Bookings update for 2019. We are FULL!
First step is to download our Program Guide (purple button above) and decide on a program.
You will then need to submit a Bookings Request Form (downloaded by pressing red or blue buttons above) and email it to admin@biolab.vic.edu.au
We will respond to your Booking request within 7 days.
For dates and availability please contact us by either phone or email. Please note we have an equity focus in our acceptance of requests.
We have a number of specially designed outreach programs which focus on bringing everything to your schools, we provide wonderful experiences for students and also professional development for staff.
We regularly target various rural regions and are keen to talk to any schools or clusters of schools that would like to have us visit in 2019.
Schools are able to visit our cutting edge facility for an excursion. Either full day or half day. We have a number of fantastic learning spaces and programs which immerse students in a research class environment to inspire and engage in a number of STEM career pathways.
The human body is capable of many things and we are constantly pushing it’s limits.
Why are some athletes able to perform under intense pressure, whilst others crumble? The Inner Sanctum program delves into the amazing world of sport psychology
Are we coded for success? This program investigates the link between genetics and sporting success.
Beat That! introduces student to the human circulatory system and analyses the performance of the heart during exercise.
An exploration into the worlds most amazing machine - the human body
You are a ticking bioscience time bomb! Your body has millions of chemical reactions going on at once - this program explores the wonders of
Metabolic Madness explores the way in which we can monitor the human body's response to exercise. This program utilises the latest in performance diagnostics
This technologicaly savvy program immerses students in real time data and game analysis. It also investigates the way in which wearable technology is revolutionising human
Strap on your safety goggles and labcoats, it’s time to enter Biolab’s Sports Testing Laboratory!
Our Sprinters Gene programs are a unique introduction to genetic diversity, analysis and manipulation techniques using biotechnology.
What is the largest organ in the human body? A fun filled introduction to your body and the wonders of your skin!
A program that looks at the science and maths of AFL football.
Athletes are always searching for the edge in their performance. We are seeing a large number of engineers, mathematicians and scientists now working exclusively in
A fantastic introduction to university level exercise sciences such as biomechanics, anatomy and physiology. This program is a great preview into exercise, health and medical
The Fast and the Curious explores how forces affect sporting performance.
Beat That - Senior looks at the function of the cardiovascular system during exercise including heart rate training zones and recovery.
An introduction to the body's largest organ and the role it plays in controlling body temperature!
Nutrients are paramount to the success of athletes and this program explores the science behind sports nutrition products.
This program provides a hands on experience in chemical sciences and its application to everyday life.
You have the most powerful computer inside you - your brain! Explore the anatomy and function of your brain and learn how to get the
Sporty Science is all about mathematics in ACTION! Students use their body to generate data sets utilising state of the art technology.
Did you know that Paper Plane throwing is a sport? Even the Australian Institute of Sport (AIS) has played a part in helping Australian athletes
Wearable technology has made monitoring our health and wellbeing a part of daily life. But what does all this data mean?
This program is designed to give students an insight to the applications of sport and exercise science in sporting environments.
Our body is constantly maintaining balance between our internal and external environments. This program focuses on homeostatic response in humans and survival in extreme temperatures.
Wearable technology has made monitoring our health and wellbeing a part of daily life. But what does all this data mean?
This program gives an insight into the world of an elite athlete and the way in which they use science and mathematics to optimise nutrition,
