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Afogreen Build Highlights Growing Adoption of Building Performance Modelling in Australia’s Sustainability-Driven Construction Sector
Building Performance Modelling as a Strategic Tool
Integrated modelling uses computer-based simulations to predict how a building will perform even before it is constructed. By analysing factors such as energy consumption, indoor comfort, daylight access, airflow, and operational efficiency, it helps project teams understand how design decisions may affect a building’s long-term performance.
Traditionally, this approach has been used to support compliance with building regulations and sustainability certification frameworks. However, its role is expanding as project teams increasingly seek data-driven insights during the design process.
One factor contributing to this trend is the growing focus on measurable operational outcomes. Frameworks such as NABERS Commitment Agreements and Section J Performance Solutions require project teams to demonstrate expected building performance before construction begins. As a result, modelling is becoming an increasingly valuable tool for evaluating whether design targets can realistically be achieved.
The approach is already widely adopted across Australia’s construction sector. Research indicates that approximately 90% of new residential developments and 85% of non-office commercial projects now incorporate building performance modelling. At the same time, around 53% of standard projects and 49% of premium projects are using modelling primarily for compliance-based assessments.
“Modelling is increasingly viewed not just as a compliance requirement, but as a practical tool for evaluating whether design targets can realistically be achieved,” shared Erika Yuniarti, Managing Director of Afogreen Build.
Integrated Modelling Provides a Broader View of Building Performance
Many project teams are also moving beyond assessments that focus on a single performance metric.
Integrated modelling evaluates multiple aspects of building performance together, including:
- Energy use
- Thermal comfort
- Daylight access
- Ventilation
- Occupant experience
This approach allows stakeholders to better understand how different building systems and design decisions interact with one another.
By identifying potential issues earlier in the design process, project teams can make more informed decisions before significant design resources are committed. This can help reduce design revisions, improve overall efficiency, and provide greater confidence that performance objectives can be achieved once the building is operational.
Applications Across Multiple Sectors
The growing adoption of building performance modelling can be seen across a variety of project types. Recent projects undertaken by Afogreen Build highlight how simulation-based assessments are helping project teams evaluate performance, improve design outcomes, and support sustainability objectives.
a. Large-Scale Hotel Development
One project involved the transformation of a former police station site into a two-tower hotel complex with a gross floor area of approximately 25,000 sqm. The development combines a 131-room boutique luxury lifestyle hotel with a 451-room budget-friendly hotel, creating a diverse hospitality offering designed to serve different traveller segments.
To support both guest comfort and sustainability objectives, Afogreen Build conducted integrated daylight, glare, and energy modelling throughout the project. Daylight simulations showed that approximately 94% of guest rooms met daylight performance requirements, while glare assessments helped optimise visual comfort within occupied spaces.
Energy modelling indicated an overall reduction in energy consumption of 30.2% compared to baseline building performance. The analysis also identified key areas of energy use, providing valuable insights that can support future operational and system optimisation efforts.
b. Train Station Project
For a train station project, Afogreen Build adopted an integrated modelling approach to evaluate factors such as daylight access, thermal comfort, glare, and natural ventilation across key passenger areas, including the concourse and platforms.
The simulations helped project stakeholders better understand how environmental conditions would affect the passenger experience throughout the day. Findings from the study informed façade design strategies, balancing natural daylight with measures to reduce excessive glare and solar heat gain in occupied spaces.
The assessments also identified opportunities to improve thermal comfort and air movement within the station, supporting a more comfortable environment for commuters while maintaining energy-efficient design principles.
c. High-Performance Data Centre
Afogreen Build also applied building performance modelling to a 50 MW data centre project, where energy efficiency was a key design consideration.
The study evaluated the interaction between IT equipment, cooling systems, power distribution infrastructure, and other supporting building systems. By analysing how these components work together under operational conditions, the project team was able to gain a clearer understanding of the facility’s overall energy performance and identify opportunities for optimisation.
The modelling contributed to an optimised Category 2 Power Usage Effectiveness (PUE) range of 1.19 to 1.31, reflecting a highly efficient approach to managing energy consumption within a large-scale, energy-intensive facility.
Together, these projects demonstrate how building performance modelling can be applied across diverse sectors, each with its own operational requirements and performance priorities.
The Future of Performance-Driven Design
As sustainability frameworks and performance expectations continue to evolve, Afogreen Build expects modelling to become an increasingly important part of project planning and design across a wide range of sectors.
“There is increasing emphasis on understanding how buildings are likely to perform before they are built, rather than waiting until they are operational to identify challenges,” said Ms. Erika. “The ability to evaluate performance early in the design process is becoming increasingly valuable as projects face more complex sustainability and operational requirements. The team should work closely with project stakeholders to establish realistic assumptions and evaluate likely performance outcomes from the outset. This process helps reduce unnecessary design iterations, improve modelling efficiency, and increase the likelihood of achieving targeted performance objectives. By integrating performance considerations earlier in the design process, project teams are better positioned to deliver buildings that meet both compliance requirements and long-term operational goals.”
For more information about building performance modelling and sustainability consulting services, visit Afogreen Build’s website.
Hashtag: #AfogreenBuild
https://www.afogreenbuild.com/au/
The issuer is solely responsible for the content of this announcement.
Afogreen Build
Afogreen Build is a building sustainability consultant in Australia specialising in sustainability advisory, environmental simulations, and performance modelling. Its services include building energy simulation, daylight analysis, thermal comfort assessments, CFD modelling, and green building certification consulting for projects across the Asia-Pacific region. The company supports project teams in designing buildings that prioritise energy efficiency, occupant comfort, and long-term.
Through DaaS, enterprise customers can access drone equipment, trained personnel, mission execution, data collection and project deliverables without purchasing and maintaining a complete in-house drone system. The model extends ZenaTech’s business beyond equipment sales and enables the company to generate recurring service revenue from customers’ operational requirements.
ZenaTech reported revenue of CAD 8.4 million for the first quarter of 2026, an increase of 640% from CAD 1.13 million in the same period of 2025. DaaS contributed approximately CAD 7.8 million, accounting for around 93% of quarterly revenue.
In 2025, the company generated annual revenue of CAD 12.9 million, up 558% from approximately CAD 2 million in 2024. DaaS contributed approximately CAD 10.1 million during its first full year of operations, representing around 78% of total annual revenue.
Acquisitions Support Service Network Expansion
ZenaTech has expanded its DaaS operations through a combination of internal technology development and acquisitions. The acquired businesses bring existing customers, professional teams and local operating capabilities, while ZenaTech gradually introduces drones, automated data collection and AI-supported analytics into selected workflows.
In 2025, the company completed 20 acquisitions, including 19 businesses providing engineering data, facility inspection and related professional services, as well as one enterprise software company.
By June 2026, ZenaTech had completed its 24th DaaS-related acquisition and expanded its services into property cleaning, facility inspection and maintenance.
Through its ZenaDrone subsidiary, ZenaTech has also developed drone products for indoor and outdoor operations. The IQ Quad supports site data collection, engineering imagery and 3D modelling, while the IQ Nano uses barcode and RFID scanning to support inventory records, shelf inspections and indoor data collection.
The company’s reported revenue growth, acquisition activity and DaaS contribution provide investors following the AI and drone sectors with measurable indicators of how its technologies are being integrated into commercial operations and converted into service revenue.
Hashtag: #ZenaTech
The issuer is solely responsible for the content of this announcement.
About ZenaTech
ZenaTech (Nasdaq: ZENA) is a technology company specialising in AI-powered drones, Drone-as-a-Service (DaaS), enterprise SaaS solutions and related technologies. Through its ZenaDrone subsidiary, the company develops drone products and software for commercial applications including engineering data collection, agriculture, warehouse management, facility inspection and property maintenance. ZenaTech combines its technology capabilities with a growing professional service network to support the adoption of drone-based solutions across a range of operational environments.
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A Defining Milestone for Gene Solutions: SPOT-MAS Multi-Cancer Screening Test Receives U.S. FDA Breakthrough Device Designation
The proposed indications for use describe SPOT-MAS 10 as a qualitative in vitro diagnostic test performed on plasma derived from a single direct-draw venous whole blood specimen. The test analyzes circulating cell-free DNA methylation and fragmentomic signatures using a machine-learning-based algorithm to detect a cancer-associated signal. It is intended for use as an adjunctive screening test in asymptomatic adults aged 40 years and older to assist in detecting cancers within the scope of the assay. These include five common cancers — breast, lung, liver, colorectal and gastric cancers — and five aggressive, less common cancers that currently lack standard screening methods — ovarian, pancreatic, esophageal, endometrial and head & neck cancers.
SPOT-MAS has been developed through years of rigorous scientific research and clinical development. In March 2025, SPOT-MAS became the first multi-cancer screening blood test in Asia to complete a large prospective cohort validation, with the K-DETEK study evaluating more than 9,000 asymptomatic participants and demonstrating strong performance, including high specificity and the ability to identify cancer-associated signals across multiple cancer types.
Since then, SPOT-MAS has been used in more than 100,000 individuals in real-world practice, with consistent performance observed beyond controlled study settings. Real-world data were presented at ESMO Asia 2025 and were featured at ASCO Breakthrough 2026 in Singapore.
The platform is built on a multi-omic approach— integrating genetics, epigenetics, and fragmentomics — together with AI-driven analysis, large-scale prospective validation, growing real-world evidence and focus on cancer types with high clinical relevance in the regions where the test is deployed.
For the United States, Breakthrough Device Designation provides Gene Solutions with a prioritized channel of engagement with the FDA as the company advances its U.S. development and validation plans.
Looking ahead, Gene Solutions will continue to collaborate with academic, clinical, laboratory, commercial and strategic partners to support responsible adoption of SPOT-MAS in accordance with local regulations, clinical guidelines and best practices.
Important Regulatory Notice: SPOT-MAS 10 has received U.S. FDA Breakthrough Device Designation. Breakthrough Device Designation is not FDA approval, clearance or marketing authorization. The device remains subject to applicable FDA regulatory review requirements, and the designation does not guarantee future FDA approval, clearance or authorization.
For more information, visit https://spotmas.com.hk
Contact:
hk***@***********ns.com
Source: Gene Solutions Hong Kong Limited.
SPOTMAS_062026_04
Hashtag: #SPOTMAS
https://spotmas.com.hk/The issuer is solely responsible for the content of this announcement.
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St Francis Methodist School International Shares 2023–2024 WACE Outcomes and Student Journeys
Overview of the WACE Curriculum at SFMS
SFMS International is among a small number of institutions in Singapore offering the WACE curriculum and has delivered this programme for over 23 years. The WACE is a recognised senior secondary qualification awarded by the School Curriculum and Standards Authority (SCSA) on behalf of the Ministry of Education, Western Australia. It prepares students for university admission both locally and internationally.
SFMS is also currently the only school in Singapore offering a Senior High Preparatory Pathway (WACE) for students in Years 9–10. This introduces students to the structure and expectations of the curriculum earlier, building familiarity with subject content and assessment formats before progressing to the senior years. Additionally, subject selection in Years 11A and 12A is structured to meet university entry requirements and reflect students’ academic interests.
Academic Outcomes and University Placements
In 2023, 8 out of 12 WACE graduates from SFMS International achieved ATAR scores above 90, meeting the eligibility criteria for universities such as the National University of Singapore (NUS) and Nanyang Technological University (NTU). The cohort’s top scorer, Wang Dawei, recorded an ATAR of 96.15 and enrolled at NTU to study Business and International Trading. In addition to local placements, graduates were admitted to international universities such as the University of Melbourne and Fudan University in China.
In 2024, 2 out of 8 graduates also attained ATAR scores above 90. The highest scorer, Youn Chae-Won, achieved an ATAR of 95.3. Her university placement is currently pending.
Student Journeys and Holistic Development
Students in the WACE programme at SFMS International engage in both academic and co-curricular activities as part of their overall learning experience. Recent graduates have taken part in service learning, subject specialisation, and personal reflection throughout their time in the pre-university programme.
Youn Chae-Won, the 2024 valedictorian, joined SFMS International from Korea in 2021. Over time, she adjusted to a new academic environment and explored subjects such as accounting, which influenced her interest in finance-related pathways. She also took part in various aspects of school life, including a service learning trip to Bintan in 2023, where students supported local sanitation efforts. Her involvement in both academic and co-curricular settings marked a broad engagement with school life during her time at SFMS.
Andrew Zhuang, who enrolled in SFMS International in 2019, pursued subjects such as Business Management, Accounting, and English as an Additional Language (EALD). Beyond academics, he was involved in community fundraising and joined the same Bintan service trip. He also attended weekly chapel sessions and received support from peers and teachers during a period of health-related absence.
These outcomes reflect the ongoing role of the WACE programme at SFMS International in supporting students through both academic pathways and broader educational experiences. Under the leadership of Principal Mr Lee Hak Boon, the school continues to emphasise academic planning, subject selection, and student wellbeing as part of its overall approach to pre-university education.
Hashtag: #StFrancisMethodistSchoolInternational
https://www.sfms.edu.sg/
https://www.facebook.com/sfms.singapore
https://www.instagram.com/sfms_sg/
https://www.youtube.com/channel/UC_bb9hcNhAk7WgYBE_FI61A/featured
The issuer is solely responsible for the content of this announcement.
About St Francis Methodist School International
Established in 1960, St Francis Methodist School International (SFMS) is an educational institution in Singapore that offers primary, secondary, and pre-university programmes. The school provides several academic pathways, including the International Baccalaureate (IB), Cambridge IGCSE, and the Western Australian Certificate of Education (WACE), preparing students for further studies in local and overseas institutions.
