Description
The TEMA research unit comprises 23 advanced laboratories, covering a wide range of scientific and technological fields — from biomechanics and robotics to energy, materials, flexible manufacturing, and microscopy. A significant share of TEMA’s scientific activity relies on experimental research, with around 80% of its scientific output stemming directly from laboratory-based work. This underscores the importance of its physical and material infrastructure for both fundamental and applied research, as well as for effective knowledge transfer from the university to the industrial sector.
In addition, TEMA incorporates transversal computational infrastructures that support and enhance the experimental and applied research conducted in its physical laboratories. These infrastructures reinforce an integrated approach based on modelling, simulation, and experimental validation, strengthening the unit’s capacity for cutting-edge scientific and technological development.
Laboratory
PMC
Computational Mechanics Framework

LEM
Mechanical Testing Laboratory (ISO 9001)

LE
Energy Laboratory

LMI
Moulding and Injection Laboratory

LTC
Heat Transfer Laboratory

LEICA
Laboratory of Electrotechnics, Instrumentation and Automatic Control

MACTRIB
Machining and Tribology Laboratory

LTM
Mechanical Technology Laboratory

LS
Welding Laboratory

LDP
Product Development Laboratory

LSFP
Flexible Manufacturing Systems Laboratory

LAR
Automation and Robotics Laboratory

BIO
Biomechanics Laboratory

LDE
Structural Dynamics Laboratory

TERMO
Thermophysical Properties Characterization Laboratory

BIOFAB
Biofabrication and Cell Culture Laboratory

LSM
Materials Synthesis Laboratory

NANOFAB
Micro and Nanofabrication Laboratory

TRATM
Materials Heat Treatment Laboratory

ELEQ
Electrochemistry Laboratory

RX
X Ray Laboratory

LI
Microscopy and Imaging Laboratory

LM
Materialography Laboratory
