Biochemistry × Electrical Engineering

Engineering for living systems.

I’m Gerrit van Rensburg, a biochemist and licensed Professional Engineer. I design and prototype hardware: the electrical, embedded, control and monitoring systems that products, labs and biological work depend on.

P.Eng.
Professional Engineer · EGBC
B.Eng.
Electrical & Computer Engineering
M.Sc.
Biochemistry
B.Sc.
Biochemistry & Molecular Biology

Capabilities

Where the bench meets the breaker.

Three focus areas, each shaped by working fluently in both biology and electrical engineering.

01

Hardware design & prototyping

From concept to working prototype: electrical, embedded and power systems for new hardware products and one-off builds.

  • Concept, architecture and feasibility
  • Custom PCB and embedded firmware design
  • Sensors, instrumentation and data acquisition
  • Power systems and energy monitoring
  • Test fixtures, validation and handover
02

Biological hardware

Electrical, control and monitoring systems for bioreactors, laboratory equipment and biotechnology applications.

  • Bioreactor control systems
  • Lab equipment power design
  • Biosafety and compliance
  • Monitoring and automation
03

Biological applications

Genetic engineering and molecular biology services for research and development programs.

  • Next-generation DNA sequencing
  • Custom plasmid design and cloning
  • Recombinant protein production
  • Genetic engineering applications
  • Bioprocess development

Why both disciplines

Biology is unforgiving of bad power. Electronics are unforgiving of bad assumptions about biology.

Biochemistry

Scientifically sound

Deep understanding of biological systems, metabolic processes and biosafety requirements ensures solutions are scientifically sound and optimized for living systems.

Electrical engineering

Safe and code-compliant

Professional experience in power systems, control automation and energy optimization enables efficient, safe and code-compliant electrical solutions.

Get in touch

Let’s talk about your project.

Tell me what you’re building, the constraints you’re working under, and where biology and electrical systems meet. I’ll reply with a clear view of how I can help.