Near-Term
System-Level Analysis and Modeling
POWER SYSTEMS ENGINEERING
MOTOR DRIVES DEVELOPMENT
System-Level Analysis and Modeling
System Design and Risk Analysis
Develop In-House Capability
Amplify your knowledge of your existing powertrain system through our comprehensive system-level analysis and modeling.
Common activities in this stage include:
• Comprehensive review of existing system-level requirements
• Detailed review of applicable industry standards to be included in your powertrain system requirements
• Development of precise powertrain system-level models to predict performance of your current system, optimize system-level control parameters, and aid in further robustifying your present system allowing for near-term deadlines to be met.
Optimize your powertrain system's performance with our expert design modifications and comprehensive risk assessment.
Common activities in this stage include:
• Implementation of the V-model development cycle and system-level requirements definition for efficient conception, design, verification, and maintenance of your system.
• Comprehensive system-level architecture and design, management, and documentation for optimal integration and performance.
• Execution of comprehensive fault responses and FMEA to enhance system robustness, identify potential failure modes, assess risks, and implement preventive actions.
• Use of advanced models and controllers to optimize the powertrain system's overall performance to desired conditions.
Build a sustainable future for your company with our capacity-building approach, equipping you with the tools and team to handle future design optimizations.
Common activities in this stage include:
• Setting up detailed analysis tools (e.g. in Simulink) to thoroughly analyze designed system behavior.
• Implementation of population-based multi-objective optimization techniques to refine system design and maximize performance given a known set of constraints.
• Set up design cycles in high-performance computing clusters to optimize future designs in a timely manner
• Assistance in recruitment and development of an expert in-house Powertrain Team, including a Powertrain Systems Group.
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Motor Teardown and Analysis
Expert Design
Develop In-House Capability
Gain a comprehensive understanding of your existing motor drive system through our in-depth teardown and analysis process.
Common activities in this stage include:
• Complete teardown of a commercial off-the-shelf (COTS) motor drive system.
• Detailed analysis and testing covering efficiency maps, current command tables, output torque, thermal behavior, and NVH (Noise, Vibration, and Harmonics).
Elevate your motor drive's performance with our practical, build-to-print manufacturer-approved design alterations.
Common activities in this stage include:
• Propose design changes to customize behavior and enhance key parameters.
• Focus on maximizing output power, boosting efficiency, increasing torque, and reducing mass.
Build a sustainable future for your company with our capacity-building approach, equipping you with the tools and team to handle future design optimizations.
Common activities in this stage include:
• Set up of detailed motor analysis tools such as 3D Finite Element Analysis (FEA), analytical tools, and high-performance computing.
• Implementation of population-based multi-objective optimization techniques to design the motor considering a large design space and maximizing performance for given a set of constraints.
• Assistance in recruitment and development of an expert in-house Powertrain Team, including a Powertrain Motor Design Group.
Omar Laldin brings over 17 years of R&D and industry experience, with expertise in the field of electric power systems, their controllers, and components. His impressive career has seen him in leadership roles in 5 startups, where he successfully managed budgets totaling over $12 million. His work spans diverse application areas, from electric vehicles used in aerospace, marine, and terrestrial applications to heavy-duty vehicles used in capital industries.
Our team is spearheaded by Tarryn MacPherson, a gifted Electrical Powertrain Systems Expert with a deep background in Electrical Engineering. After completing a BASc in Electrical Engineering at the University of British Columbia, Tarryn ventured into a rewarding career focused on aerospace and electric vehicle product development and testing. She has a notable record in leading multi-functional teams in tech startups and transforming ideas into actionable plans.
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