Engineering ideas into institutions, partnerships into opportunity, and research investment into a stronger, more inclusive technology workforce.
Three milestones capture a larger pattern: influential scholarship, university-wide excellence, and industry confidence in Dr. Jiang's leadership.
As project lead, Dr. Jiang directs a $351K Intel initiative giving undergraduates hands-on experience in engineering design, semiconductor processing, device fabrication, and cleanroom research.
Intel-funded partnershipNamed the university's overall Faculty Achievement Award recipient at the 67th Annual Recognition Exercises—honoring exceptional commitment and excellence across teaching, research, service, and leadership.
University-wide honor“Miniature Supercapacitors Based on Nanocomposite Thin Films” ranked 21st on ScienceDirect's Top 25 most-downloaded list for Microelectronic Engineering, July–September 2013.
Certificate verifiedAcross federal agencies, industry, and research institutions, partners repeatedly invested in Dr. Jiang's ability to build capacity, connect disciplines, and deliver opportunities.
Domestic and international research institutions connected across engineering, materials, biology, chemistry, pathobiology, and computer science.
Frame ambitious, mission-aligned research and education programs.
Expand facilities, equipment, curricula, and interdisciplinary networks.
Create research experiences, scholarships, pathways, and workforce outcomes.
The arc is cumulative: technical depth became research leadership; research leadership became infrastructure; infrastructure became programs that outlast any single project.
B.S., M.S., and Ph.D.; microfabrication and measurement research at LSU.
Begins a two-decade progression from assistant professor to full professor.
NASA, NSF MRI, and DoD awards; nationally recognized energy-device research.
Microelectronics Lab director; Associate Head; ABET success and new Computer Engineering program.
Partnerships widen into cybersecurity, outreach, and workforce development.
Intel semiconductor education, deep-learning curricula, microelectronics outreach, and defense research.
Leadership and teaching operate as one system: institutional strategy creates capacity, and carefully designed courses turn that capacity into student achievement.
Dr. Jiang combines internal program leadership with sustained service to the wider engineering and higher-education community.
Associate Head, ECE · led ABET preparation resulting in maximum-period reaccreditation with zero weaknesses or concerns · re-engineered undergraduate and graduate curricula · helped launch the cybersecurity-focused Computer Engineering program
Faculty Senator · SACSCOC QEP advisor · journal editorial board member · NSF and DHS proposal reviewer · conference chair and program committee member · invited seminar speaker at universities in the United States and China
A curriculum portfolio that moves students from foundational analysis to device fabrication, system integration, and professional practice.
Each career phase added a new layer without abandoning the technical core.
The most important outcome is not a single award or paper, but an enduring platform for discovery and talent.
Expanded Microelectronics Laboratory with materials processing, additive manufacturing, and student workstations.
Acquired the scientific infrastructure needed for hands-on microelectronics research and education.
Average student evaluation across 14 courses over five semesters—above department, college, and university averages.
Evidence of a research program oriented toward usable devices, fabrication methods, and practical translation.
A sustained international presence across microfabrication, energy, sensing, photonics, and education.
From circuits and electronics to solid-state devices, optics, microelectronics, and nanotechnology.
Helped lead the BSEE program to the maximum reaccreditation period with no weaknesses or concerns.
Helped re-engineer curricula and launch Tuskegee's cybersecurity-focused Computer Engineering program.
Facilities, laboratory manuals, curricula, instruments, and interdisciplinary programs convert individual expertise into shared institutional capacity.
NASA flight electronics, Army wearable energy, DHS detection platforms, NSF workforce programs, and Intel semiconductor education all begin with a real stakeholder need.
Students do not simply observe the work—they become researchers, designers, presenters, graduate students, and engineers at leading technology organizations.
Tuskegee University identifies Dr. Jiang as Professor of Electrical Engineering and documents her leadership across research, education, and institutional capacity-building.