SECTORS
Powering the Next Generation of American Manufacturing
High-tech industrial construction is leading a historic resurgence in the built environment. Driven by the CHIPS Act, the EV revolution, and the push for supply chain sovereignty, these are not just "factories"—they are the most complex machines on earth, housed within a building shell.
From Semiconductor Fabs requiring nanometer-level vibration control to EV Gigafactories demanding massive dry room environments, the construction stakes have never been higher.
iRecruit.co is the specialized recruiting partner for the Advanced Manufacturing sector. We recruit the construction leadership, MEP experts, and Tool Install teams capable of delivering these mega-projects on aggressive, fast-track schedules. We understand that in this sector, speed-to-market matters.
Semiconductor fab construction is the most MEP-dense, schedule-compressed, and equipment-coordinated segment in the mission-critical construction universe. Modern fabs integrate Class 1 / ISO 3 cleanrooms, ultra-pure water (UPW) systems delivering 18 megohm-cm resistivity, specialty gas distribution (silane, ammonia, phosphine, arsine), specialty chemical distribution (slurries, photoresist), vibration isolation, seismic-rated structural performance, and sub-microsecond power quality across multi-million-square-foot campuses delivered on 18–30 month compressed timelines. The workforce required is correspondingly specialized.
Our network is concentrated in the senior PMs, superintendents, MEP coordinators, cleanroom specialists, UPW engineers, specialty gas distribution engineers, AMHS specialists, and tool install coordinators who actually deliver semiconductor fabs, advanced packaging, and high-tech industrial campuses — not the generalist construction pool. That density is what lets us source fab-specific roles in days, not months.
SEMI standards (S2 / S8 / S22), ISO 14644 cleanroom classification (Class 1 / ISO 3, Class 100 / ISO 5), ASTM D5127 ultra-pure water standards, SEMI F57 specialty gas piping, NFPA 318 cleanroom fire protection, AHJ tool installation permits, and fab-specific commissioning protocols including AMHS (Automated Material Handling System) functional testing — we verify the systems, codes, and project experience your hiring managers care about.
From retained executive search for VP of Construction and Director of Capital Projects at IDMs, foundries, and OSATs, to embedded recruiting teams operating inside a fab program office, our engagement models are shaped for the multi-year, multi-fab capital programs CHIPS Act-anchored projects demand — not generic agency placement fees.
iRecruit.co operates across every semiconductor and high-tech industrial construction project type. Different projects require different specialty workforce, and our network depth varies by category.
Leading-edge logic fabs (3nm, 2nm, and beyond) for IDMs (Intel) and foundries (TSMC, Samsung Foundry).
DRAM and 3D NAND production facilities for Micron, Samsung, SK Hynix, and Kioxia.
22 / 28nm and mature node fabs for analog, mixed-signal, power, and automotive applications (GlobalFoundries, X-FAB, VIS, UMC, TI 300mm).
CoWoS, SoIC, HBM, and 3D integration packaging facilities supporting AI accelerator integration (TSMC, SK Hynix, ASE, Amkor).
Silicon wafer (Sumco, Siltronic, SUMCO), silicon carbide substrate (Wolfspeed, Coherent), photoresist (JSR), and specialty chemicals.
Semiconductor capital equipment manufacturing campuses for ASML, Applied Materials, Lam Research, KLA, Tokyo Electron, Edwards Vacuum.
Semiconductor research facilities including National Semiconductor Technology Center (NSTC), imec, Albany Nanotech, and IDM pilot lines.
EV battery cell production and gigafactory construction (cross-listed with energy infrastructure). Ford BlueOval City, Hyundai Metaplant, Toyota NC, Honda LG Ohio.
Every title below is a role our semiconductor construction recruiting network can deliver on across fab, advanced packaging, materials, equipment manufacturing, and high-tech industrial projects. Most engagements involve a coordinated set of two to five of these roles on the same build.
Owns delivery on logic fab, memory fab, or advanced packaging builds from preconstruction through tool-in coordination and first-silicon enablement.
Program-level leadership across multiple concurrent fab and packaging projects in a fab company’s capital program.
Field leadership on fab builds, coordinating trade contractors, cleanroom protocols, fab-specific safety, and tool-install sequencing.
Multi-project field leadership across concurrent fabs on a single semiconductor campus.
Cleanroom design, construction, qualification, and particulate testing across ISO classifications for fab and advanced packaging facilities.
Owns ultra-pure water system design, installation, and commissioning including reverse osmosis, EDI, UV oxidation, and 18 megohm-cm polish.
Designs and commissions specialty gas distribution (silane, ammonia, phosphine, arsine), gas cabinets, valve manifold boxes, and SEMI F57 piping.
Owns chemical distribution, slurry systems, photoresist piping, and chemical safety integration on fab builds.
Designs, programs, and tests building automation and environmental monitoring systems including Tridium Niagara, Siemens, Honeywell.
Owns process cooling water (PCW), chilled water, refrigerated water loops, and heat rejection systems on fab builds.
Manages medium and high-voltage scope, sub-microsecond power quality systems, UPS, transformers, and fab electrical infrastructure.
Owns HVAC, recirculation air handlers, makeup air, exhaust scrubbers, abatement, and cleanroom HVAC zoning.
Structural leadership on fab builds with vibration-isolated tool foundations, seismic isolation, and clean subfloor systems.
Coordinates mechanical, electrical, plumbing, process utility, and specialty distribution trade interfaces on dense fab builds.
Automated Material Handling System integration including overhead transport, FOUP handling, stockers, and AMHS commissioning.
Tool-in sequencing, hookup coordination, vendor management, and tool-by-tool commissioning oversight during fab fitup.
Multi-system commissioning of HVAC, UPW, gas, chemical, BMS, and process utility systems on fab projects.
QA/QC discipline across fab scopes including cleanroom particulate, ASTM water quality, gas purity, and turnover documentation.
Field safety leadership on dense, fast-track fab sites with specialty chemical, gas, and high-voltage hazards.
Owns the digital coordination model, clash detection, and trade coordination across MEP, specialty distribution, and structural systems.
Fab-company-side or GC-side delivery oversight across one or more fab buildings.
Senior leadership at IDM, foundry, OSAT, equipment maker, or specialty contractor running the semiconductor construction business line.
The right engagement model depends on the role, the program cadence, and your internal recruiting capacity. Most semiconductor clients use two or more of the models below in parallel across a fab program.
Director, VP, and senior PM roles where confidentiality, time-to-fill discipline, and replacement guarantees matter most.
Recruiting support →Dedicated recruiter or team operating inside your hiring workflow on a monthly retainer — ideal for sustained fab program hiring.
Embedded recruiting →A defined start and end date tied to a specific fab or campus build. Common on multi-fab program ramps.
Recruiting support →Mid-level project engineer, project manager, and superintendent roles with broader candidate pools where multiple-channel sourcing helps.
Recruiting support →Recruitment process outsourcing for multi-year CHIPS Act-anchored fab buildouts and gigafactory programs.
Recruiting support →30-minute scoping call — we map the roles, credentials (Cleanroom / UPW / SEMI F57 / BCxP / NETA), the project type, and geography, and quote a concrete proposal within 48 hours.
Semiconductor construction is concentrated in the markets the CHIPS Act and global industrial policy have anchored. iRecruit.co’s network is deepest in the markets where IDM, foundry, OSAT, and OEM programs run continuously.
Our tracker and guides cover the credentials, salary benchmarks, hiring patterns, and program-delivery realities of semiconductor construction — the same intelligence we apply when we recruit senior talent for the segment.
87 active fab, advanced packaging, materials, and equipment construction projects tracked continuously across the post-CHIPS Act buildout.
View the tracker →The closest sector parallel: extreme MEP density, controls fluency, BMS integration, and project-cadence discipline.
Read the guide →NICET, NETA, BCxP, CDCPM, PMP and PE — the credential stacks that anchor senior semiconductor construction hiring.
Read the guide →Semiconductor construction is the segment of the construction industry that delivers facilities for the design, fabrication, packaging, and supply of integrated circuits and adjacent components. This includes semiconductor fabs (logic, memory, foundry, mature node), advanced packaging facilities (CoWoS, HBM, 3D integration), materials manufacturing plants (silicon wafers, silicon carbide substrates, photoresist, specialty gases), equipment manufacturing campuses (ASML, Applied Materials, Lam Research, KLA), and R&D pilot lines. Semiconductor construction operates under SEMI standards (S2 / S8 / S22), ISO 14644 cleanroom classification, ASTM D5127 ultra-pure water standards, SEMI F57 specialty gas piping, and AHJ tool installation permitting frameworks.
A semiconductor fabrication facility (fab) is a manufacturing plant where integrated circuits are produced through a sequence of photolithography, etching, deposition, ion implantation, polishing (CMP), and metrology process steps applied to silicon wafers. Modern fabs operate Class 1 / ISO 3 cleanrooms, dispense ultra-pure water at 18 megohm-cm resistivity, distribute specialty gases (silane, ammonia, phosphine, arsine) through SEMI F57-compliant piping, and run sub-microsecond power quality systems to prevent process tool excursions. A leading-edge logic fab typically costs $15–$25 billion and takes 18–30 months to construct before tool-install.
UPW (Ultra-Pure Water) is the water-purification system that delivers process-grade water for semiconductor manufacturing. UPW systems typically include pre-treatment, reverse osmosis (RO), electrodeionization (EDI), UV oxidation, ion exchange polishing, and final point-of-use filtration, delivering water at 18 megohm-cm resistivity with TOC below 1 ppb and particle counts below 1 per liter at 0.05-micron threshold. UPW engineers are responsible for system design, installation, FAT / SAT, commissioning, and certifying the system against ASTM D5127 standards. UPW is a core specialty discipline in fab construction.
The credential stack varies by role. For commissioning leadership, BCxP / CxA paired with fab project experience is essentially baseline. For UPW and gas distribution engineering, ASTM D5127 fluency and SEMI F57 fluency plus delivered fab project history. For electrical project managers, NETA Level 3 and electrical PE are common on senior roles plus sub-microsecond power quality experience. For project management leadership, PMP plus delivered fab project history. iRecruit.co verifies these credentials against the actual project work claimed.
The industry benchmark for senior semiconductor construction roles is 90 or more days — sometimes longer because fab-experienced candidates are a particularly narrow pool. On retained engagements, iRecruit.co consistently delivers a slate of qualified senior candidates within 14 to 21 days and closes most senior fab placements between 60 and 90 days from engagement start. Embedded recruiting engagements compress the cycle further because the team operates inside your hiring workflow continuously.
iRecruit.co recruits across every semiconductor and high-tech industrial construction project type: leading-edge logic fabs (Intel 18A, TSMC N4/N3/N2, Samsung sub-5nm), memory fabs (Micron DRAM, Samsung / SK Hynix), specialty foundry (GlobalFoundries, X-FAB, VIS, UMC), advanced packaging (CoWoS, HBM, 3D integration), materials manufacturing (silicon wafers, SiC substrates, photoresist), equipment manufacturing (ASML, AMAT, Lam, KLA, Tokyo Electron), R&D pilot lines (NSTC, imec, Albany Nanotech), and EV battery gigafactories as cross-listed advanced manufacturing.
Generalist construction recruiters source from a broad construction talent pool. iRecruit.co operates only in mission-critical construction, including semiconductor and high-tech industrial as one of six specialized sectors. Our network density is concentrated where fab construction actually hires from — the senior PMs and supers with delivered fab experience, the cleanroom specialists certified on ISO 14644 protocols, the UPW engineers fluent in ASTM D5127, the specialty gas distribution engineers fluent in SEMI F57, and the AMHS specialists who understand fab tool-in coordination. That focus is what lets us close offers on fab-specific roles that generalist recruiters never source.
30-minute scoping call. We map the roles, the credentials (Cleanroom / UPW / SEMI F57 / BCxP / NETA), the project type, the geography, and the engagement model that fits your fab program — and quote a concrete proposal within 48 hours.
