What We Do
1D Modelling and Simulation of Electromechanical Systems
Benefits: Model-based design and controls enable sustainable product development by reducing costly and time-consuming hardware prototype iterations and testing recycles.
Modelling expertise
Electrolyzers & fuel cells
Energy storage systems
Heat exchangers
Electric drive systems
Simulation applications
Leverage as a learning tool
Make system architecture decisions
Optimize new design performance
Guide field issue resolution
Sensor Integration into a New Application
Benefits: Robust integration of sensing system optimizes energy efficiency, uptime, and warranty costs of high-value assets.
Sensor advisory
Assess sensing system and interface requirements – MBSE
Recommend incremental V&V plan for new design or design change
Evaluate technical proposals and vendor technical capability
Upskill workforce on sensor fundamentals & new technologies
Contact Us
Embark on your modelling and simulation journey today. Connect with our team to get all your questions answered.
Leadership
Dr. Alok A. Joshi
Founder
Simvisor Solutions
Dr. Alok A. Joshi earned his Ph.D. in Mechanical Engineering from Purdue University, specializing in physics-based, data-driven, and hybrid modeling and simulation to detect and classify failures in mining trucks. His hybrid models, implemented through edge computing for diagnostics, reduced downtime of high-value assets by 10%. He holds an MS in Mechanical Engineering from Texas A&M University and a Bachelor’s from College of Engineering, Pune. For his master’s thesis, he developed a multivariable control system using magnetic sensors and piezo actuators to reduce vibration in satellite-mounted camera equipment & ultimately enhance raw image quality.
As Director of Software & Electronics at Cummins and Director of Systems Engineering at Philips Healthcare, he played a key role in developing organizational capability in model-based system engineering, design, and controls, as well as electromechanical product development and its integration. He led global initiatives in supply-chain optimization, technical assessment of vendors, and value-engineering efforts. Earlier in his career, he applied modeling, simulation, and experimental verification to assess performance-cost trade-offs for emissions treatment, fuel injection, and power systems across mobility, industrial, and energy sectors. Additionally, Dr. Joshi is committed to fostering industry-university collaboration, mentoring students, and guiding industry-funded research to develop sustainable technologies.