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Simwize delivers a rare, end-to-end simulation experience that mirrors real-world EV engineering. Instead of fragmented tutorials, this course builds a single, cohesive battery pack model—integrating electrical, thermal, hydraulic, and control domains—just as professionals do in automotive and energy storage projects.
Description:
This course teaches EV battery simulation in Simscape through a hands-on, system-level workflow. You'll build up from a single cell model to a full pack-level system, adding electro-thermal coupling, cooling loops, drive profiles, and control logic along the way.
Rather than isolated examples, everything connects into one working model, electrical, thermal, hydraulic, and control, reflecting how battery systems are modeled in real automotive and energy storage engineering.
What You'll Learn:
Construct battery cell, module, and pack-level models in Simscape
Model electro-thermal behavior using coupled multi-domain simulation
Build a 12S2P module architecture and scale it to full pack level
Design cooling loops and thermal management systems for battery packs
Apply real-world drive/load profiles to evaluate system performance
Implement PI control logic for active cooling system behavior
Structure parameters and components for reusable, scalable models
Course Highlights:
Full system-level EV battery simulation workflow, not isolated examples
Progressive build-up from single cell to complete pack model
Combined electrical, thermal, and hydraulic domain modeling
Practical cooling loop and thermal management implementation
Load-profile-based performance analysis
Reusable, parameter-driven model structure for scalability
Requirements:
Basic familiarity with MATLAB/Simulink (Simscape experience helpful, not required)
General understanding of electrical and thermal systems is useful
Working installation of MATLAB with Simscape (recent version)
Build EV battery cell, module, and pack models in Simscape
Simulate electro-thermal battery behavior using multi-domain modeling
Create a 12S2P battery module and extend it to a pack-level model
Model cooling loops and thermal management for battery systems
Apply drive/load profiles and analyze battery performance
Implement PI control for battery cooling system behavior
Organize parameters and reusable components for scalable models
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Material Includes
Simscape model files for each stage (cell, module, pack)
MATLAB parameter scripts
Practice exercise files
Requirements
Basic familiarity with MATLAB and Simulink
Access to MATLAB, Simulink, and Simscape
Basic understanding of engineering, physics, or system simulation
No advanced battery modeling experience required
Audience
Engineering students interested in EV battery simulation and thermal management
Battery, automotive, and simulation engineers who want practical Simscape workflows
MATLAB/Simulink users who want to learn multi-domain modeling with Simscape
Researchers or professionals working on battery packs, cooling systems, or energy storage models
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Tracking since 29 Oct— not enough history yet to tell you whether today's price is any good. Watch the course and we'll tell you when it drops.
This is what we recorded in US pricing — not every price this course has ever had, and prices differ by country.
