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@i3-corps.com
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Brad Black is listed as Director at Applied Technology Solutions at Applied Technology Solutions, Inc., based in Madison, Alabama, United States. AeroLeads shows a work email signal at i3-corps.com, phone signal with area code 615, 704, 800, and a matched LinkedIn profile for Brad Black.
Brad Black previously worked as Director of Engineering Solutions at Applied Technology Solutions, Inc. and Chief Engineer at Integration Innovation, Inc.. Brad Black holds Master Of Science, Nuclear Science And Engineering from Massachusetts Institute Of Technology.
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Director and Business Unit Lead of Engineering Solutions at Applied Technology Solutions (ATS). Experienced in building and leading effective multidisciplinary teams to complete challenging engineering tasks. My personal technical background includes a Masters from MIT in Nuclear Engineering as well as work experience in hypersonics, thermodynamics, fluids, materials science, corrosion, heat transfer, reactor physics, and other various facets of nuclear engineering. I’m highly motivated, hardworking, a very fast learner, and focused on empowering teams to provide top quality work on time.I previously served as the Engineering Manager and Chief Engineer of i3’s Ground Test Facilities Development business unit, with responsibility for multiple engineering groups including Systems, Mechanical, Aerothermal, Instrumentation and Data Acquisition, and Site Management. The team’s primary focus is the design and implementation of the Project Phoenix hypersonic wind tunnel, the nation’s most capable hypersonic testing facility. In my role as Engineering Manager I have balanced technical oversight and process development with spearheading business growth opportunities while personally leading the design of the Phoenix facility's hypersonic nozzles.Prior to this role I worked as the project's Aerothermal Engineering Manager, leading the design of the project’s most technically challenging system. A redesign of this system resulted in $18M in savings, 11mo of schedule recovery, and a significant improvement to facility performance. Following its CDR our customer called the design of this system “an engineering achievement on par with those that made the premiere facilities at Arnold Air Force Base possible.”Previously I worked as a Senior Nuclear Engineer at Duke Energy in Safety Analysis and Nuclear Core Design. My work provided multi-million-dollar savings, innovative core designs with record setting fuel efficiency, and timely calculation originations and reviews recognized for their consistently high quality (see Honors & Awards).I have a Masters in Nuclear Engineering from MIT with a focus in Materials Science and a Bachelors in Nuclear Engineering from the University of Tennessee in Knoxville. While studying at Tennessee I worked at Oak Ridge National Laboratory on designing the means of studying rare isomers generated in the Holifield Radioactive Ion Beam Facility.
Listed skills include Java Application Design And Development, C Application Programming Design And Development, Renewable Resources Implementation And Integration, Project Planning And Management, and 21 others.
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Director and Business Unit Lead of Engineering Solutions. Building and leading a team of highly talented individuals to take on challenging engineering problems in hypersonic ground test facilities and beyond.
Huntsville, Alabama, Us
Chief Engineer and Engineering Manager of i3’s Ground Test Facilities Development business unit. Serving as Chief Engineer for multiple hypersonic ground test facility projects. Responsible for growing and leading a multidisciplinary engineering team, spearheading business development opportunities, and working closely with program management on maturing processes and procedures for further organizational growth.
Huntsville, Alabama, Us
Engineering Manager of i3’s Ground Test Facilities Development business unit with responsibility for multiple engineering groups including Systems, Mechanical, Aerothermal, Instrumentation and Data Acquisition, and Site Management. Primary focus is the design and implementation of the Project Phoenix hypersonic wind tunnel, the nation’s most capable hypersonic testing facility. Balanced technical oversight and process development with spearheading business growth opportunities while personally leading the design of the Phoenix facility's hypersonic nozzles.Worked closely with Project Management team on reorganization of 16 Integrated Product Teams into 4 groups, improving organizational efficiency and reducing time spent in meetings. Developed and led trainings on the new organizational structure’s roles and responsibilities, on an improved Engineering Peer Review process, and on preparing for and presenting successful project milestone reviews.
Huntsville, Alabama, Us
Manager and Engineering Team Lead of the Ground Test Facilities Development Aerothermal Engineering group. Served as IPT lead for the design and development of the Project Phoenix Air Delivery System (ADS), the project’s most technically challenging system, what one customer called the “single greatest technical challenge” they had faced in their career.Led ADS design through a successful Critical Design Review which the customer called “an engineering achievement on par with those that made the premier facilities at Arnold Air Force Base possible”. Continuation of prior role at Lockheed Martin; i3 re-acquired Project Phoenix from Lockheed Martin in August 2021.
Bethesda, Md, Us
Led a successful redesign resulting in $18M in savings, 11 months of schedule recovery, and a significant improvement to the overall facility's performance capability. Designed and implemented a new workflow and quality assurance process for the group to facilitate accurate and timely analyses in support of meeting milestone goals that was later adopted by the project at large. Awarded division’s first namesake award for “performance and ability to solve highly complex technical challenges while growing an exceptionally capable team”.Continuation of prior role at i3; Lockheed Martin acquired i3's Hypersonics Division in November 2020.
Charlotte, North Carolina, Us
Team Lead and Reactor Core Designer of the mutli-disciplinary Oconee Nuclear Station Unit 3 Cycle 29 and 30 Reload Teams. Designed fuel reload patterns, generated key calculations, led meetings, and coordinated the on-time and accurate completion of assignments by team members, utilizing strong communication, teamwork, organization, and leadership skills. Cycle 30 core design set a plant record for fuel efficiency.Initiated and led an in-depth review of in-core neutron detector replacement limits, resulting in a projected savings of $4.6M over 8 years.Built a GOTHIC (general purpose thermal-hydraulics software) base model of Oconee Nuclear Station used for bringing in-house various otherwise outsourced thermal-hydraulic analyses, saving hundreds of thousands of dollars.Miscellaneous responsibilities include managing the Nuclear Design group’s multimillion dollar budget, serving as Duke representative on the CASL (Consortium for the Advanced Simulation of Light Water Reactors) Industry Council, negotiating several vendor NDAs, and serving as a division representative on Duke’s Employee Engagement Committee. Also involved in Duke Energy's chapter of NAYGN, including personally creating an outreach-focused board game which won an organization-wide Future Award and was featured in Fortune Magazine.
Cambridge, Ma, Us
Studied Nuclear Engineering and Materials Science. Master's thesis on the development of a probabilistic model for the failure of used nuclear fuel storage canister material by stress corrosion cracking when exposed to salt-containing environments, with focus on the residual stress profiles present in the heat-affected zone of canister welds.
Oak Ridge, Tn, Us
Designed in AutoCAD a new lab space to house specialized radiation detection instrumentation for the Oak Ridge Isomer Spectrometer and Separator (ORISS), an extremely high-resolution isomer separator for the study of exotic isomer decays. Determined the location, radiation shielding, distance from high voltage caging, and design informed by measurements I took with high resolution gamma ray and neutron detectors, as well as by various building codes and guidelines, evacuation routes, electrical and HVAC impacts.Calculated shielded dose rates of a Cf-252 source (spontaneous fission, neutron, gamma, beta and alpha particle radiation) in MCNP (Monte Carlo N-Particle Transport Code), the results of which were used to design neutron and gamma-ray shielding in order to test the helium jet transport of fission products at the Holifield Radioactive Ion Beam Facility.
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Brad Black works for Applied Technology Solutions, Inc..
Brad Black is listed as Director at Applied Technology Solutions at Applied Technology Solutions, Inc..
AeroLeads has found 1 work email signal at @i3-corps.com for Brad Black at Applied Technology Solutions, Inc..
AeroLeads has found 3 phone signal(s) with area code 615, 704, 800 for Brad Black at Applied Technology Solutions, Inc..
Brad Black is based in Madison, Alabama, United States while working with Applied Technology Solutions, Inc..
Brad Black has worked for Applied Technology Solutions, Inc., Integration Innovation, Inc., Lockheed Martin, Duke Energy Corporation, and Mit.
You can use AeroLeads to view verified contact signals for Brad Black at Applied Technology Solutions, Inc., including work email, phone, and LinkedIn data when available.
Brad Black holds Master Of Science, Nuclear Science And Engineering from Massachusetts Institute Of Technology.
Brad Black is listed with skills including Java Application Design And Development, C Application Programming Design And Development, Renewable Resources Implementation And Integration, Project Planning And Management, Nuclear Engineering, Microsoft Excel, Nuclear, and Monte Carlo Simulation.
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