Academic Program

GammaTech provides structured academic access to GT-SUITE to support university instruction, graduate research, and collaborative innovation initiatives.

Contact Academic Team

Academic Program

Advancing System-Level Simulation in Academia

GammaTech’s academic program supports engineering education and research by providing university faculty, graduate students, and research institutions with access to production-level simulation tools used throughout global industry.

Academic licenses enable students to develop practical simulation skills applicable to modern engineering challenges while supporting faculty research advancing system-level modeling methodologies.

Program Objectives

The academic program provides structured access to GT-SUITE capabilities supporting engineering curriculum development, graduate-level research, competitive engineering projects, and collaborative initiatives bridging academic and industrial applications.

Coursework Support

Structured curriculum integration for undergraduate and graduate instruction

Research Initiatives

Graduate research projects and faculty-led investigation programs

Competition Participation

Formula SAE, EcoCAR, and engineering design competitions

Industry Collaboration

Partnerships connecting academic research with industry applications

Program Structure

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Educational Access

GT-SUITE licenses supporting undergraduate and graduate coursework in thermodynamics, propulsion systems, thermal management, and multi-domain system modeling.

  • Classroom instruction and laboratory exercises
  • Student project assignments and design challenges
  • Multi-semester access for structured curricula
  • Instructor resources and example models
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Research Access

Extended licenses for graduate students and research faculty conducting advanced simulation research, validation studies, and technology development.

  • Graduate thesis and dissertation research
  • Faculty-led research projects
  • Publication and conference presentation support
  • Collaboration with industry partners
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Institutional Collaboration

Multi-year partnerships supporting research centers, laboratories, and academic consortia focused on system-level modeling innovation.

  • Research center partnerships
  • Joint development initiatives
  • Technical collaboration and validation
  • Industry-academic consortium participation

Engineering

Integrating Simulation into Engineering Curriculum

GT-SUITE supports structured coursework across mechanical, automotive, aerospace, and energy engineering programs.

  • Thermodynamics and heat transfer coursework supporting thermal system analysis

  • Internal combustion engine design incorporating 1D cycle simulation

  • Automotive engineering programs addressing powertrain and vehicle systems

  • HVAC and thermal management instruction for buildings and transportation

  • Controls and mechatronics courses integrating system-level modeling

  • Capstone design projects requiring multi-domain simulation capabilities

RESEARCH

Supporting Advanced Research

Academic research licenses enable graduate students and faculty to investigate emerging technologies and validate advanced modeling methodologies.

  • Advanced propulsion systems including electrification and hybridization

  • Battery thermal management and energy storage system optimization

  • Waste heat recovery and efficiency improvement strategies

  • Alternative fuels and combustion research

  • Vehicle thermal management for electric and autonomous vehicles

  • Controls development and hardware-in-the-loop validation

  • Multiphysics modeling and co-simulation methodologies

Engineering

Integrating Simulation into Engineering Curriculum

GT-SUITE supports structured coursework across mechanical, automotive, aerospace, and energy engineering programs.

  • Thermodynamics and heat transfer coursework supporting thermal system analysis

  • Internal combustion engine design incorporating 1D cycle simulation

  • Automotive engineering programs addressing powertrain and vehicle systems

  • HVAC and thermal management instruction for buildings and transportation

  • Controls and mechatronics courses integrating system-level modeling

  • Capstone design projects requiring multi-domain simulation capabilities

RESEARCH

Supporting Advanced Research

Academic research licenses enable graduate students and faculty to investigate emerging technologies and validate advanced modeling methodologies.

  • Advanced propulsion systems including electrification and hybridization

  • Battery thermal management and energy storage system optimization

  • Waste heat recovery and efficiency improvement strategies

  • Alternative fuels and combustion research

  • Vehicle thermal management for electric and autonomous vehicles

  • Controls development and hardware-in-the-loop validation

  • Multiphysics modeling and co-simulation methodologies

Contact Academic Team