Where Biology Meets
Engineering Innovation
A multidisciplinary research lab under the Faculty of Biotechnology at MSA University — bridging molecular biology, embedded systems, smart devices, and bioinspired engineering to build tomorrow's applied science tools.
PRL Research Tracks
Multidisciplinary · Applied · Open-Source
Synthetic Biology & Bioengineering
Metabolic pathway engineering, ALE systems, biosensors
Embedded Systems & Smart Devices
IoT hardware, TinyML, real-time monitoring
Biomedical & Assistive Tech
Prosthetics, microfluidics, lab-on-chip
Robotics & Biofabrication
3D bioprinting, agricultural robotics, automation
A Multidisciplinary Hub at the Frontier of Applied Science
The Prototyping Research Lab (PRL) at MSA University was founded to bridge the gap between biological research and engineering realization. Operating within the Faculty of Biotechnology, the lab uniquely integrates life sciences with electronics, computing, and fabrication.
Our philosophy is simple: if it can be designed, it can be built. From automated microbial evolution systems to AI-powered biosensors, every project is driven by a commitment to open science and practical impact.
Molecular Biology
Synthetic biology, microbial engineering, and adaptive evolution systems
Electronics & IoT
Custom PCB design, sensor networks, and embedded AI firmware
3D Fabrication
Parametric CAD, bioprinting scaffolds, and precision prototyping
Artificial Intelligence
TinyML, computer vision, and bioinformatics-driven analytics
Core Research Specialties
Three intertwined research tracks that reflect the lab's unique position at the intersection of biology and engineering.
Synthetic Biology & Bio-Automation
Engineering microorganisms for biotechnological applications. The lab designs and builds automated bioreactors, photobioreactors, and adaptive lab evolution (ALE) platforms to accelerate microbial research.
Embedded Systems & Smart IoT Devices
Building intelligent hardware instruments — from environmental monitoring buoys to precision lab controllers — that integrate real-time sensing, wireless telemetry, and AI-based decision making.
Biomedical Devices & Assistive Technology
Developing affordable, accessible healthcare solutions including bionic prosthetic arms with EMG control, microfluidic lab-on-chip diagnostics, and 3D-printed biocompatible dental and bone implant prototypes.
Lab Achievements at a Glance
A growing record of tangible scientific and engineering impact since the lab's founding.
Featured Lab Prototypes
A selection of functional instruments and systems engineered inside the MSA Prototyping Research Lab.
Automated Photobioreactor System
A custom-built, sensor-controlled photobioreactor with automated light cycling, pH monitoring, and gas exchange — designed for high-throughput microalgae and microbial cultivation research.
RoboDoc: Bedside Bioprinting & AI Diagnosis
A bedside bioprinting robotic arm designed to revolutionize healthcare accessibility, upgraded with an AI-driven camera monitoring system and high-accuracy neural network models for oral disease diagnosis. Winner of multiple national competitions including 500,000 EGP at GenZ DMC and First Place at Cairo University Prototype Exhibition.
PolliBotics — Agricultural Pollination Robot
A compact autonomous robot designed for controlled-environment pollination, integrating vision-based flower detection and gentle mechanical actuation for precision agricultural applications.
Our Lab Leadership & Researchers
Driven by curiosity, collaboration, and a commitment to applied science.
Dr. Ahmed E. Gomaa, Ph.D.
Dr. Gomaa is a microbial bio-engineer specializing in synthetic biology, metabolic pathway engineering, and automated microbial adaptive laboratory evolution (ALE). With a background in molecular biology and a passion for hardware innovation, he builds open-source lab instruments that fuse biology, embedded electronics, 3D printing, and artificial intelligence — making advanced biotechnology tools accessible to researchers worldwide.
3D Parametric CAD, structural frame fabrication, and dual-extruder 3D bioprinter hardware design.
Embedded control firmware, EMG signal processing, IMU feedback, and component procurement systems.
Telemetry software development, control systems integration, and procurement operations management.
IoT network software, wireless communication protocols, and cloud integration for lab prototypes.
Ready to Explore the Full Lab?
Visit the complete Prototyping Research Lab portal for the full portfolio of 25+ prototypes, scientific publications, student startup ventures, and interactive live dashboards.
