You are here:​
/
/
Ben Alex Baby
ben alex baby

Ben Alex Baby

Assegnista di ricerca
Messina
benalexbaby@cnr.it
+ 393275670482

EDUCATION:

  • Dottorato di Ricerca in Energia (11/2021-Present)
  • Master of Technology in Energy and Environmental Engineering (2014-2016)
  • Bachelor of Technology in Mechanical Engineering (2009-2013)
  • Postgraduate Certificate in Teaching and Learning in Higher & Professional education (2017-2019)

 

 

WORK EXPERIENCE:

  • Senior Lecturer in Mechanical Engineering – University of Bolton – Academic Centre RAK, UAE (2017-2022).

 

RESEARCH ACTIVITIES:

  • Hydrogen Transport and Distribution: System modelling and simulation of the real-world natural gas distribution network in Palermo to conduct a techno-economic evaluation of the potential for utilizing hydrogen-blended natural gas from an urban perspective.
  • Solar Cooling for Sunbelt Regions (IEA SHC Task 65): Conducted stakeholder surveys and literature review to compile a report analysing solar cooling systems, their selection criteria, and performance indicators for the Sunbelt region. Proposed design guidelines for implementation in diverse climates.
  • Nearly Zero Energy Building in the Middle East: Compared the energy-saving potential of a house with energy-saving retrofits, renewable energy, and their combination against a standard villa in UAE. Observed augmented savings and CO2 emissions reduction with combined approaches.
  • Solar Dish/Stirling Engine for UAE: Performed a numerical study using MATLAB® to analyse the performance of a solar dish/Stirling system in the UAE desert climate. Proven reliable year-round performance through technological and suitability analysis.
  • Self-Powered Portable Solar Parabolic Thermal Distiller: Designed and built an experimental rig for a low-energy, economical tubular solar still. Awarded project funding for implementation.
  • Natural Convection Indirect Solar Air Drying: Conducted theoretical and numerical studies using COMSOL Multiphysics to evaluate the performance and payback period of solar air-drying systems.