AeroLeads people directory · profile
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee Email & Phone Number
Principal Research Engineer
at
Georgia Tech Research Institute
1 work email found
@gatech.edu
LinkedIn matched
✓ Verified Jul 2026
4 data sources
Profile completeness 100%
Current company
Role
Principal Research Engineer
Location
Lithia Springs, Georgia, United States
Company size
Who is Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee? Overview
A concise factual answer block for searchers comparing this professional profile.
Quick answer
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee is listed as Principal Research Engineer at Georgia Tech Research Institute, a with 1553 employees, based in Lithia Springs, Georgia, United States. AeroLeads shows a work email signal at gatech.edu and a matched LinkedIn profile for Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee.
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee previously worked as Co-Director of GTRI High School Internship Program at Georgia Tech Research Institute and Branch Chief at Georgia Tech Research Institute. Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee holds Ph.D., Electrical Engineering, 3.95 from University Of South Florida.
Company email context
Email format at Georgia Tech Research Institute
This section adds company-level context without repeating Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee's masked contact details.
*@gatech.edu
68% confidence
AeroLeads found 1 current-domain work email signal for Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee. Compare company email patterns before reaching out.
Profile bio
About Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee
Dr. Erick N. Maxwell, P.E., is a Principal Research Engineer in the Aerospace, Transportation & Advanced Systems Laboratory (ATAS). He started at GTRI as a Senior Research Engineer in July 2009. Altogether, he has over 20 years of experience in digital and RF/microwave circuits and systems research and development that includes work as a Hardware/Research and Development Engineer for L3Harris Technologies, Inc. (formerly, Harris Corp.) and a Lead RF and Communication Systems Engineer for Draper Laboratory. Over the course of his career, he developed circuits, systems, and methods for many applications, including RF/microwave ultra-wideband dielectric spectroscopy circuits and systems for tumor cell measurement; genetic algorithms for electromagnetically characterizing lossy media; custom front-end receivers (active and passive), a master amplifier module, and block down converter for electronic warfare; an L-band radiometer for biophysical measurement; and more. Dr. Maxwell concurrently serves as Co-Director of STEM@GTRI High School Internship Program–the largest research-based paid-internship programs at GT involving minors. He also holds a shared appointment with the GT Wallace H. Coulter Biomedical Engineering Department (BME) and has held shared appointments with the School of Electrical and Computer Engineering (ECE) for more than 10 years. Formerly, he served as Chief Engineer for the GTRI Electronic Systems Laboratory and Branch Chief for the ACL-AWTD Technical Integration Branch. In addition, he served as vice-chair of the GT faculty executive board, chair of the ELSYS promotion committee as well as lead-chair for the GT State Charitable Campaign, where he led a campaign that raised four (4) times more money for charities than any other unit in the State of Georgia. Altogether, Dr. Maxwell is an honorably separated U.S. Persian Gulf War Veteran, with a service record that is confirmed by more than 13 honors, including a U.S. Army Award of Honor and Presidential Citation. Dr. Maxwell received a B.S. in Electrical Engineering from Southern University and A&M, Baton Rouge, LA in 1994, an M.S. in Electrical Engineering, M.S. in Engineering Management, and Ph.D. in Electrical Engineering from the University of South Florida, Tampa, FL in 2002, 2003, and 2007 respectively.
Listed skills include Simulations, Rf, Electrical Engineering, Digital Signal Processors, and 6 others.
Current workplace
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee's current company
Company context helps verify the profile and gives searchers a useful next step.
Georgia Tech Research Institute
Employees
1553
AeroLeads page
14 roles
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee work experience
A career timeline built from the work history available for this profile.
Principal Research Engineer
Current
Jul 2015 - Present
Co-Director Of Gtri High School Internship Program
CurrentAs the STEM@GTRI Internship Program Co-Director, I have administrative oversight for the largest research-based paid-internship program at Georgia Tech involving minors. During the summer of 2022, the program employed and supported 65 high school interns and 48 GT faculty/staff mentors. This total included reviewing, approving and overseeing 23 research projects that involved minors. Responsibilities include: Ensuring compliance with all institute, USG, state, federal and other requirements related to faculty/staff working with minors in GTRI laboratories including planning, conduct, support and documentation; Partnering with nine (9) GT/GTRI departments and offices involved in the GT hiring process as well as program promotion and direct outreach to 165 high school principals, 640 parent/guardians; Serve as the GTRI lead in coordinating youth compliance across eight (8) GTRI laboratories in three locations in Georgia, including Atlanta, Smyrna, and Warner Robins; Partnering with Environmental Health & Safety, GT Youth Programs, Research Security Division, GTRI-legal, GTRI Talent Management Division, and Ethics & Compliance for process improvements; and Mediate and seek resolutions associated with various research misconduct and disputes.
Aug 2018 - Present
Branch Chief
The Technical Integration Branch (TIB) is part of the Advanced War-fighting Technologies Division (AWTD) within the Georgia Tech Research Institute's Advanced Concepts Laboratory (ACL). As the TIB Chief I lead a team of researchers who integrate and prototype concepts and capabilities across counter proliferation technologies, special operations enablers, and advanced ground maneuver concepts. In this role, I am responsible for leading multiple sponsored research projects and managing branch (7-15 FTE) administrative activities including hiring, appraisals and sponsored project success.
Sep 2021 - Sep 2023
Instructor, Wallace H. Coulter Department Of Biomedical Engineering
Current• Taught Fall 2023, GT Biomedical Engineering Dept. 4602-A04: Capstone Design, 36 students• Taught Fall 2023, GT Biomedical Engineering Dept. 4602-A03: Capstone Design, 30 students• Taught Spring 2023, GT Biomedical Engineering Dept. 4602-A06: Capstone Design, 25 students• Taught Spring 2022, GT Biomedical Engineering Dept. 4602-A04: Capstone Design, 25 students• Taught Spring 2022, GT Biomedical Engineering Dept. 4602-A05: Capstone Design, 30 students• Taught Fall 2016, GT Biomedical Engineering Dept. 4863-BME: Capstone Design, 22 students• Taught Spring 2015, GT Biomedical Engineering Dept. 4602-C: Capstone Design, 22 students• Taught Fall 2015, GT Biomedical Engineering Dept. 4602-C: Capstone Design Project, 22 students• Taught Fall 2015, GT Biomedical Engineering Dept. 6402-E: Capstone Design Project, 19 students• Taught Fall 2014, GT Biomedical Engineering Dept. 6402: Capstone Design Project, 23 students
Aug 2014 - Present
Chair Of The Georgia Tech Charitable Campaign
As Chair of the Georgia Tech Charitable Campaign, I was appointed by GT President Cabrera to lead the 2021-2022 GT GASCCP Charitable Campaign. During our planning, I led goal setting to surpass theperformance of all units in the state, based on analyzing data from previous campaigns and projecting post-pandemic performance. Altogether, under my leadership, the campaign raised four (4) times more money for charities than any other unit in the State of Georgia. I also accomplished the following:• Rebuilt Georgia Tech’s network of ambassadors by recruiting 65 faculty/staff for service,• Met with the GT Controller, Finance Department, Bursar, and HR-Payroll to define and flow-chart the Campaign Check Handling process, which was lost knowledge from earlier campaigns,• Created a new payroll ledger that consolidated data from five forms that accompanied donations,• Deployed co-chairs to manage ambassadors and outreach within their areas of influence,• Developed a communication plan to inform/update ambassadors and partners throughout campus,• Coordinated mailings to and contributions from 2000+ retirees,• Coordinated advertisements on Techworks, Webwise and in the Digest, Whistle, and Newsline,• Documented generously, to ensure knowledge transfer to the next campaign Chair,• Assisted retirees with: navigating states’ website, identifying charity codes, and completing forms,• Adjusted outreach activities and timing based on weekly campaign progress reports, and• Wrote a VBasic program to animate giving results in order to sustain and encourage engagement.
Jul 2019 - Jun 2022
Instructor, School Of Electrical And Computer Engineering
• Taught Spring 2019, GT Electrical & Computer Eng. Dept. 3040: Microelectronic Circuits, 33 students• Taught Spring 2018, GT Electrical & Computer Eng. Dept. 4012: Culminating Design, 5 students• Taught Spring 2018, GT Electrical & Computer Eng. Dept. 2040: Circuit Analysis, 25 students• Taught Fall 2018, GT Electrical & Computer Eng. Dept. 3400: Analog Electronics, 23 students• Taught Spring 2017, GT Electrical & Computer Eng. Dept. 4012: Capstone Design, 16 students• Taught Spring 2017, GT Electrical & Computer Eng. Dept. 2020: Digital Systems Design, 40 students• Taught Fall 2016, GT Electrical & Computer Eng. Dept. 4007: Capstone Design, 11 students• Taught Spring 2016, GT Elect. & Computer Eng. Dept. 2020-IE3: Digital System Design, 38 students• Taught Fall 2015, GT Electrical & Computer Eng. Dept. 4007-L1G: Capstone Project, 11 students• Taught Fall 2013, GT Electrical & Computer Eng. Dept. 4007: Capstone Design Project, 42 students• Taught Fall 2012, GT Electrical & Computer Eng. Dept. 4007: Capstone Design Project, 52 students• Taught Fall 2011, GT Electrical & Computer Eng. Dept. 4007: Capstone Design Project, 43 students• Taught Fall 2010, GT Electrical & Computer Eng. Dept. 4007*: Capstone Design Project, 52 students
Aug 2010 - Dec 2019
Vice-Chair Of Georgia Tech Faculty Executive Board
• Provided support for nine (8) FEB meetings as a GTRI duly-elected member and FEB Vice-Chair• Voted on matters affecting the faculty body• Reviewed and edited the meeting agendas and minutes for 8 meetings• Coordinated and solicited replacement of both academic (AF) and research faculty (RF) members• Secured FEB approval for one (1) RF and eight (8) AF committee members who abandoned their posts• Brought general faculty concerns/requests to the FEB for consideration• Assisted with formation of a Dismissal Hearing Committee• Chaired the initial meeting to identify the henceforth-presiding chair
Aug 2018 - Jul 2019
Chief Engineer, Elecronic Systems Laboratory
Managed the IRAD portfolio for the laboratory. This effort included helping to shape and implement the vision of the Chief Scientist. I also supported planning and execution of a successful IRAD program, which involved overseeing the execution of tactical initiatives and distribution of lab discretionary funds. I also managed and monitored feedback, improved process, attended strategy meetings, and met regularly with the Chief Scientist and other lab personnel for networking, knowledge sharing, and business development.
Aug 2014 - Jun 2017
Senior Research Engineer
Jul 2009 - Jul 2015
Lead Rf And Communication Systems Engineer
Conducted a wide range of technical research including: Signal Identification and Classification Algorithms for Power-Line Radar (PLR), PLR location using phase interferometry, Oil Well acoustic telemetry, Phase noise measurement, Tunable Patch Antenna Development, GPS antennas for 5 inch projectiles, Legacy Telemetry System Updating, Transceivers on MEMS rotational stages and Hardware Development Support.
Feb 2008 - Jun 2009
Post-Doctoral Research Engineer
Dr. Maxwell designed a radiometric system which is a passive measurement system that is used for detecting or measuring the intensity or force of radiation from an object. It operates in the L-band, which refers to the electromagnetic spectrum between 1 to 2 GHz. He designed this system with the capability to measure and map core body temperature variations, to such a resolution that permits physiological assessment. Raytheon used this research as the foundation for developing a radiometer for use inside a space suit.
Dec 2007 - Feb 2008
Hardware Detail Digital Design
Perform board-level digital hardware design, which includes the electrical design, analysis, simulation and test of CCA. Design FPGAs, CPLDs to include: ACTEL, Xilinx, Lattice, Philips, and others. Design to support DSPs including TMSx549, x5410. Use Design-For-Testability techniques. Manage and oversee board layout and coordinate with components, purchasing, and drafting. Work with quality control, configuration management, as well as software, mechanical and other engineers in a team effort. Use design/fabrication and assembly flows. Develop functional and automated test procedures. Conduct preliminary and detail design reviews for both internal and external customers. Design to commercial, industrial and government design requirements.
Apr 1995 - Aug 2005
Engineering Cooperative Education Student
Delco Electronics, Inc.
Delco Electronics Corporation was the automotive electronics design andmanufacturing subsidiary of General Motors based in Kokomo, Indiana. Thename Delco came from the Dayton Engineering Laboratories. Delco wasresponsible for several innovations in automobile electric systems, including thefirst reliable battery ignition system and the first practical automobile self-starter.Dr. Maxwell’s key deliverables while working for Delco are detailed below.
Jan 1993 - Aug 1994
4 education records
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee education
Ph.D., Electrical Engineering, 3.95
M.S., Engineering Managment, 4.0
M.S., Electrical Engineering, 3.9
B.S., Electrical Engineering, 3.803
FAQ
Frequently asked questions about Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee
Quick answers generated from the profile data available on this page.
What company does Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee work for?
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee works for Georgia Tech Research Institute.
What is Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee's role at Georgia Tech Research Institute?
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee is listed as Principal Research Engineer at Georgia Tech Research Institute.
What is Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee's email address?
AeroLeads has found 1 work email signal at @gatech.edu for Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee at Georgia Tech Research Institute.
Where is Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee based?
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee is based in Lithia Springs, Georgia, United States while working with Georgia Tech Research Institute.
What companies has Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee worked for?
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee has worked for Georgia Tech Research Institute, Georgia Institute Of Technology, Charles Stark Draper Laboratory, University Of South Florida, and Harris Corporation.
How can I contact Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee?
You can use AeroLeads to view verified contact signals for Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee at Georgia Tech Research Institute, including work email, phone, and LinkedIn data when available.
What schools did Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee attend?
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee holds Ph.D., Electrical Engineering, 3.95 from University Of South Florida.
What skills is Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee known for?
Erick Maxwell, Ph.D., Msem, P.E.,Sm-Ieee is listed with skills including Simulations, Rf, Electrical Engineering, Digital Signal Processors, Electromagnetics, Antennas, Matlab, and Fpga.
Find 750M verified contacts
Search by job title, company, industry, location, and seniority. Export verified B2B contact data when you need it.
Start free trial