About Us
A research-driven company building next-generation thermal management solutions for electronics and energy systems.
We bring deep technical expertise in electronic thermal management, covering air cooling, liquid cooling, immersion cooling, and battery thermal systems. Our team works across design, simulation, prototyping, and testing, using advanced multiphysics tools to deliver reliable and application-ready thermal solutions.
Optimized thermal design improves performance, reliability, and product lifetime while reducing redesign cycles and testing costs. Our simulation-driven and validation-backed approach helps customers achieve faster development, lower thermal risk, and higher return on investment for electronics, batteries, and energy systems.
As power density and heat flux continue to rise, we focus on next-generation cooling technologies such as liquid-cooled cold plates, phase change materials, thermal capacitors, and immersion cooling. Zhivam partners with industry to future-proof products through scalable, efficient, and sustainable thermal solutions.
Trusted & Collaborated With
Organizations and institutions we proudly work with.
Our Team
Dr. C. Bharatiraja
Director
Dr. C. Bharathiraja brings deep expertise in power electronics, energy conversion systems, and system-level integration. His background supports Zhivam's work in cooling of power converters, inverters, battery systems, and renewable energy applications, ensuring thermal solutions are seamlessly aligned with electrical system performance and reliability.
Dr. K. Anusuya
Director
Dr. K. Anusuya specializes in electronic cooling, battery thermal management, radiative cooling, and energy systems. With strong expertise in CFD and multiphysics modeling, she contributes to the design and optimization of heat sinks, cold plates, and hybrid cooling solutions. Her research-driven approach ensures that Zhivam's solutions are reliable, energy-efficient, and aligned with emerging industry needs.
Mrs. K Aruna
Director
Mrs. K Aruna drives corporate governance, intellectual property strategy, and regulatory compliance. They ensure our innovative thermal technologies are safeguarded through robust patent portfolios. By managing complex contract negotiations, risk assessment, and strategic partnerships, they provide the essential legal framework required to securely scale our engineering solutions from R&D to global commercialization.
Dr. S. Manikandan
Founder & Chief Technical Officer
Dr. S. Manikandan is a thermal engineering expert with extensive experience in electronic thermal management, liquid cooling, phase change materials, immersion cooling, and battery thermal systems. He has led multiple industry- and government-funded R&D projects, holds granted patents, and actively collaborates with academia and industry on next-generation cooling technologies. His expertise spans design, multiphysics simulation, prototyping, testing, and technology commercialization, forming the technical backbone of Zhivam.
Mr. Pyla Udit Narayan Sai
Co-Founder & Chief Operating Officer
Mr. Pyla Udit Narayan Sai bridges advanced thermal R&D with scalable business operations. He leads the end-to-end design of electronic cooling systems, leveraging deep expertise in CFD and multiphysics simulation for rigorous validation. By streamlining supply chains and optimizing manufacturing workflows, he ensures our high-performance thermal technologies are delivered efficiently from concept to commercialization.
Meet the Engineers
Deenathayalan
Design Engineer
Designs heat sinks, cold plates, and cooling channels optimized for thermal efficiency, creates detailed 3D CAD models, ensures compatibility with electronic packaging constraints, and prepares manufacturing-ready drawings for production.
Deepak Mahalingam
Design Engineer
Develops compact and lightweight thermal management solutions, optimizes fin geometry and coolant pathways, collaborates with simulation teams for validation, and balances performance with manufacturability and cost.
Mirdul
CFD Engineer
Performs CFD and thermal simulations to analyze temperature distribution in electronic cooling systems, predicts thermal hotspots in IGBT and power modules, validates airflow and liquid cooling performance, and optimizes designs before physical prototyping.
Thieru Mahan Arjun
CFD Engineer
Develops numerical models to evaluate heat dissipation and structural effects in cooling assemblies, studies transient and steady-state behavior, supports design refinement through data-driven insights, and ensures system reliability under peak operating conditions.
Sanjay
Thermal Engineer
Analyzes conduction, convection, and overall thermal resistance in electronic systems, selects appropriate thermal interface materials, designs effective cooling strategies, and ensures safe operating temperatures under dynamic load conditions.
Venu Prasad
Thermal Engineer
Evaluates steady-state and transient heat transfer performance, identifies critical thermal stress points, improves system efficiency through optimized thermal control, and enhances long-term reliability of electronic components.
