Ringa Hangarau Koiora
Biotechnologists use their knowledge of living things to develop new animal or plant products such as medicines and pest-resistant crops.
Biotechnologists usually earn
$42K-$75K per year
Senior biotechnologists with PhDs usually earn
$76K-$130K per year
Source: BIOTech New Zealand, 2019.
Pay for biotechnologists varies depending on qualifications and experience.
- Biotechnologists with Bachelor's degrees can expect to earn $42,000 to $55,000 a year.
- Biotechnologists with Master’s degrees usually earn between $55,000 to $75,000.
- Senior biotechnologists who have PhDs can earn between $76,000 to $94,000.
- With more responsibility and experience, biotechnologists can earn up to $130,000 or more a year.
Source: BIOTech New Zealand, 2019.
(This information is a guide only. Find out more about the sources of our pay information)
What you will do
Biotechnologists may do some or all of the following:
- study micro-organisms such as bacteria, fungi, yeast, and their enzymes
- study the genetic make-up of plants, animals, humans and micro-organisms
- develop and test methods of making new products
- develop higher-yield or more pest-resistant crops
- meet with clients to discuss biotechnology solutions to their problems
- analyse production trends and data
- work out budget and production costs
- prepare funding or patent applications, and be part of patent discussions.
Skills and knowledge
Biotechnologists need to have:
- knowledge of biochemistry, microbiology, molecular biology and physics
- knowledge of manufacturing practices
- knowledge of how to safely handle hazardous substances
- knowledge of legal and ethical issues related to genetic engineering
- practical skills for performing experiments and operating scientific equipment
- skills in analysing and interpreting research results
- skills in writing reports and proposals
- ability to explain research to the public.
- usually work regular business hours but may also work weekends and evenings to complete experiments or reports
- work in laboratories and offices at places such as plants, factories and research organisations
- may travel locally and internationally to meet with clients or attend conferences
- may work with hazardous chemicals
- may work in noisy environments.
What's the job really like?
Using biotechnology to help patients
The most satisfying part of Tanvi Karnik's job as a medical biotechnologist is seeing the positive impact of a treatment she’s helped develop.
“It’s exciting seeing patients with wounds they’ve had for years, like diabetic ulcers, make good progress after a few weeks.”
Focus and patience required
Using proteins from sheep intestines, Tanvi and her team make skin tissue healing products doctors can use to repair serious tissue injuries.
“My focus is on understanding the microbe populations in the wound dressings to ensure they’re at levels safe enough for use on patients.
“It means a lot of routine testing and monitoring every stage of an experiment. You keep your eyes open for the unexpected because every failed experiment is a chance to learn more.”
A chance to work at the leading edge of science and technology
An interest in the biological sciences led to Tanvi getting her Masters in biotechnology. “I chose biotechnology because I wanted to work with new techniques and reach out to a lot more people."
She says networking is key to entering the role.
"You need to find the area of biotechnology you’re most interested and connect with people in industry to get experience."
Hannah Liddy talks about life as a biotechnologist – 1.44 mins.
I work in production where we’re purifying proteins from bovine plasma on quite a large scale. The purified proteins are used to manufacture animal and human vaccines, biologics and diagnostics.
Every day when I come to work I get to do practical science. On an average day in production we’ll be making buffers, running filtrations, filtering the plasma and running it through chromatography columns to extract the protein.
A lot of my day is monitoring people’s progress and making sure all the processes are running smoothly.
I think one of the most important skills to be a good biotechnologist is to have really good attention to detail. We follow manufacturing instructions and we can’t miss out any steps.
I found biotechnology interesting because it’s to do with the living animals and plants rather than just chemicals.
I studied a Bachelor of Science at Otago. MP Biomedicals was advertising for science graduates with a life science degree.
If you’re interested in a degree in biotechnology and you enjoy science in Year 9 and 10, definitely choose biology, chemistry, physics, maths as your subjects for NCEA.
Also don’t be afraid to take on extracurricular activities like science fairs, problem-solving competitions, maths competitions because they’ll really get you thinking and get you mixing with like-minded people.
I think the coolest thing about my work is, the work we do will eventually go on to help improve people’s lives.
To become a biotechnologist you need to have a Bachelor of Science, Engineering or Technology in one of the following:
- biotechnology or plant biotechnology
- biochemical engineering
- food technology
- industrial bioscience
- molecular biosciences
However, many employers prefer to hire biotechnologists with a Masters or Doctorate in biotechnology or a relevant field.
A tertiary entrance qualification is required to enter further training. NCEA Level 3 in calculus, biology, maths, chemistry and physics are recommended.
Biotechnologists need to be:
- patient and persevering
- investigative and enquiring
- creative and innovative
- good at problem solving
- good at planning and organising.
Useful experience for biotechnologists includes:
- laboratory work
- research work
- quality assurance
- business management or marketing.
Biotechnologists need to have good hand-eye co-ordination.
Find out more about training
- BIOTech New Zealand
- (09) 300 7559 - firstname.lastname@example.org - www.biotech.org.nz
- Engineering New Zealand
- (04) 473 9444 - email@example.com - www.engineeringnz.org
- Institute of Environmental Science and Research Ltd (ESR)
- (04) 914 0700 - firstname.lastname@example.org - www.esr.cri.nz
- NZ Institute of Food Science and Technology (NZIFST)
- (06) 356 1686 - email@example.com - www.nzifst.org.nz
What are the chances of getting a job?
Growing demand in agricultural and medical sectors
Biotechnology is a growing field, especially in the agricultural, environmental, food and medical industries.
Biotechnologists are needed to develop:
- farm animals and feed that produce lower climate-damaging methane
- animal-based veterinary vaccines
- probiotic treatments to improve animal and human gut health
- immune cell therapies for diseases such as cancer
- plants with more nutritious content such as apples with higher Vitamin C levels.
According to the Census, 102 biotechnologists worked in New Zealand in 2018.
Chances strong in university research programmes
Job opportunities have increased in university research programmes, due to the Government funding more genetics research. This includes the University of Otago's genome database project (New Zealand's first human gene bank), which will help scientists better predict disease risk and develop personalised medicines.
Chances best for those with experience
Your chances of getting a job are best if you have:
- experience working in a laboratory in industry, at a university or through a summer internship
- experience or skills in biotechnology, microbiology or genetics
- project management and business management skills.
Types of employers varied
Biotechnologists work for:
- biotechnology companies
- food production companies
- Crown research institutes
- private research institutes.
- Champion, Z, executive director, BioTech New Zealand, careers.govt.nz interview, December 2019.
- Malaghan Institute of Medical Research, ‘Government matches Malaghan Institute’s ambitions for cancer immunotherapy’, 13 June 2019, (www.malaghan.org.nz).
- Ministry of Business, Innovation and Employment, 'Scientists Occupation Outlook', 2019, (www.mbie.govt.nz).
- Morton, J, '$5m project to begin building NZ's first "gene bank"', 2 December 2019, (www.nzherald.co.nz).
- Stats NZ, '2018 Census Data', 2019.
(This information is a guide only. Find out more about the sources of our job opportunities information)
Last updated 9 March 2020