CTO Office | Technology Strategy and Research Architecture ✉ headoffice@sciheart.com ☎ +91 94204 15274

Technical Leadership

Dr. Akshay Jain
Chief Technology Officer

The CTO Office leads SciHeart's technical roadmap across sustainable engineering, clean energy systems, and simulation-enabled research methodologies.

Energy engineering research and simulation laboratory
Research Background

Energy Engineering at the Cutting Edge

Dr. Akshay Jain holds a Ph.D. in Energy Engineering from the Energy Institute, Bengaluru (affiliated with RGIPT, Jais). His doctoral and post-doctoral work spans biodiesel production, nanoparticle enhancement, and hydrogen dual-fuel applications.

He is associated with MANIT Bhopal as a Research Assistant in a DST-CRG-funded program focused on green hydrogen production from waste biomass.

  • Ph.D. — Energy Engineering, RGIPT-affiliated
  • DST-CRG Research — Green hydrogen from waste biomass
  • Author and reviewer for Fuel and Energy Nexus
Research Programs

Publication and Academic Engagement

Scientific Contribution Portfolio

  • Author and reviewer for journals including Fuel and Energy Nexus
  • Research contributions in hydrogen systems and combustion analytics
  • Advanced modelling support for applied energy engineering decisions
  • Biodiesel production from water hyacinth — novel feedstock pathway
  • Nanoparticle-enhanced fuel performance studies

Institutional Affiliations

Research Partnerships and Roles

Energy Institute, Bengaluru

Ph.D. in Energy Engineering — RGIPT affiliated. Focus on biodiesel, dual-fuel, and nanofluid systems.

MANIT Bhopal

Research Assistant on DST-CRG funded green hydrogen production from waste biomass program.

SciHeart Technologies LLP

Chief Technology Officer — driving sustainable engineering roadmap and simulation-led R&D.

Renewable energy — solar power systems and clean technology
Sustainable Engineering

Clean Energy Pathways Driven by Rigorous Science

The CTO's research agenda at SciHeart focuses on translating high-quality academic findings into deployable, practical clean-energy solutions for institutions and industry.

  • Hydrogen fuel cell and dual-fuel engine research
  • Biomass-to-hydrogen conversion pathways
  • CFD-validated combustion and heat transfer models
  • Nanoparticle fuel additives for performance enhancement
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CTO Programs

Technology Priorities Under Current Roadmap

01

Sustainable Engineering Platforms

Developing cleaner, efficient systems for real-world deployment in energy and industrial environments.

02

Simulation-Led Validation

Using computational modelling (ANSYS Fluent) to de-risk design decisions and improve performance reliability.

03

Collaborative Translational R&D

Converting research insights into practical technologies through institution and partner collaborations.

Interested in sustainable engineering research?

Collaborate with the CTO Office on energy systems, CFD simulation, and applied R&D.

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