Supporting and driving the market application, performance and competitiveness of COLORBOND® roofing & walling and TRUECORE® steel framing.As a Building Applications Specialist in BlueScope’s Product Innovation and Technology (PIT) , my role involves:- Understanding and performing research into key areas of Building Science such as energy efficiency and condensation management in buildings- Designing and performing experiments to inform decisions around product solutions… Show more Supporting and driving the market application, performance and competitiveness of COLORBOND® roofing & walling and TRUECORE® steel framing.As a Building Applications Specialist in BlueScope’s Product Innovation and Technology (PIT) , my role involves:- Understanding and performing research into key areas of Building Science such as energy efficiency and condensation management in buildings- Designing and performing experiments to inform decisions around product solutions, industry guidance and best practice in construction- Examining thermal bridging mitigation and thermal performance of building envelopes through 2D/3D Finite Element Analysis (FEA) simulations in THERM/ANSYS, relevant hand calculation methods (isothermal & parallel planes, NZ 4214 method etc.) and experimental testing- Understanding and informing changes in relevant standards and codes, such as the National Construction Code (NCC)- Collaborating with industry to ensure efficient compliance pathways exist for the use of steel in residential construction- Use and testing of NatHERS Energy Rating software, particularly in areas such as thermal bridging of steel framing Show less

- Responsible for undertaking research, design, drafting and advanced analysis for variety of engineering projects- Working with clients and team to build productive relationships and deliver results in efficient and professional manner- Application of Australian Standards to ensure designs comply with relevant standards

- Design of ‘pressure drop test rig’ as part of industry research project exploring hygrothermal performance of walls in Australian climates, ensuring all relevant standards are met- Performed complex mathematical modelling in MATLAB to inform design decisions- Cut project costs significantly by learning how to accurately 3D print key component, modelled using CAD software Inventor- Researched and contacted appropriate suppliers for fan and pressure sensor selections -… Show more - Design of ‘pressure drop test rig’ as part of industry research project exploring hygrothermal performance of walls in Australian climates, ensuring all relevant standards are met- Performed complex mathematical modelling in MATLAB to inform design decisions- Cut project costs significantly by learning how to accurately 3D print key component, modelled using CAD software Inventor- Researched and contacted appropriate suppliers for fan and pressure sensor selections - Originally working as part of a summer research scholarship, strong results led to casual work while studying (continuation of previous work, designing and performing experiments, DAQ & data analysis) Show less

The New Colombo Plan Scholarship is a prestigious and highly competitive award given to just 120 university students from all across Australia in 2018. It provides opportunities for Australian undergraduate students to undertake semester-based study and internships or mentorships in 40 participating Indo-Pacific locations.In July 2018, I began my journey of studying, living and working in Asia. Over the 11 months that followed, my NCP Program saw me complete 1 month of intensive… Show more The New Colombo Plan Scholarship is a prestigious and highly competitive award given to just 120 university students from all across Australia in 2018. It provides opportunities for Australian undergraduate students to undertake semester-based study and internships or mentorships in 40 participating Indo-Pacific locations.In July 2018, I began my journey of studying, living and working in Asia. Over the 11 months that followed, my NCP Program saw me complete 1 month of intensive Japanese Language Training, a semester of study at one of the leading Universities in Japan and a 3 month Engineering Internship at a robotics company in Taiwan. Show less

Mechanical design and CAD Modelling of an Educational Robot-Working on a real-world product, I was able to better understand the importance of considering factors such as cost, quality, strength and functionality. I learnt a lot about the design process, CAD modelling (300+ hours SolidWorks) and DFM (Design for Manufacture). Taipei Smart City Exhibition-I spent 1 week as an exhibitor for GeStream Technology Inc. at the Taipei Smart City Exhibition, one of the largest exhibitions… Show more Mechanical design and CAD Modelling of an Educational Robot-Working on a real-world product, I was able to better understand the importance of considering factors such as cost, quality, strength and functionality. I learnt a lot about the design process, CAD modelling (300+ hours SolidWorks) and DFM (Design for Manufacture). Taipei Smart City Exhibition-I spent 1 week as an exhibitor for GeStream Technology Inc. at the Taipei Smart City Exhibition, one of the largest exhibitions in the world of it's kind. This allowed me to further develop my interpersonal skills and also experience first-hand cutting-edge technologies from around the world. Show less

Peer Assisted Study Sessions for 2nd year Mathematics course (MATH283) at the University of Wollongong:- Planning and conducting 1-hour sessions with up to 20 Engineering students to deepen their understanding of key mathematical concepts- Liasing with academic staff and "selling" PASS to various stakeholders e.g. students- Facilitating valuable discussion about content and testing for understanding- Building positive rapport and nurturing postage group dynamics

Contributed to industry project ‘Driving Increased Utilisation of Cool Roofs on Large Footprint Buildings’ • Design and construction of experimental equipment including soldering, using microcontrollers and data loggers• Conducted experimental field work on several large buildings (deploying sensors, following WHS), analysed and processed data using MATLAB & Excel• 3D Modelled entire shopping complex (Inventor) to be analysed using Computational Fluid Dynamics in ANSYS… Show more Contributed to industry project ‘Driving Increased Utilisation of Cool Roofs on Large Footprint Buildings’ • Design and construction of experimental equipment including soldering, using microcontrollers and data loggers• Conducted experimental field work on several large buildings (deploying sensors, following WHS), analysed and processed data using MATLAB & Excel• 3D Modelled entire shopping complex (Inventor) to be analysed using Computational Fluid Dynamics in ANSYS Fluent• Calibrated several research grade sensors to ensure accurate and valid results Show less

• Worked as part of a team of 19 Student Leaders• Organised and coordinated several community building events for the 600+ residents of Campus East, including 150+ international students• Gained experience and qualifications in- first aid, mental health first aid, fire safety and critical incident response

Facilitated weekly Peer Learning Groups (PLG's) of up to 25 students studying a degree in the Faculty of Engineering and Information Sciences.

Worked on the preliminary design of the Heating, Ventilation and Air Conditioning (HVAC) system for Team UOW's Desert Rose House which placed 2nd overall in the 2018 Solar Decathlon Middle East in Dubai.