Machine Vision with Deep Learning, this project attempts to the capabilities of Machine Vision. Academic Supervisor – Jinchuan Zheng

Lewis Brockman-Horsley

Automatic Acoustic Measurement of Oceanic Carbon Dioxide Absorption The project will work on the development of an appropriate robot platform and the underwater acoustic instrumentation and its testing at sea Academic Supervisor – Jinchuan Zheng

Scott Barnard

Drone Control Using Mixed Reality In this project, we aim to study an efficient and safe way to complete a drone delivery task by a remote operator, and further train those operators by simulating all delivery scenarios using virtual reality (VR) based on the data collected from real-world situations. Academic Supervisor – Jiong Jin

Joshua Wong

Neural Network and Machine Learning Ensemble This research project aims to improve upon the classification of handwritten digits. What is the classification performance on handwritten digits of an ensemble consisting of extreme learning machine, random forest and naive bayes? Academic Supervisor – Zhihong Man

Arthur Cocker

Artificial Neural Network based Enhancement of Image Resolution Image resolution enhancement using conventional interpolation techniques may not yield satisfactory results especially when the original image of very low resolution. In such situations, nonlinear enhancement using an artificial neural network (ANN) may provide better results. Academic Supervisor – Jagdish Patra

Gollapalli, Venkata Surya Siva Ganesh

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Project Students

SARL: Improve environment navigation by utilising pose estimation and action detection Robotic navigation tools for vision assistance. Academic Supervisor – Chris McCarthy

Shuayb Qadir


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Showcase 3

Cyber Security & Networking

The Cyber security and Networking project showcase presents a range of

projects exploring the application of software engineering and design in

developing new technologies for industry, research, and academia. It focuses on

using contemporary approaches to the analysis, design and securing systems,

along with a sound understanding of the traditional aspects of computer science

such as hardware and operating systems.

Many of the Networking projects are case studies where teams learn to

configure networks in proposed locations such as factories, hotels, hospitals, etc.

Other projects include research and application on Software Defined Networks,

GPS, and other IoT areas. Students develop skills in a range of contemporary

approaches to software development, programming languages, development

environments, and software development tools.

Project Students

Networking a new Chocolate Factory These projects have been developed for Masters of Networking and Security students by the Department of CSSE. Teams have the opportunity to research the topics related to these areas. The projects consist of 2 parts: Part 1- research related to the chosen topic, Part 2 - development of a report that describes the networking/software solution related to the chosen research topic ** The case studies are based on hypothetical locations and structures. Academic Supervisor – Ron Bartels

Rawnak Kaysar Prajitkumar Ashok Kotia Harshank Lalpurwala Adesanmi Lucas Harsh Mahendrakar Maruti Puppala Gianluca Manuel Tanuwijaya

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Project Students

Networking a new Hotel Resort Complex These projects have been developed for Masters of Networking and Security students by the Department of CSSE. Teams have the opportunity to research the topics related to these areas. The projects consist of 2 parts: Part 1- research related to the chosen topic, Part 2 - development of a report that describes the networking/software solution related to the chosen research topic ** The case studies are based on hypothetical locations and structures. Academic Supervisor – Ron Bartels

Aqeel Ahmed Michelle Burns Marcelo Jourdan Haseeb Ahmad Khan Muhammad Nazim Nawaz Fazil Rzayev

Networking a new Police Complex These projects have been developed for Masters of Networking and Security students by the Department of CSSE. Teams have the opportunity to research the topics related to these areas. The projects consist of 2 parts: Part 1- research related to the chosen topic, Part 2 - development of a report that describes the networking/software solution related to the chosen research topic ** The case studies are based on hypothetical locations and structures. Academic Supervisor – Siva Chandrasekaran

Mithun Chandrakumar Orga Galagedarage Pavithra Ravindra Kotian Shoab Ali Naveed Mir Manoj Sampathi Nanduni Navoda De Silva Shreeya Tuladhar

Shell command interpreter and security log parser Attackers use many methods to achieve their goals once they have exploited their targets and gained access. The final product can be used to support malicious cyber-attack detection by interpreting multiple log files and providing analysis of attacker log shell commands, their relationship with other log operation entries, and classification of activity. Academic Supervisor – Siva Chandrasekaran

Ash Bindra Li Guan Haier Lu Brandon Thai

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Project Students

CAPTURE To analyse malware infection on Windows PC’s it is useful to understand how malicious software interacts with the operating system. Knowing what functions are used to access dll (Dynamic-link Library) by malicious code can lead to greater detection rates and identification of strains of malware. The final product can be used to listen passively to function calls made to windows dll files from third party installed software and build up a data set of known malicious and non-malicious access patterns. Academic Supervisor – Mohan Baruwal Chhetri

Daniel Biasizzo Kevin Bronowicki Samual Golding Muhammad Fahad Khan

Software Defined Networking Software emulation of the following scenario: If this was done with actual hardware devices, these devices can be to install a Linux based system such as OpenWRT and then have the Linux based OpenFlow v Switch Software Defined Networking module installed. Once installed, the switch is now programmable and management via a remote server. Academic Supervisor – Jun Han

Raihaneh Aghaie Venkata Bandaru Venkata Sai Raju Peetha Venkata Prayaga Saiteja Rajanala Megha Shyam Tirumala Syed Md Zayed

Cyber Security Trust marking of the Consumer IoT Eco-Systems The ACSC (Australian Cyber Security Centre) has come up with a draft IoT code of practice. During semester 1 Capstone project, a post-graduate student team has studied different frameworks e.g. NIST CSF, Cisco framework, IoTAA security guidelines and IoT Security Foundation. The proposal for this semester student is enhance the framework proposed and complete the prototype vulnerability scan tool for the consumer IoT eco-systems (devices, respective networks, and applications). Academic Supervisor – Kenneth Igbo

Matthew Fitzpatrick Vijay Gunasekaran Narathon Itrat Pranoti Maroti Kumbhare Prabha Palanisamy Mainak Roy

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Project Students

Automatic Enterprise Risk Assessments (AERA’s) The purpose of this project is to: Convert this excel model into a mobile application (i.e. mobile app risk rating tool). Develop an automated approach to collecting and analysing unstructured data from a variety of sources, to ascertain the risk rating, Dashboard report / data visualisation of the output assessment. Academic Supervisor – Ryszard Kowalczyk

Sandeep Athiyarath Sai Teja Cherukuri Tarjnee Kirankumar Gandhi Karthick Senthil Dasith De Silva

Smart farming mobile application for Internet of Things This project will develop a mobile application for farmer to enable smart farming. The application will provide in an easy to use interface to monitor the current farm conditions from Internet of Things (IoT) devices deployed on the farm. The application will also send notifications to the Farmer when it detects any anomalies. Academic Supervisor – Kenneth Igbo

Jagriti Sumana Kakani Soham Pradeep Khopde Bharathwaj Muralidaran Bhavesh Harivansh Pandey Jatheesha Pittam Neelkanth Anil SHARMA

Network Helpdesk Project – (Analysis and Research) This project is to prepare an analysis and research report on network helpdesk. This project focuses on data collection in preparation for a machine learning project that can provide answers to frequently asked questions by students in a networking unit. Academic Supervisor – Siva Chandrasekaran

Husam Alkhashashneh Yash Sujen Doshi Fahmida Tasnim Prema Bryce Rodrigues Papri Sarkar Javneel Dilip Trivedi

Executive Cyber Training Platform This project aims to develop an interactive application that specifically targets the improvement of institutional cyber hygiene. Academic Supervisor – Jun Han

Elliott Mann Jacob Manoukian Amanda Oh Valerina Ong Abdiaziz Osman

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Project Students

Class Interaction App – GPS This project has the following aims: interface with a mobile phone, iPhone & android, allow students to login to a remote website to register their presence at a class, send through their GPS location to ensure they are at the nominated site Academic Supervisor – Ryszard Kowalczyk

Anuj Kumar Priyanka Reddy Kumbam Manjeetkaur Nijjar Mohammed Razak Harjinder Singh Sandhu Navya Krishna Vutla


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Showcase 4

Electrical and Electronics Engineering

The field of Electrical & Electronics Engineering has driven much of the technological

achievements in the later part of the 21st century. This field explores the areas of

sensors, drives, control systems and smart devices which provide the platform for

many of the AI based systems to work on.

Project Students

Goal Dispute Eliminator In this project the student(s) are expected to determine the limitations of existing decision making in the determination of whether a goal has been scored in the real football and enhance this process through the use of technology. Academic Supervisor – Dragi Klimovski

Liam Bryan Ryan Balakrishnan

Don’t Eat My Fruit! This project looks at designing methods to stop Rosellas eating the fruit from fruit trees. The project will require the identification of the arrival of the birds and then determining the easiest and best way of scaring the birds away without harming them. Academic Supervisor – Dragi Klimovski

Kaleb Casey-Mann Brenton Rae

FPGA Audio Processing Human ear can perceive delay as low as 30ms, digital signal processing can introduce latency causing delayed outputs making it difficult for musicians to play in time. This project aims to reduce the processing time and thus reducing the delay allowing the musicians to play in sync. Academic Supervisor – Ismat Hijazin

Brenton Smith

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Project Students

Smart Car Parking The aim is to carryout research, design, develop and implement (a prototype) autonomous car parking system (ACPS). Academic Supervisor – Jagdish Patra

Jackson Zaloumis

Robust Watermarking Techniques for Image Authentication The digital data acquisition and transmission have become simpler with rapid development of the Internet. While a lot of benefits from convenient digital data access has been noticed, it could also lead to the problems as the copyrighted content can be used for commercial profit without permission of the content owner. Therefore, digital watermarking techniques have attracted plenty of attention recently due to the essential need for authentication and verification purposes, which help solve the problem of copyright protection and image authenticity on the internet. Academic Supervisor – Jagdish Patra

Minh Nguyen Jamie Nicholas

Condition Monitoring of AC Motors Using A Recurrent Neural Network AC motors can experience several faults and without consistent maintenance they could experience catastrophic failure. This project explores the use of vibrational analysis and a recurrent neural network to predict failures of particular components within the motor. Academic Supervisor – Mehdi Korki

Kieran Wiadrowski

Mouse Controller Mouse Controller is a device which can be used by people with special needs who do not have the ability to move their upper limbs, but they have the ability to move their head. The basic theory behind this idea is to allow the user to control his/her PC device using his/her head’s movement. Academic Supervisor – Mehdi Korki

Zahra Hussain M Alkhunaizi

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Project Students

Mobile Automated Hydrogen Leak Testing System Electrical Vehicle components house a wide array of high voltage electronics that must be cooled to prevent overheating. If one of these housings develops a leak, it can lead to a potentially hazardous outcome or at the very least, permanent damage to the vehicle electronics. This project will investigate the various methods of detecting these leaks during the manufacturing process as well as determining the most efficient way to deploy the system onto a production line while minimizing both the upfront and ongoing costs of this system. Academic Supervisor – Rifai Chai

Havish Nambi

Infrared Imaging For Food Applications The purpose of the project is to explore the infrared imaging technology in various process for the application of the food industry, such as quality evaluation of fruits and vegetables, quality testing of meat, detection of foreign materials in food, temperature mapping in cooked food and grain, drying, and detection of defects in packaging. Academic Supervisor – Rifai Chai

Mindaka Abayagunasekara Kalana Bamunusinghe Deshani Arachchige

Adaptive Irrigation Control Development of Control Algorithm Australia is home to a diverse agricultural landscape from rice and cotton to a variety of fruits and nuts. This agriculture is the backbone of the economy and stocks Australia’s supermarket shelves. However, the success of the harvest is almost entirely dependent on the plants being watered on their needs. An adaptive irrigation control system has the ability to adapt to the external environment, eliminating the need for intuition-based watering. The development of the control algorithm in this system sees variables from a weather station manipulated to create an output that can dynamically adjust the watering schedules. Academic Supervisor – Zhenwei Cao

Lauren McKean

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Project Students

Design and Analysis of DC - DC Converter for Electric Vehicles Electric Vehicles have become a part and parcel of life; research continues to improve the efficiency of electric vehicles. The DC to DC convertor is a key component in supplying power from the battery to the wheels. This project explores new designs in this area. Academic Supervisor – Jaideep Chandran

Nosakhare Ehiarimwian Venuka Wijeyaratne

Multi Input Multi Output Bidirectional DC to DC Convertor for DC Microgrid Applications Controlling multiple standalone convertors in a Microgrid is a challenging task, this project explores a solution which will have a Bidirectional convertor with multiple inputs and outputs to service all the needs of the grid. Academic Supervisor – Saeed

Teja Muntha


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Showcase 5

Mobile & Web Development

The Mobile and Web Development project showcase presents a range of

projects by mobile app developers applying the skills they have learned to

produce working prototypes in Android and IOS using native code and hybrid

development platforms.

Similarly, web developers apply software engineering methods and

contemporary software development tools to the design, implementation,

verification, and deployment of a software system to meet client needs. Both

gain skills in software development using an object-oriented approach and

specialist areas, particularly as applied to application development.

Project Students

Clothing Rental Application - Mobile App The proposed project is an MVP of a peer to peer clothing rental platform which is a cross platform mobile application. Users can post their cloths and rent them through the application. This project requires a cross platform mobile application which supports online ordering, online payment processing and messaging. Academic Supervisor – Andreea Molnar

Son Le Osinachi Njoku Luke Parker Nathan Templar

Clothing Rental Application - API and Landing Page The proposed project is an MVP of a peer to peer clothing rental platform which is a cross platform mobile application. Users can post their cloths and rent them through the application. This project requires a REST API which is consumed by the mobile application that supports online ordering, online payment processing and messaging. Academic Supervisor – Edmonds Lau

Saber Ali Marco Boshoff Luca Gennai Apostolos Lafazanis Chehan Avishka Ratnasiri Riku Regi

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Project Students

TableMatter - REST API and mobile app The proposed project is an MVP of a restaurant table booking marketplace. A graphical restaurant reservation app allows you to choose the desired seats or table and book them for a specific time. Academic Supervisor – Siva Chandrasekaran

Jin Hoe Lim William Middlemiss Lachlan O'Neill Lauren Stampoultzis Travis Wheeler Trent Williams

TableMatter - Admin and Super Admin Dashboards The proposed project is an MVP of a restaurant table booking marketplace. You need privacy in a corner seat for a special date or need the central table for making a great announcement. With a graphical restaurant reservation app, you can choose the desired seats or table and book them for a specific time. Academic Supervisor – Edmonds Lau

Tuan Tu Cat Nam Duong Hoang Manh Quan Hoang Pham Phuc Hung LE Thang Nguyen Yi An Wang

Access Democracy The project request is for an app or website or both that break down different issues and gives voters a summary of what bills/votes have been introduced, how MPS have voted as well as dates for upcoming debates and votes. Part of the project would be to find a way to feed in up to date information to the website/app so that voters do not have to trawl through various reports and websites to find this Academic Supervisor – Graham Farrell

Michael Adekola Michael Boag Thosindu Thilochan Gamage Nicholas Myers Michael Phillips

Online Community Library for Australian Bengali People Many Bengali background Australians are living in Australia. There is no available source of books from Bengali literature for them to read. With this project, the Bengali-Australian community can read their desired books and articles online through apps (Mobile, Tablet, and Web. Academic Supervisor – Ron Bartels

Chi Kit Chek Wai Hong Chong Akshata Katarey Milleniyage Chamath Vindula Milleniyage Dat Nguyen Gaurav Subedi

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Project Students

Sogeti Skill Set Reporting Project This project is to develop a skill set database web-based search system for an existing skill set and certification data. Academic Supervisor – Caslon Chua

Tabitha Leimonis Jashan Minocha Jyden Needs Charnpreet Singh Riken Arvindbhai Soni Thomas Wright

Sailing Course Layout App Proposed to develop an App where upon entering the wind direction a course can be selected from a menu along with the required course length. Upon selecting the position of one buoy, the app would then compute the GPS position of the other buoys and a moving map would then allow the course-laying powerboat to navigate real-time to the required buoy location. Academic Supervisor – Ron Bartels

Kaveen Dulshan Almeida Ashen Fonseka Minura Gamage Andre Lautee Al-Anoud Al Sabti Wilson Wee Sen To

Fire Redundant Trees Web Design Stage 2 of the proposed project This is a not-for-profit project which is for a foundation that aims to grow fire redundant trees in Australia. Since bush fires is an extreme problem that costs lives and property of Australians, the project aims to upgrade a web platform where Australians can order fire redundant trees to plant around their houses. Academic Supervisor – Jun Han

Leos Kannadan Babu Dhanraj JAYENDRA Ravjot Kaur Vikas Ramaiah Ramaiah Jaskaran Singh Muhammad Waleed

Are Machines Better than Humans (at Astronomy)? In this project, you will design, implement, and test an application to measure the visual-discovery skills of astronomers. The outcomes will help us answer the question: are machines better than humans? Academic Supervisor – Vivienne Farrell

Michael Choi Taylan Emresoy Rhys Fallon Danvers Flett Syabil Shamsul Kamal Fakhirah Shamsul Zuhairi

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Project Students

Thai Wha Club Web Re-design Re-design of the Thai Wha Club educational site based in Thailand Academic Supervisor – Ron Bartels

Eu Wen Goh Alexander Karazisis Parth Jasmin Madhani Minul Munasinghe Dylan Naumovski Karanveer Singh Somal

Product Management System Web Application Product Management System is currently an existing database of products, sub products and their relationships. The proposed project is for the students to review and familiarise themselves with the current state of the system, build a REST API in PHP to replace the current backend code and to create ReactJS frontend web application calling the developed API. Academic Supervisor – Jun Han

Pankti Hemilbhai Asarawala Yash Chellani Tarak Dudani Dudani Abdul Basit Khan Tariq Mohammad Suparshwa Sanjiv Parikh

Web App Framework Exploration This project is to develop a web app using Vue.js reflecting various stages of development and prepare appropriate code documentation. Academic Supervisor – Siva Chandrasekaran

Savinda Piumal Liyanage Nilim Nath Ashug Rai Sunik Shakya Koichi Sugitake

Web Site Re-Design Café Trei is a local café that requires a new Responsive Web site with the following features: Responsive design to allow use on all current devices Can be implemented onto an appropriate web platform (e.g. WordPress, Shopify) Content Management System – to allow timely updating of daily specials, menus and galleries Integration with Social Networks (Facebook, Instagram, etc) Online ordering for take away food and drinks (no payment gateway) Academic Supervisor – Jun Han

Qirat Khan Shiyu Li Fawzul Sahana Mohamed Elfred Kah Hoe Ng Yiyi Yang Jia Yee Yong

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Project Students

Web Site Re-Design Café Muharam is a local café that requires a new Responsive Web site with the following features: Responsive design to allow use on all current devices Can be implemented onto an appropriate web platform (e.g. WordPress, Shopify) Content Management System – to allow timely updating of daily specials, menus and galleries Integration with Social Networks (Facebook, Instagram, etc) Online ordering for take away food and drinks (no payment gateway) Academic Supervisor – Jun Han

Lorenzu Gunapala Hemanth Jerripothula Sreeja Manikyam Nirmala Palliyage Suharsha Wickramasinghe


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Showcase 6

Renewable Energy

Energy is the cornerstone of the progress achieved in the last century and for the

future, the field of renewable energy explore the use of sustainable process like

solar PV, Wind, Hydro and Advanced Storage devices along with energy management

systems to design the new age energy systems.

Project Students

Fault Detection in Power Systems Using Artificial Neural Network Faulty detection and prediction in power systems is a highly challenging task for reliable and effective management of the system. In this project ANNs will be used to predict the online faults in power systems. Academic Supervisor – Jagdish Patra

Shashank Surampalli

Dual Axis Solar Tracker This project explores the design of a dual axis solar tracker, which can improve the output of a stationary panel by 50% and also increase the efficiency. Academic Supervisor – Jagdish Patra

Stephen Bird

Ocean Wave Power Generation Using Dielectric Elastomer Generators This project is to design and build a demonstration system that generates and stores electricity from the ocean wave simulation tank in Swinburne Ocean Wave Power Generation Lab. Academic Supervisor – Jingxin Zhang

Ishan Hannadige Chamathka Lorensuhewa

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Project Students

Ocean Wave Power Generation Using New Energy Conversion Device This project is to design and build a demonstration system that generates and stores electricity from the ocean wave simulation tank in Swinburne Ocean Wave Power Generation Lab. Academic Supervisor – Jingxin Zhang

Pragaladan Karunanithy Hapuarachchige Karunarathna

Ocean Wave Generator This project is to design and build a demonstration system that generates and stores electricity from the ocean wave simulation tank in Swinburne Ocean Wave Power Generation Lab. Academic Supervisor – Jingxin Zhang

Bradley De Franceschi Luke Gigliotti Dylan Walker

Biogas Automation This project explores the process of automating the production of BioGas through Anaerobic Digestion. Academic Supervisor – Mehran Motamed Ektesabi

Brayden McDonald Leah Nankervis

Modifying and Rebuilding Nissan Leaf Battery Packs This project has been developed to research and implement the modifying and rebuilding of a Nissan Leaf Battery Pack to increase such things as efficiency of the battery life and travel range. Academic Supervisor – Mehran Motamed Ektesabi

Fouad Hilal

Energy Management Techniques for Renewable Energy Systems The energy management strategy is commonly integrated with optimization to ensure the continuity of load supply and to decrease the cost of energy production. Mainly designed to enhance the reliability of renewable energy system and optimise the cost of overall energy used in the micro-grid. Academic Supervisor – Jaideep Chandran

Estha Vinushine Perera

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Project Students

Microgrid Energy Management System Using PSO This project explores the use of the PSO algorithm to manage the supply and demand of energy within a Micro grid. Academic Supervisor – Mehdi Seyedmahmoudian

Kuralla, Akhil Wanwipa Nojpanya Anju Sajan

Improving Voltage Stability of power system using Waste to Energy System This projects aims to investigate the technological, environmental and socio economic impacts of small scale waste-to-energy systems on the operation of current electrical power system. Academic Supervisor – Mehdi Seyedmahmoudian

Malkeet Singh

Hybrid Solar Electric Rickshaw This project explores an installable renewable energy generation system in existing electric three wheeled Rickshaws. Academic Supervisor – Mehran Motamed Ektesabi

Ekta Dua

Design of Solar Powered Car & Increasing Efficiency by Optimizing Power and Load This project models and optimizes the solar powered electric car for improvements in robustness, reliability and efficiency. Academic Supervisor – Mehran Motamed Ektesabi

Nithin Prashanth Vasanthakumar

Managing Uncertainties in microgrids with renewable energies using deep reinforcement learning Generation of renewable energy sources is intermittent and have uncertainties introduced in the grid. This project explores the use of Machine learning predict these outcomes and mitigate them. I Academic Supervisor – Mehdi Korki

Abhishek Muthyala

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Project Students

Analysing the impacts of WTE generation on Electrical Power System This projects aims to investigate the technological, environmental and socio economic impacts of small scale waste-to-energy systems on the operation of current electrical power system. Academic Supervisor – Mehdi Seyedmahmoudian

Amandeep


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Showcase 7

IoT and Telecoms

The advent of communications has allowed the free flow of information and allowed

it to be accessible to at your fingertip. Communications has also allowed complex

systems to exchange information to better understand the environment and take

decisions based on this information. This field explores the application of

communications to devices allowing them to interact with local and cloud connected

devices and exchange information seamlessly across multiple platforms.

Project Students

Drone Based Lora Network In this project we will develop a messaging app that will transfer short text messages via multiple LoRa relays. The relays will be carried on drones. The goal is for this work to be published so measurements of reliability and distance will be carried out as well as a characterisation of LoRa transmission between drones. Academic Supervisor – Philip Branch

David Browne

Satellite Based Pump Actuator System This project will prototype a flow dependent pump system where the flow detector and the pump are separated by several kilometres. This system will make use of the Myriota satellite system suitable for locations without access to cellular networks. Academic Supervisor – Philip Branch

Emma Gillingham Ka Ho Karl Chow

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Project Students

IoT-based Autonomous Hydroponic System Urban farms and apartment gardens have set a new trend in farming and cultivating crops. Technology has played a major in this development, this project combines the use of sensors, communication, and the cloud-based approach to develop an autonomous plant grow system. Academic Supervisor – Jaideep Chandra

Alvaro Bernarde Rungsimun Luevisadpaibul Isaac Sawires

IoT Midi Controller The Internet of Musical Things (IoMusT) is an emerging field in the performance space. Musicians have long used electronic aids to create a unique live experience for the audience, utilising technology to push the boundaries and express their creativity. The advent of Internet enabled microcontrollers has opened up a new avenue of research and applications to build better tools. This project looked at developing a smart, centralised tool using interfaces that musicians are already comfortable with to build a prototype system enabling easy configuration of advanced control of a live performance. Academic Supervisor – Jason But

Daniel Mugridge

Security of An IoT Medical Dispenser As the population ages, their ongoing health is a prime concern for society in general. A handful of "cheap and dumb" and "expensive and smart" solutions exist to aid the elderly community in managing their health and drug prescriptions, however there exists no "cheap and smart" solution that can bring intelligent solutions to the greater public. Another key aspect to digital health solutions is security of data and privacy of users. This project involves building of a prototype health IoT solution coupled with an experimental evaluation of the capabilities of typical embedded devices to provide relevant encryption and security standards. Academic Supervisor – Jason But

William Brack

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Project Students

Developing an SDN wireless Access point This software package takes care of the entire Wi-Fi registration process, managing the access point, WEP/WPA/WPA2 encryption, and routing packets to and from the wireless network Academic Supervisor – Jason But

Roop Sashish Acharya

Sustainability of Intelligent Transport System Academic Supervisor – Rayya Hassan

Umanga Wijewardena

Magnetic Levitation (Maglev) System Aim of the project is to develop a magnetic levitation system that includes electro-magnets, levitating object (ferromagnetic and rare earth magnet ball), and precision distance or position sensor and control method. Academic Supervisor – Zhenwei Cao

Jordan Humphries Ryan Knowles Fabian Wood

Assistive Device for Elderly and Disabled The purpose of the project is to develop an assistive technology (AT) system for assisting individuals with disabilities for doing daily activities. Academic Supervisor – Rifai Chai

Matthew Arrowsmith

Autonomous Wheelchair The purpose of this project is to develop a reliable sensor-based control system for an electrically powered wheelchair to perform usual autonomous tasks such as obstacle detection and avoidance, wall following and passing doorways. Academic Supervisor – Rifai Chai

Rhys Eble The Vinh Ly Hoang Long Nguyen

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Project Students

Virtual Reality for Rehabilitation The students will design the virtual reality environment for rehabilitation. Also, methods for controlling the exoskeleton system will be explored such as using inertia measurement unit (IMU), Electromyography (EMG) and electroencephalography (EEG) Academic Supervisor – Rifai Chai

Victor Nguyen

Fruit and Vegetable Defect Detection Thermographic analysis of fruit and vegetable defects, caused by surface skin bruising is an emerging method of defect detection. The defect detection process can be automated through integration with machine learning and then used in a variety of settings, particularly quality assessment, to replace and standardise the process. Academic Supervisor – Rifai Chai

Jordan Smith


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Showcase 8

Biomedical Engineering

The Biomedical Engineering project showcase presents a range of projects exploring

the application of electronics, systems engineering and software design to the

development of new technologies for medicine, instrumentation, and prosthetic

devices. See how these projects are aiming to advance and improve health care and

quality of life.

Project Students

Aeroponic Growth Chamber This research project aims to investigate methods of increasing yields of food production with aeroponic culturing. It examines the effect of growth parameters on the yield in aeroponic culturing of lettuce Academic Supervisor – Michelle Dunn

Thomas Middelmann

Lunar Joint Project One of the challenges of working with robotics in mining environments is the introduction of dust to moving joints. The dust is abrasive and causes the joints to deteriorate and ultimately seize or break-down. This project would look at the development of a novel design of joint that has no or minimal touching parts. Academic Supervisor – Michelle Dunn

Terrence Carling Jonathan Lowe Jegannath Subramanian

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Project Students

Using an Archimedes Screw to Excavate Lunar Regolith A key aspect of establishing a permanent colony on the Moon is to harness the lunar regolith’s properties which in turn needs to be excavated. This project investigated how an Archimedes screw can be utilised to excavate lunar regolith. Academic Supervisor – Michelle Dunn

Philipp Zanon

Operating Theatre Trolley The aim of this project is to design an electric powered autonomous vehicle that can navigate indoors to a particular destination. The vehicle must be able to safely transport a payload with minimal or no direct input from humans. Academic Supervisor – Michelle Dunn

Stuart Haas Alexander Rolfe Daniel Watts

Research and Development of a Cuffless Blood Pressure Monitoring Device This project presents the experimental testing of physiological sensors to determine whether electrocardiograms (ECG)and photoplethysmography (PPG) can be recorded at the waistline with the goal of calculating BP from the pulse arrival time (PAT) Academic Supervisor – Paul Stoddart

Jessica Bottomley Luke Ryan

Adaptable Wheelchair This project explored the design of an adaptable wheelchair for domestic use that can fit through narrow hallways, move parallel and climb single steps and obstacles. Academic Supervisor – Rifai Chai

Lucas Beninca

Analysis Of Functional Connectivity Methods in People With Spinal Cord Injury The purpose of the project to apply methods in brain connectivity for investigating changes in functional connectivity of the brain and how regions of the brain interact with each other associated brain disease. Academic Supervisor – Rifai Chai

Mohammad Balkam Isaac Kafshkanan

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Project Students

Exoskeleton for Rehab The students will design the exoskeleton for rehabilitation purpose including upper and lower extremities. Also, methods for controlling the exoskeleton system will be explored such as using Electromyography (EMG) and electroencephalography (EEG). Academic Supervisor – Rifai Chai

Louwritz Nel Stephen Della Bosca

Autonomous Wheelchair This project is to develop a reliable sensor-based control system for an electrically powered wheelchair to perform usual autonomous tasks such as obstacle detection and avoidance, wall following and passing doorways. Academic Supervisor – Rifai Chai

Tansel Kahraman Ryan Pritchard

Mobile Health App The purpose of the project to develop a mobile based application (iOS or Android) for Healthcare system such as electrocardiogram and blood pressure measurement. Academic Supervisor – Rifai Chai

Osinachi Njoku

Inertial Sensors-Based Body Area Network for Motion Capture This project used motion capture relating the output of inertial measurement units (IMUs) for three-dimensional motion tracking to develop a body sensor network. Using this, machine learning is applied to classify two types of arm movements, aiming to support a range of human assistive technologies. Academic Supervisor – Rifai Chai

Khac Minh Hung Phan The Khoi Nguyen Trieu

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Project Students

Semi-Autonomous Wheelchair: Implementing Eye Tracking Within A Virtual Environment This project presents the implementation of semi-autonomous control of a powered wheelchair with eye tracking and obstacle detection via prototyping and simulation. Academic Supervisor – Rifai Chai

Matthew Brown Andrew Kent Aidan Meyers

Brainwave Reading Headset Prototype This project compared current options for commercially affordable EEG headgear with efforts to discover if currently available equipment can be used for scientific research. Academic Supervisor – Tatiana Kam

Tyler Kirsch

Pneumatic Muscle Actuator Controller Lightweight pneumatic muscle actuators (PMA) are used in robots due to their high power to weight ratio, fast response time and ingress resistance. The aim of the project is to design a pneumatic muscle actuator control system. Academic Supervisor – Zhenwei Cao

James Howell


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Showcase 9

Computer Science & Software Engineering

The Computer Science and Software Engineering project showcase presents a range

of projects exploring the application of software engineering and design in

developing new technologies for industry, research, and academia.

Students apply software engineering methods and contemporary software

development tools to the design, implementation, verification, and deployment of a

software system to meet client needs. They gain skills in software development using

an object-oriented approach and specialist areas, particularly as applied to

application development.

Project Students

Detecting leading indicators to road incidents The objective of this project is to determine the risk of an incident at various segments along a road, based on detecting and analysing such leading indicators. Academic Supervisor – Ron Bartels

Jared Corker Jordan Ibrahim Carter Kulikovskis Olivia Monacella Charlie Steer Corey Walton

Four Wheel Drive Torque Vectoring The aim of this project is to implement Torque Vectoring and Traction Control onto Team Swinburne’s TS_20 all-wheel drive vehicle. The project involves developing software that uses sensor data to intelligently manage the torque distribution to each of the vehicles four AMK motors. Academic Supervisor – Graham Farrell

Edward Chamieh Luke Gavin Andrew Gray Tansel Kahraman Christian Lazarovski Caleb Wade

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Project Students

The Three Rs of Astronomy Augmented (AR), Virtual (VR) and Mixed Reality (MR) technologies (the three Rs) are now commonplace in entertainment and education. However, if their potential is ever to be realised as part of the astronomer's daily research workflow, the barriers to adoption need to be lowered or removed. Research, develop, test, and evaluate highly-customisable visualisation and analysis workflows with AR/VR/MR that support astronomers in making, communicating, and publishing discoveries. Academic Supervisor – Jun Han

Scott Barnard Simon Salazar Blandon Shing Hin Chu Ghafian Haider Reef Salter-Stephens Fahmi Khairul Zaki

Providing a cost-effective means of storing solar energy on dairies Use the recorded data to analyse the energy requirements of the dairy. Identify a low-cost control platform that could be deployed with an emphasis on reliability and simplicity. System should have an IOT component so that it can be monitored and controlled/overridden via a smartphone APP or computer terminal. Academic Supervisor – Ron Bartels

Junting Cen Michelle Chuwindra Timothy Denson Henry Jeffers Minh Lu Nguyen

Re-engineer Helpdesk Software The project is to re-engineer the Helpdesk software at Swinburne University onto a platform independent model. Academic Supervisor – Graham Farrell

Ryan Dimsey Daniel Ferguson Julia Jouravlev David Rinaldo Xavier Slattery Harshit Tomar

Tutor Preference System Project Refinement of the Tutor Preference System Project (TPSP) that supports sessional tutors in applying for teaching roles and convenors in allocating tutors to classes at Swinburne. Academic Supervisor – Kenneth Igbo

Lisa Bui Le Son Dang Keerthana Enugula Chaitanya Madamanchi Shivani RAPOLU Zhenlu Shan

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Project Students

A low-cost labelling solution for product authentication The project aims to develop a proof-of-concept labelling solution by providing a unique DNA to each product to enable supply chain authentication and enhancing customer confidence. Academic Supervisor – Sheng Wen

Stacy Christakos Shaman Fernando Jordan Humphries Jacob Lewis Rowan Millers Matthew Zappala

Computer Vision & Deep Learning for STEM education tool The A+Ha! components can be assembled on a board to create a large variety of constructions. We are looking for a Computer Vision System that can translate the assembly on the board to a digital model. This model will be used by our own physics solver to simulate the interaction of the user with the physical components. Academic Supervisor – Christopher McCarthy

Luke Brown Maxwell Kearney Peter Micevski Felix Sturman Jared Taback

Deep Reinforcement Learning for Human-centric guidance in AR/VR We seek a team of students to research and develop a deep reinforcement-learning framework for learning task-specific visual enhancement filters, and from this, novel scene visualisations to guide human activity. Academic Supervisor – Vivienne Farrell

Jake Beltrami Bijay Bohora Prasann Doshi Steven Hart Ramuna Sadauskas Jeremy Vun

Programming Helpdesk Project – (Analysis and Research) This project is to prepare an analysis and research report on programming helpdesk. This project focuses on data collection in preparation for a machine learning project that can provide answers to frequently asked questions by novice programmers in a programming unit. Academic Supervisor – Huai Liu

Leander Mario Earl Hamza Faraz Syed Shahzaib Farrakh Gitanjali Joe Vaibhav Sangamkar Haris Bin Shaukat Deepali Singhal

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Project Students

Lecture Notes Visualiser Project – (Development and Research) This project is to develop a lecture notes analyser that creates tags and keywords of slides for searching and visualising the result analysis. Academic Supervisor – Ryszard Kowalczyk

Rushika Anilkumar DAVE Kajal Sachinkumar Dave Yashmeen Kaur Yash Rajesh Koshti Samuel Sunil Taylor Sruthi Thallam

Online Worklog Develop a web version of the Capstone ARP worklog used by undergraduates and postgraduates in CSSE. First stage is the emulate the existing Word version and then apply revisions and improvements using an Agile development methodology. Academic Supervisor – Jun Han

Lahiq Abdullah M Alhunishi Pruthviben Boghara Romika Malik Shivam Sharma Sadia Sharmin Rojin Varghese

Implicit Robot Control System for soldier support and enhanced safety Soldiers are commonly in situations where it is too cumbersome to control robots which require full focus and control of a peripheral device. This project aims to assist in the development of an implicit control system to improve the autonomous capabilities of existing robots which protect the dismounted soldier. Academic Supervisor – Christopher McCarthy

Ryan Balakrishnan Callum Hiscock Linden Lewien Harrison Pace Caitlyn Sims Jegannath Subramanian

A Tool of Metamorphic Testing for SQL Databases This project attempts to investigate the application of metamorphic testing into SQL databases. The project team is required to explore how to leverage the SQL semantics to facilitate the automation of definition and implementation of metamorphic relations that are suitable for SQL queries. Academic Supervisor – TY Chen

Dil Afrose Bushra Geet Amol Chaudhari Mohammed Qurram Sanchit Mahesh Save


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Showcase 10

Data Science and Machine Learning

To keep pace with a data-driven society, Data Science combines state-of-the-art

machine learning, software development and statistics to extract meaningful

information and predictions. In this showcase we present a range of projects

tackling real world data-driven problems, from the underlying algorithms, to the

representations and visualisations that assist human discovery and decision making.

Project Students

Data-driven Operation Research for Cleaner Production in Logistics and Transportation This capstone project aims at developing an efficient job assignment and worker shift model based on the given worker skill list, the available time, and the machine parameters, etc. Based on analysing the given data, the machine learning technique is used to train a model to find the optimal arrangement on the production sequence to minimise the energy consumption on power and the transportation cost. Academic Supervisor – Caslon Chua

Zachary Lepan Elliott August Maxwell Zeb Muller Hugh Neerhut

Develop a Linux server application to monitor and predict the electricity energy consumption The project is aimed at developing a server application in Linux platform to handle the following tasks: create a TCP socket to receive energy meter readings from a number of energy meters design a database to store the data received present the data in graphic User Interface form analyse the data to predict the energy consumption in the coming years. Academic Supervisor – Markus Lumpe

Leangheng Hom Andrew Plapp Joel Ramsay Michael Reeb Michael Tonini Tola Veng

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Project Students

Dashboard of Intelligent Last Mile Delivery in City Logistics by Integrating Multiple Crowd Movements by Parcel Lockers Project topic comes from an industrial partner, which is a company handling the last mile delivery problem in city logistics with crowd sourcing without creating much deviation to the deliver’s original route. In this project, we plan to involve machine learning techniques to identify the optimal geometric locations to install the parcel lockers for increasing the successful delivery rate. Academic Supervisor – Mohan Baruwal Chhetri

Rory Annable Akila Attygalle Liam Dissanayake Peter Germon Joel Jacob Huy Nguyen

Team Swinburne Data Acquisition System The aim of this project is to implement an onboard data acquisition system for Team Swinburne’s TS_20 Formula SAE Electric Vehicle. This project involves using a microcontroller to create an onboard server for the vehicles sensor data, as well as a live data communication system, that can transfer the onboard data to an external server where it can be used by the members of Team Swinburne. Academic Supervisor – Huai Liu

Paul Clay Billy Dasopatis Baylin Ferguson Rory Free Benjamin Grunow Alexander Rousseaux

Australian Freight Carbon Calculator This capstone project aims at developing an analytics platform for calculating the carbon emission generated by the freight shipment in Australia. We wish to enable Australian businesses to access accurate data about their emissions to allow them to change their behaviour where possible, and correctly offset emissions where unavoidable. Academic Supervisor – Graham Farrell

Fazal Husain Arastu Peter Clark Huseyin Erozkan James Howell Saikiran Solanki Marcus Valentino

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Project Students

Using machine-learning to predict water network failures Different machine-learning models have been constructed in the last 18 months to predict the location of failures in different water networks. For each network, a different model has been calibrated from the historical data specific to this network. This project aims to construct a machine-learning model calibrated on the combined datasets from different networks and quantify the resulting improvement of the model accuracy. Academic Supervisor – Bao Vo

Anmol DUA Nicholas Frangolis Jasmine Kah Mun Lee Sarah Marion Ha Nguyen Amartya Utkarsh

Development of an automated solution for counting and scaling of logs from images The objective of this project is to develop a proof of concept solution using computer vision and deep learning for counting and scaling of logs for log export yards to move from a manual process to a digital and accurate approach. Academic Supervisor – Mohan Baruwal Chhetri

Jason Sander Egan Samuel Lewis Jason Tam Kyle Todeschini Fabian Wood Michael Zdravkovski

Cloud Decision Tool using a Case History The main aim of this project is to build upon a Decision Support Tool v1.0 to propose a comprehensive decision framework to assist enterprises in making the right cloud choice. The decision process begins with the ordering of relevant decision criteria, either according to industry best practice or the enterprises specific requirements and preferences, following which a technical recommendation is made. Academic Supervisor – Mohan Baruwal Chhetri

Mark Connelly Thomas Hyland Usman Malik Daniel Nicholls Shuayb Qadir Jia-Shen Thum

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Project Students

Visualising the cognitive biases in Twitter Data - Hate Speech The project aims to conduct research into the types (and/or subtypes) of known cognitive biases that can be detected in natural language (English) such as social, accidental, behavioural etc. The twitter data is to be used to analyse and visually present the results on biases in twitter data along with the meta-data information. The focus of analysis of cognitive biases will be on the topics of sexism, racism, religious discrimination, homophobia, and xenophobia. Academic Supervisor – TY Chen

Asad Abid Tousif Mohammad Alam Praveen Reddy Devarapalli Abdullah Khan Kartik Tomar

Visualising the cognitive biases in Twitter Data -Covid19 The project aims to conduct research into the types (and/or subtypes) of known cognitive biases that can be detected in natural language (English) such as social, accidental, behavioural etc. The twitter data is to be used to analyse and visually present the results on biases in twitter data along with the meta-data information. The focus of analysis of cognitive biases will be on the topics Covid-19. Academic Supervisor – Ryszard Kowalczyk

Shavez Amer Rohit Karia Navdeep Kaur Simran Kaur Hemangi Luhar Shivangi Malhotra

CV Visual and Text Analyser This project is to visually and textually analyse a CV and generate a visual analytics report. Academic Supervisor – Graham Farrell

Chee Yao Cheah Nguyen The Anh Dinh Callum Hawke Jun Yan Low Le Ngoc Bich Nguyen Matthew Siliwan

Post Graduate Course Chatbot Project – (Development and Research) This project is to develop a chatbot and research report for IT PG students. This project includes data collection in preparation of a chatbot that can provide answers to frequently asked questions by IT PG students in relation to course advice. Academic Supervisor – Siva Chandrasekaran

Siddesh Pravin Ahire Spandana Reddy Guda Vindya Marasinghe Dhairya Samirbhai Mehta Hamza Suhail Aakanksha Warankar

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Project Students

Guvna The project is to work and improve on an application that focuses on managing data standards and reference data within the organization, to create consistency and understanding across an entire organisation. Academic Supervisor – Caslon Chua

Ali Alaydrus Christopher Dilger Ze Euan Isaac Low Marea Santiano

Smart City Data Analytics Project: Web Services for Smart Cities This project will comprise: Assessment of options and tools for analysing open data sets using machine learning. Development and testing of web services and deploying the web services, Academic Supervisor – Vivienne Farrell

Austin Bitanga Sidney Guildford Chikodi Mourita Chowdhury Mindula Liyanage Don Pramath Joshi Yixin Mu


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Innovative Research

Do you want to take your project to a new frontier?

Research with the Faculty of Science, Engineering and Technology, Computer Science and Software Engineering, is not only scientifically advanced, but also industrially relevant, providing practical solutions to modern enterprises.

Your organisation can become involved in research through Research & Development Projects and Grants.

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CAPEX20 - Project Catalogue

Documents

Transcript of CAPEX20 - Project Catalogue