We are delighted to announce this year’s NM EPSCoR Mentor Award recipients—Dr. Olga Lavrova and Dr. Ali Bidram. Nominated by their mentees, both of this year’s recipients stand out for their exceptional efforts to build strong professional and interpersonal relationships with students; advance their mentees’ academic, research, and professional goals; and create inclusive environments for diverse students. Please join us in recognizing Dr. Lavrova and Dr. Bidram for their outstanding work in mentoring the students who will define New Mexico’s diverse future workforce.
Event Category: Engineering
What could we discover with an instrument capable of recording, in minute detail, the movement of atoms during ultrafast chemical reactions?
On September 30th, the University of New Mexico announced a joint agreement with Siemens Industry to begin collaborations at the UNM-owned microgrid at Mesa del Sol. Located in Albuquerque, the Mesa del Sol microgrid is one of three NM SMART Grid Center project testbeds, the others being Southwest Technology Development Institute at NMSU and the greenhouse complex at Santa Fe Community College, where project team members can test research out on actual equipment.
The NM SMART Grid Center warmly welcomes five new faculty members to the project team this Fall. Included in this esteemed cohort of STEM professionals are Dr. Yuting Yang and Dr. Claus Danielson at the University of New Mexico (UNM), Dr. Sihua Shao at New Mexico Institute for Mining and Technology (NMT), and Dr. Fengyu Wang and Dr. Hamed Nademi at New Mexico State University (NMSU).
Ali Bidram, an Electrical and Computer Engineering Assistant Professor at the University of New Mexico, is the recipient of the 2020 IEEE Albuquerque Section Outstanding Engineering Educator Award, which recognizes those who have made outstanding contributions to the electrotechnology profession through teaching in industry, government or in an institution of higher learning.
Every year the NM SMART Grid Center is required to submit three highlights from the previous project year to the National Science Foundation. For Project Year 2, the research themed highlights focused on work by Assistant Professor Ali Bidram and his PhD student Binod Poudel at UNM and advancements by Assistant Professor David Mitchell and his team at NMSU.
Here is what these outstanding team members are working on - summarized in 250 words or less.
In 2005, Heather Canavan was hired as an Assistant Professor by the University of New Mexico’s (UNM) Department of Chemical and Nuclear Engineering with support from NM EPSCoR through RII2 NM NEW – an award focused on developing nanoscience and hydrology capacity within the state. For Heather, EPSCoR functioned much like a wood brace does for a newly planted tree sapling.
In summer 2018, the National Science Foundation (NSF) called upon the scientific community, nonprofits, industry members, and general public to participate in the NSF 2026 Idea Machine competition, a contest designed to help set the U.S. agenda for fundamental research in science and engineering.
Modeling and simulation tools are essential for researchers as they seek ways to integrate variable renewable sources of energy, like wind, into the electricity grid. Recently, NM SMART Grid Center graduate student, P. Christopher Scott, spent time as an extern at Idaho National Laboratory (INL) to learn about power system simulation. The INL Power Systems team, including Dr. Mayank Panwar, mentored Scott as he built computer models in Simulink, ran them on an Opal-RT real-time digital simulator, and modeled and simulated a power system in the IEEE 14-bus system.
Assistant Secretary for the Office of Electricity (OE), Bruce J. Walker, announced the U.S. Department of Energy’s (DOE) “Electricity Industry Technology and Practices Innovation Challenge.” This contest is designed to tap into American ingenuity for ideas on how to modify or replace existing processes and procedures, the use of technology, and traditional energy industry practices to improve grid operations, with the goal of making the nation’s Bulk Power System stronger and more resilient.