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.
Abdul Rahman Laldin, a seasoned professional with more than 50 years of experience, brings his expansive knowledge of engineering, manufacturing, quality, and management to our leadership team. With a wealth of expertise in strategic studies, business process reengineering, corporate restructuring, materials standardization, and supply chain management system implementation, all primarily gained in electric power systems and utilities, Abdul is well-equipped to foster productivity, efficiency, and strategic growth.
