Direct the Energy and Engineering program at Lifebridge Health inline with the mission and vision of the company.

Developing technical and business content for marketing purposeManaging the interaction and project development between clients and the technical departmentDeveloping algorithms using Matlab and R to track, monitor, distribute, and analysis of 2M kbtu total energy loadDesigning algorithmic methods to add artificial intelligence (Matlab and Pyhton) to the control loop of commercial buildings (pending patent)Collaborate in the development of UMD’s energy dashboard that is currently tracking real time energy consumption, cost, and CO2 emissions for over 200 buildings Upgraded the energy meter structure (SQL) of UMD and currently developing an automatic energy billing systemDirected the measurement and verification of a $20M (8 buildings) energy retrofit project at the University of MarylandCreated a building energy audit process that reduce engineers site visits by 50% for commercial buildings

Teach college level engineering and mathematics to young-adults.

Performed techno-economic analysis and created reports to track financial and energy savings of a $4M investment in building renovationsDevelop computational energy models of HVAC systems in commercial buildingsDeveloped energy models to forecast buildings energy performance for a portfolio of over 200 buildings. Allowing client to distribute budget more effectively Calculated energy loads for commercial and residential buildingsPerformed a CO2 and ventilation study to find likelihood of contracting Acute Respiratory Illness (ARI) in buildings. The study fund 30% probability of (ARI) in natural ventilation buildings

Quantify the physiological effect personalized air conditioning on the human body and its thermal comfortDesign and development of a energy efficient personalized air cooling device (patent pending and commercially available)Research and implementation of control systems for building mechanical devices to provide thermal comfort and enhance performance of the buildingConducted and published market analysis for the commercialization of the cooling devicePerformed CFD analysis using ANSYS Fluent of the velocity and temperature distribution of the air flow provided by the cooling DeviceDeveloped 3D printed prototypes of systems and parts for the testing environment of the cooling device

Designed, and built a personalized cooling device capable of decrease up 10% cooling energy in commercial buildingsConducted a market analysis for the commercialization of personalized cooling devices in the USDeveloped engineering models of performance for the cooling device to prevent a 50% oversizing of capacityDevelop CFD models to quantify the airflow and heat exchange produced by the cooling device around the human bodyProduce 18 technical reports for the U.S. Department of Energy and 2 commercial articles with technical details of the cooling device

Intern Designed microelectrodes for animal brain surgeries Operated laser for microelectrode insulationExperimented on heat dissipation of microelectrodes Investigating heat dissipation methods in microelectrodesReviewed current methods for optimization design of small structures