Kyle Lee Email & Phone Number

Washington, Dc, Us

Seattle, Wa, Us

Data Center Infrastructure Planning and Capacity Delivery - US EASTAs the owner for the largest AWS availability zone globally, manage the end-to-end data center delivery process/roadmap for 100x million-dollar programs including planning, due diligence, designing, construction, and hand off of New Campuses, Shells, and Room builds in Green Fields/Build to Suit sites. Lead cross-functional teams, including Real Estate, Energy, Fiber, Water, Design Engineering, Procurement, Construction, Supply Chain, Commissioning, Controls, Security, and Network teams, to develop roadmaps and actively remove roadblocks to key milestones and deliver customer capacity on time.

Tysons, Virginia, Us

Projects: QTS Data Centers (VA), Microsoft Data Centers (VA), US Federal Intelligence Agency Data Center (Confidential), Medstar Georgetown Hospital (DC), etc.• Led VDC programs from concept to completion for electrical systems including power distribution, security, lighting, telecom, fire alarm, and control for data centers and mission critical facilities (including the largest project in M.C. Dean’s history >$200 M), leveraging management and organizational skills to complete project two months early.• Created a complex engineering workflow for multi-trade overhead systems and risers in a large data center that eliminated over 900 on-site man-hours, removed safety risks from working in hazardous conditions, reduced installation time by 3-5 weeks, and ultimately was adopted for other projects leading to an additional saving of over 2,000-man-hours.• Managed relationship with client and other contractors through weekly coordination of scheduling, installation sequence, and modeling of multiple systems leveraging Navisworks/Revit and P6 to design is coordinated and on schedule, resulting in ample production time and high-fidelity design.• Supervised team of 10+ engineers and designers, including crafting work requirements, directing tasks, mentoring, and providing ongoing performance feedback that created collaborative, motivated team which consistently outperformed other teams and delivered projects ahead of schedule.• Generated a standardized solutions sales sheet and client submittal package elaborating M.C. Dean’s innovative VDC/BIM approach and modular products contributing to winning project bids totaling over $30M.• Recognized with American Council of Engineering Companies (ACEC) Honor Award and speaking invitation at Design-Build Institute of America (DBIA) Conference for design-build innovation that cut man-hours by more than half, reduced costs, accelerated delivery, and provided model for construction during COVID.

Tysons, Virginia, Us

U.S. Federal Government Client (Confidential) – Electrical Room Modules, System Room Modules, and Power Distribution Modules• Developed the overall project’s electrical design scope, including budgeting, strategic design approach, timeline, statement of work, and other financial matters (operational costs, procurement, bill of materials, etc.) for a totaling 310,000 SF operations building and plant.• Led weekly construction progress meetings, readiness review meetings, third-party coordination meetings, design coordination meetings, client meetings, and other meetings to address modular design, scheduling, client requirements, and on-site issues.• Invented sketch-driven modeling method with dimension equations stored, which expediated modeling creation and modification from 4 to 1.5 weeks and reduced detailing cost more than 40%.• Developed special wall partition and beam structure application to successfully install RF FOIL without any interfere with raised access floor, slab edge, and metal penetration within highly secure comm room modules and earned PE stamps and federal client approval by satisfying building code compliance and request for proposal (RFP) requirements.• Supervised and trained four engineers and designers, including developing work requirements, directing tasks, mentoring, reviewing work, and evaluating performance, which led to a cohesive team routinely beating project deadlines.• Created a project management tool to calculate human resource requirements and labor budgeting, maximize labor efficiency through time/work analysis, track employees’ tasks and responsibilities, and facilitate performance evaluation.• Liaised with architects and engineering leads from third parties, including mechanical, plumbing, telecom, electrical, floor systems, security, and structural disciplines, to compose modular-incorporated technical documentation, submittals, and shop drawings leading to expedited federal approvals and overall project timeline.

Tysons, Virginia, Us

George Mason University Robinson Hall Reconstruction• Standardized division’s design practice for the structural, architectural, and electrical design elements to improve communication and quality and expedite the design process by over 50%, receiving praise from the CEO.• Communicated at least once per week with architects, engineers, and MEP specialists from the external and internal network to ensure coordination and to provide advice regarding technical concerns with the modularized systems.• Developed Z- and C-clip application and structural support systems for 12 electrical room modules for GMU to achieve one-hour fire rating, which received PE stamps and an approval from Virginia Department of General Service –Division of Engineering and Buildings by satisfying the stringent fire protection, logistics, and on-site safety requirements.• Invented the project delivery methodology flow chart for modular design integration to improve performance, project duration, and on-time delivery of $8.5 million contract by standardizing project scheduling, task specifications, quality assurance, and bills of materials.Ronald Reagan Washington National Airport Secure Hall & New Terminal Construction• Led engineering design for 11 electrical room modules and 15 power distribution modules satisfying NEC requirements, UL architectural codes, and MEP specifications. • Trained and mentored three junior engineers and two engineering interns on software programs, scope of project, project communication, client interaction, and modular design approach. • Delivered over four technical presentations at customer meetings with Turner Construction and airport authority as a design engineering expert for system design, to provide updates on project status and receive approval from the client.• Performed site surveys and inspected the construction techniques, logistics methods, and installation procedures to assess modular opportunities and ensure successful installation.

Tysons, Virginia, Us

Washington Metropolitan Area Transit Authority (WMATA) LED Platform Lighting Improvement• Developed four primary LED platform lighting systems for use in more than 44 Metro stations that increased brightness 3-9x, implementing a plug-and-play connector wiring system that enabled installation in less than 48 hours, earning the project a $50,000 bonus per station.• Performed engineering design evaluations and analysis to provide consistent technical support using CAD design tools and Excel to produce technical/operation documentation including approximately configurable 145 construction/installation drawings per station, 20-30 wiring diagrams per station, material lists, technical reports, and evaluations, etc.• Reviewed the cost reports after the installation, performed value engineering, and conducted value analysis to minimize the material costs while optimizing the functionality and constructability.• Oversaw the procurement of 15-20 technical components (pin connectors, lighting fixtures, mount supports, anchors, etc.), including investigating vendors’ performance in terms of quality, cost, delivery, and operation.

Reston, Virginia, Us

• Conducted research into socio-economic conditions, international building codes and regulations, and community impact deployment strategies to develop a water generation system by fog impact onto polyethylene mesh.• Developed complex calculations for integrated process systems to demonstrate system efficiency to meet design functional requirements and utilized CAD to brainstorm the design options and conduct the simulations, performing the cost analysis to estimate the potential profit margin.• Presented the “Fog Catcher” water generation system to COO Jack Futcher and other executives and documented the technical reports to enable the project to progress to the design and implementation phase.

Milwaukee, Wi, Us

• Developed strategic marketing plans for servo drive and motor product line through market research, competitive analysis, marketing messaging, and evaluation on technical specs and features. • Managed performance analysis on power, torque, inertia, and speed ratings of product offerings.• Conducted component selection, procurement, and assembly for test prototype to lead customer’s product transition from old 1394 to new Kinetix 5700 servo system and assisted commercial engineers in finalizing a migration guide from Kinetix 6000 to Kinetix 5700 servo system.• Collaborated with other interns for an innovation challenge to implement the idea of a robotics competition for Rockwell demo kits to familiarize college students with Rockwell products and to use these demo kits for future marketing/technical sales.

Dublin, Ireland, Ie

• Designed new air circuit breakers NRX NF and NRX RF spring discharge interlock model that fulfilled kinematic and mechanism requirement and attained innovative design with high cost savings and ease of manufacturing and assembly.• Supported additional design modifications to NRX RF and NF breakers as needed to pass the IP 31 testing protocol and released the changes for tooling and production.• Implemented new design for 3 bubble protection cover kits that satisfies the IP 55 testing requirements.• Promoted the product launching for NRX RF Spring discharge interlock in Air Circuit breaker product line up to releasing design to the plant for manufacturing.

Dublin, Ireland, Ie

• Enhanced design modifications for BR Trip Cam and other residential miniature circuit breaker’s internal components to increase profit margin while meeting or exceeding the performance of the existing product offering.• Performed cost analysis for every component of residential circuit breakers and developed a financial tool to track the material and manufacturing costs.• Applied design for six sigma (DFSS) methodologies into product development process to enhance circuit-interrupting products. Designed different testing plans and simulations to validate the products’ efficiency.• Conducted electronic trip analysis by examining the relationship between tripping time and current levels for different existing circuit breakers. Formulated the trends/pattern to develop new residential breakers product line.

Dublin, Ireland, Ie

• Executed different prototyping activities by assembling lighting components (LED boards, photo-control, mini sensors, step-down transformer, surge module, motor, etc.) and proceeded compliance testing for Underwriter Laboratories (ex. Thermal testing, Vibration testing, Rain testing, and Impact testing).• Contributed to new design projects Arbor Post Top and Galleon Wall companion by creating critical components 3D modeling and mock-up models and constructing wiring arrangement design to promote manufacturing proficiency and cost-efficiency.• Actively participated and developed concepts for new products: 1. Four-Sided Post Top- Wavestream 2. Canopy Wavestream 3. Wall Mount Wavestream in order to ensure design process phase 0-1 (PRO-launch) and supplemented the design transition from LED optic models to LED Wavestream technology.

Atlanta, Georgia , Us

• Explored the mechanical applications and potential use of linear carbons (Carbyne) in molecular electronics.• Utilized computational technologies and organized information to analyze the efficiency of different types of carbon-based electronics molecules and their structures.• Conveyed research and worked with other research assistants on Carbon Electronics Team to prepare research presentations.