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| > Start Up Consulting > Cleanroom & Lab Design > Imaging Space Design / > EMI and Vibration Consulting > Design Review > Cleanroom and Lab Cost > Estimating > Modeling > Process Improvements > Technical Documentation > Equipment Engineering > Tool Relocation/Maintenance > Tool Installation Design > Forensic and Tool Inspection > High Tech Operations / IE > Consulting Studies > Supplier Ecosystem > Economic Development > Recruiting > Training |
cleanroom and laboratory design experience | |
| Massachusetts Institute of Technology (MIT) | Materials Research Facility of the Future (MRFF) Feasibility and Programming Studies for a New Research Center |
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| SUSS MicroTec | Demonstration Cleanroom Class 10 Demonstration Cleanroom // Cleanroom Design: Programming through Construction Documents // Construction Administration Services // Layout // Utility Matrix Development // Gas and Chemical Analysis // Code Consulting |
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| University of Chicago | William Eckhardt Research Center (WERC) Nanotechnology Cleanroom // Urban Area Issues Including Interface to Adjacent Buildings // Waffle Slab, Multi-Story Building, Portions Below Grade // Class 10, 100, and 1,000 Spaces // E-Beam Lithography // Imaging Suite, Biotech Laboratories, MBE // Cleanroom Design: Programming through Construction Documents // Layout and Utility Matrix Development // Tool Research and HPM Analysis // Vibration, Acoustics and EMI Consulting // Specialty Systems Design // Gas and Chemical Analysis Code Consulting |
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| University of Massachusetts Lowell | Emerging Technology and Innovation Center (ETIC) Nanotechnology Cleanroom // Class 100, 1,000 and 10,000 Spaces // E-Beam Lithography // Biotech Laboratories // HPM Room // Cleanroom Design: Programming through Construction Documents // Layout and Utility Matrix Development // Tool Research and HPM Analysis // Vibration and EMI Consulting // Specialty Systems Design // Gas and Chemical Analysis // Value Engineering |
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| King Abdullah University of Science and Technology (KAUST) | Advanced Nanofabrication Cleanroom Nanotechnology Cleanroom // Cleanroom Design: Programming thru Construction Documents // Construction Administration // On Site Cleanroom Contractor Supervision // Tool Procurement Support / Specification Development / Negotiation with Vendors / Factory Acceptance Testing // Tool Installation Design and Construction Supervision // Shipping Logistics Support for Tools and Cleanroom Related Items // Materials and Supplies Procurement for Start-up // EHS and Code Consulting // Tool Procurement Support for Thin Films Labs // Project Management for Bulk Nitrogen |
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| Harvard University | Laboratory for Integrated Science and Engineering (LISE) Nanotechnology Cleanroom // Urban Area Issues Including Interface to 4 Adjacent Buildings // Class 10, 100, and 1,000 Spaces // Waffle Slab, Multi-Story Building, Portions Below Grade // E-Beam Lithography // Imaging Suite and Biotech Laboratories // Materials Synthesis / MBE / MOCVD // Cleanroom Design: Programming through Construction Documents // Construction Administration // Layout and Utility Matrix Development // Tool Research and HPM Analysis // Vibration and EMI Consulting // Specialty Systems Design // Demolition and Site Work Plan Review // Gas and Chemical Analysis // Value Engineering |
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| Duke University | Fitzpatrick Center for Interdisciplinary Engineering, Medicine and Applied Sciences (FCIEMAS) Nano and Bio Cleanrooms // Class 100 and Class 1,000 Cleanrooms // E-Beam Lithography // Characterization and Prep Areas, including Advanced Imaging // MBE Area, HPM and Class 100,000 Zone // Facilities Support Areas, HPM Corridor and Storage Areas // Cleanroom, Characterization and MBE Area Design: Programming thru Construction Documents // Construction Administration // Tool Install // Layout // Utility Matrix // HPM Analysis // Chemical and Gas Analysis // Tool Research // Vibration, Acoustics, and EMI Consulting and Abatement Recommendations // Operational and Financial Model for the Center |
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| PerkinElmer Optoelectronics | XRay Imager TFT Fab Fab Expansion Design and Construction Support // Fab Audit and Operational Improvement Consulting // Tool procurement and Qualification Support |
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| University of Louisville | Belknap Research Center Cleanroom Nano and Bio Cleanrooms // Class 100 and Class 1,000 Areas // Facilities Support Areas // HPM Storage Areas // Peer Review of Design // Alternate Design Recommendations // Risk / HPM Analysis // Chemical and Gas Analysis and Specifications // Tool List // Layout // Utility Matrix // Vibration and EMI Consulting // Wet Hood Design and Specification // Reflected Ceiling Plan |
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| University of Pennsylvania | Wolf Nanofabrication Facility (WNF) Infrastructure Renovations Nanotechnology Cleanroom // HPM Corridor and Storage Areas // Infrastructure Upgrades: Process, HVAC, Architectural, and Life Safety Systems // Cleanroom Design: Programming thru Construction Documents // Layout // Utility Matrix // Tool Research and HPM Analysis // Specialty Systems Design // Tool Installation Design |
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| Arizona State University | The Biodesign Institute, Phases I & II Alternate Sites Analyzed for Vibration and EMI // Vibration and EMI Analysis and Recomendations for Abatement // Verification of EMI Abatement // Peer Review and Layout of BSL3 Lab Suites // HVAC Review for BSL3 Capability |
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| Arizona State University | Design of BSL3 Compliant Labs (Multiple Locations) Layout // Isolation / Access // Biosafety Cabinet Specification |
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| Lawrence Berkeley National Labs | Molecular Foundry Cleanroom Nanotechnology Cleanroom // Class 100-1,000 // Multilevel Building, Imaging Space below Cleanroom // State-of-the-Art 300mm E-Beam Litho, Soft Litho // FIB, SEM // Phased Buildout // Layout, Including Phasing // Utility Matrix // Tool Research // Cleanroom Design: Programming through Construction Documents // Construction Administration // Specialty Systems and Minienvironment Design // HVAC Consulting // EMI and Acoustical Noise Studies and Consulting // HPM / Chemical and Gas Analysis and Recommendations // 3D Architectural Rendering of Cleanroom |
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| University of California Riverside | Center for Nanoscale Science and Engineering (CNSE) Bourns Hall Renovation // Nanotechnology Cleanroom // Class 100 and 1,000 // Characterization Area // Remodel and Upgrade of Facilities Support Areas // E-Beam Lithography // Cleanroom and Characterization // Programming // Design and Construction Support (Design-Build Project) // Site and Facilities Survey // Layout // Utility Matrix // HPM Analysis // Permitting Support // Tool Research and Negotiation // Vibration and EMI Consulting and Abatement Recommendations // Operational Financial Modeling for the Center // Process Engineering Support for the Tool Evaluation, Acceptance and Start Up |
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| Motorola Life Sciences | Bio Safety Lab (BLSII/III) Design and Construction Biochip Lab and Manufacturing Cleanroom Expansion // Relocation Project Planning // Tool List // CAD Footprints // Utility Matrix |
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| Argonne National Labs | Center for Nanoscale Materials (CNM) Nanotechnology Cleanroom // Layout of Labs and Cleanroom // Utility Matrix // Tool and Equipment Consulting // Conceptual Design Review |
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| Oak Ridge National Labs | Center for Nanophase Materials Science (CNMS) Nanotechnology Cleanroom // Design Review |
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| Rockwell Collins | LCD Fab
Renovation Programming // Design // Budgeting // Layout // Utility Matrix |
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| Citala | New Flexible Display Fab Roll to Roll Processing // Programming // Layout // Tool Analysis // Process Analysis |
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| Atmel | Operating Fab Building Acquisition 137,000 square foot Cleanroom // Site Evaluations to accommodate 0.18 micron process // Class 1 to Class 1,000 // Multi Level Fab, 2 Subfab Levels, Fan Deck, Ballroom // Layout for 200mm Tools // Utility Matrix // Room Condition Evaluation // Capacity Analysis // HPM Analysis |
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| Micron Technologies | 300mm Wafer Fab DRAM Industrial Engineering // Layout // Utility Matrix // Capacity Study |
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| Amkor | High Volume Assembly and BGA Renovation Layout and Utility Matrix Consulting // Utility Distribution Analysis |
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| Philips Semiconductors | Phased Renovation BiCMOS, 0.25 to 0.18 Micron, 150mm and 200mm Wafer Fabs // SMIF Introduction // 75,000 Square Foot Renovation, including CMP Area // Class 10 to Class 1,000 // Utility Matrix, Equipment and Room Layouts // Vibration Analysis, Engineering Review, and Automation Plan // Base Build Consulting Support // HPM Analysis |
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| Silterra (fka Wafer Technology) |`
Advanced CMOS, 200mm Wafer Fab, SMIF, 0.18 Micron Awarded Top Fabs of 2002 by Semiconductor International Magazine, May 2002 // Class 1 to Class 1,000 Environment // Fan Deck, Cleanroom Raised Floor, Ballroom, Subfab // Copper and CMP Processes // Test and Failure Analysis // Layout Development/Optimization // Capacity Analysis // Utility Matrix // Tool Comparison // HPM Analysis // Automation Review // Base Build Consulting Support // EMI Evaluation for Characterization Areas |
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| Eastman Kodak | OLED Pilot Line Layout, Facility Design and Construction Engineering Support // Fit Up Support Engineering // Process Analysis // Cost / Factory Model // Equipment Specification and Procurement // Process Specification Development and Outsourcing // Color Filter Technology, Process and Cost Analysis // Technology Transfer and Process Engineering Management Support |
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| Massachusetts Institute of Technology (MIT) | Microphotonics Lab Si and III-V Fab, Assembly, Characterization // Layout // Utility Matrix // Cleanroom Consulting // Start-Up Consulting |
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