We specialise in working within the biomaterial, biopolymer and biomanufacturing sector for start-ups and scale-ups placing candidates into engineering, research, commercial and operation roles. The main areas we cover are biochemistry, synthetic biology, scale-up, fermentation, catalysis, polymerisation, R&D, upstream/downstream processing and material characterisation.
Packaging
The conventional use of plastic in the packaging industry created from petrochemicals is a huge issue across the world. Creating sustainable, biodegradable and natural packaging which can be used within the food, cosmetic, fashion and other industries will reduce single use plastics.
Textiles And Sustainable Dyes
The conventional way textiles are produced and dyed releases very harmful chemicals into the environment and are one of the largest water consumers in the world. There is a huge push to replace polyester and nylon with sustainable fibres as these are both non-biodegradable and un-sustainable as well as creating natural dyes to replace conventional ones.
Construction
The conventional way that building materials, specifically concrete production, contributes hugely to the world’s CO2 emissions. There is a huge push to create these materials from sustainable products, largely mycelium.
Biomedical
The use of biomaterials within the medical industry helps to revolutionize the diagnosis and treatment of health conditions. This includes the use of metals, metal oxides, hydrogels, ceramics and composites for implants, drug delivery and to enhance functions of tissues and organs.
CO2 Capture
Materials can be designed for CO2 storage, capture and utilization which can help reduce greenhouse gas emissions through the formation of membranes, absorbents, catalysts and biological materials such as algae or biomass.
We have extensive experience helping early-stage start-ups growing beyond pre-seed or seed funding which sometimes can be the first hire. We understand the skill sets required by these early-stage start-ups to make a successful first or initial hire but also can assist in writing best-in-class job specs, salary benchmarking, employer branding, and support them from the outset.
Once start-ups start to raise funding beyond seed such as Series A and above, they will need to exponentially grow in all areas.
We work as a recruitment partner to be able to manage high-volume campaigns, hiring across multiple niche skill sets, enabling you to scale at pace.
Our permanent recruitment team are here to respond to the long-term changes within your business, from individual requirements through to volume recruitment drives.
Our contractor recruitment team is on hand to support you through the times where the need for a more flexible workforce is called for.
Our outsourced recruitment model covers the full breadth of your hiring needs and is often the perfect solution for businesses with multiple requirements.
Our Senior Appointments recruitment service is built on deep technical and sector-specific background and expertise.
We’ve outlined the average salaries and day rates received for Bitotech roles.
VIEW & DOWNLOAD
A snapshot of salary bandings across different seniority levels within BioScience.
VIEW & DOWNLOAD
Here are the average Material Science salaries in the UK.
VIEW & DOWNLOAD
Scaling teams and placing niche talent. BIOHM is a London-based biotech scale-up that is harmonising cultural and natural systems and decarbonising industries through radical solutions inspired by nature.
Expert Biotech recruiter providing a scalable model. Colorifix are developing a revolutionary dyeing process to help the textile industry dramatically reduce its environmental impact in a cost-effective manner.
With a huge push for NetZero the way in which textiles, packaging and construction materials are produced will change dramatically over the next few years. Here are the skills that will be in high demand.
What exactly does a career or job in Material Science entail and what are the typical job titles? Here we provide a guide to the typical Material Science career progression.