_edited.png)
EBNI
EBNI
OUR MISSION
Our mission is to lead the way toward a sustainable future by pioneering net-zero emissions construction practices and promoting recycling initiatives. Committed to environmental stewardship, we aim to revolutionise the industry by prioritising sustainability in every project. Our goal is to ensure that our structures not only meet current needs but also contribute to a cleaner, greener world for future generations, while maintaining a strong focus on safety, collaboration, and sustainability.
OUR CREATIVE TEAM
Ahmad Samadi
Structural Engineer
A specialist in construction management and infrastructure development. Skilled in designing and delivering high-rise and mixed-use projects, with a focus on financial feasibility, sustainability, and industry compliance. Completed a Bachelor of Engineering (Civil) (H) at WSU.
Henry Alexander
Geotechnical Engineer
Soil mechanics, foundation design, and ground improvement are the main areas of focus. Specialises in providing innovative and affordable geotechnical solutions for infrastructure and building projects. Obtained a Bachelor of Engineering (Civil) degree from UNSW.
Ava Smith
Project Manager
A results-oriented project manager with experience completing large-scale construction projects. Capable at managing teams, engaging stakeholders, and completing projects on schedule and under budget. Completed a Master's degree in project management at RMIT.
Isac Jones
Hydraulic Engineer
Experienced engineer with a focus on creating water and drainage systems that are both efficient and sustainable. Expert at incorporating novel hydraulic solutions into difficult engineering projects. Completed a Bachelor of Engineering (Hydraulic) at UTS.
With my analytical and practical skills, I can design adequate hydraulic structures.
Isac J.
Because of my extensive experience in consultancy, I can project manage according to budget and technical criteria.
Ava. S.
Based on my expertise and practical experience, I can design soil foundations to withstand the anticipated load.
Henry A.