Aerospace & Defense
MATLAB & Simulink products for Model-Based Design and technical computing are the industry-standard tools. Design, implement and test air, space, naval and land systems. Consequently, global & local aerospace and defense brands choose MATLAB® and Simulink® to design, simulate and implement solutions. Whether it is the implementation of GNC and Avionics systems, the integration of a propulsion system or design and modelling of the industry frameworks (C4ISR & DO protocols).
Energy Production - Oil & Gas
Engineers choose MATLAB® & Simulink® for power and utility equipment system development, monitoring, and maintenance. Furthermore, process engineers use it to analyze real-time sensor data, implement control strategies, and create predictive maintenance systems based on big data and machine learning. Geoscientists & engineers in the oil and gas industries choose it to model and optimize drilling equipment, analyze seismic data, model reservoirs & scale analytics.
Automation & Robotics
Industrial automation and robotics companies utilize MATLAB® & Simulink® for diverse applications: from developing equipment for power conversion and transmission, to implementing distributed control systems (DCS) to creating advanced control systems. MATLAB®and Simulink® also contain advanced libraries to model and simulate electrical, electromechanical, chemical, and other domains.
Electronics & Semiconductors
MATLAB® & Simulink® are heavily used across the Electronics and Semiconductor industry. From the integration of audio, video, electronic and communication subsystems and the rapid creation of prototypes that span the digital, analog, mixed-signal and control logic disciplines. In addition, MATLAB® and Simulink® enable engineers to rapidly deploy prototypes on FPGAs and SoC and to verify functionality through HIL & Testing tools.
MATLAB® & Simulink® products help engineers design & simulate communications systems with greater speed & accuracy. Using both detailed low-level models and higher-level behavioral abstractions, communications engineers can implement the desired level of model fidelity and run-time performance. MATLAB® & Simulink® also streamline design flows, by combining digital, analog/mixed-signal, and RF domains in a single system. Model, design, simulate & verify complex systems using standards such as LTE and prototype designs with connections to hardware.
MATLAB® toolboxes are professionally developed, tested, and fully documented.
Other industrial applications of MATLAB & Simulink
Design, simulate, and deploy tomorrow’s mobility
- Automated Driving
- Virtual Vehicle
- Electric Vehicle
Biotech & Pharmaceutical
Develop algorithms, process data, design devices, and perform modeling and simulation for drug discovery and development.
Industrial Automation & Machinery
Develop embedded control and signal processing applications for industrial and energy-related equipment
- Power Generation and Transmission Equipment
- Machine Builders
- Building Automation
- Electric Drives and Automation Components
Design, simulate, and test next-generation medical devices while ensuring regulatory compliance
- Therapeutic Devices
- Medical Imaging
- Patient Monitoring
- Hearing Aids
- Surgical Devices
- In Vitro Diagnostic Devices
- FDA Software Validation
Metals, Materials and Mining
Analyze sensor data, implement control strategies, and create predictive maintenance systems.
Software and Internet
Technical Services and Consulting
Analyze and design systems and applications, servicing diverse engineering and scientific programs
- Technical Service Providers
- Government Research and Institutes