Nuclear & Radiological
Three decades of nuclear instrumentation and radiation monitoring for India's nuclear establishment — positioned for the private-participation era under the SHANTI Act.
Strategic Localisation Anchor — Open for Joint Venture
Advancetech is India's longest-established nuclear electronics company — 30+ years of institutional relationships, AERB-certified staff, and validated hardware delivery for Mirion Technologies. Under the SHANTI Act (2025), we are structured for 49% FDI and JV partnerships with global nuclear technology companies seeking an established India operations base.
Where our nuclear solutions serve
Nuclear Power Plants
Radiation monitoring, area gamma networks, radiation-resistant cameras and dosimetry for India’s operating fleet and new-build programmes.
Research Reactors & Laboratories
HPGe detectors, gamma spectroscopy and precision measurement instrumentation for research reactors, national labs and universities.
Fuel Cycle & Waste Facilities
Monitoring and instrumentation across fuel fabrication, reprocessing and waste management — engineered for high-dose, regulated environments.
Nuclear Medicine & Healthcare
Thyroid uptake monitors, whole-body counters and contamination monitoring for hospitals, occupational health centres and emergency preparedness.
Homeland & Public Safety
Radiation detection for ports, borders and first responders, plus environmental monitoring networks protecting the public.
SMR & New Nuclear
Instrumentation and lifecycle services ready for the small modular reactor era and private-sector nuclear participation under the SHANTI Act.
Nuclear & radiological solution portfolio
Radiation Monitoring & Public Safety
Area gamma monitors, environmental radiation monitoring networks, radon monitoring and detection systems for plant, perimeter and public safety — with a Make-in-India localisation roadmap covering local assembly and lifecycle support.
Dosimetry Systems
Personal electronic dosimeters, dosimetry management systems and contamination monitors for occupational workers across nuclear power, fuel-cycle and research facilities.
Radiation-Resistant Camera Systems
Radiation-tolerant CCTV and imaging systems for reactor vaults, hot cells, fuel handling and spent-fuel pool surveillance — engineered, installed and supported for high-dose environments.
Medical Radiation Instrumentation
Thyroid uptake monitors, whole-body counters and scanners, and contamination monitoring for nuclear medicine departments, occupational health centres and radiation emergency preparedness.
Research Instrumentation & Spectroscopy
HPGe detectors, gamma spectroscopy systems and precision measurement instrumentation for research reactors, national laboratories and university programmes.
Detector Lifecycle Services
HPGe vacuum restoration, bake-out and performance verification under controlled SOPs, and precision calibration.
Core capabilities for nuclear-grade electronics
The engineering foundation behind 30+ years of institutional delivery — from board-level design through system integration to lifecycle sustainment.
Rugged VME / OpenVPX Platforms
Ruggedised 6U VME / VME64x backplanes and high-bandwidth 3U/6U OpenVPX (ANSI/VITA 46/65) architectures, with full custom chassis-matching for severe-service reactor environments.
Up to 18-Layer PCB Fabrication
High-Density Interconnect engineering implementing stacks up to 18 layers with fine-pitch BGA footprints, blind and buried micro-vias, and rigid trace impedance matching.
10 Gbps Signal Integrity
Low-latency 10 Gbps per-lane data pipelines over switched-fabric planes, optimised for high-speed SERDES communication and PCIe Gen3/Gen4 interfaces while eliminating crosstalk.
C/C++ Embedded & Safety-Grade RTOS
Modular object-oriented C/C++ code bases with deterministic execution paths, memory predictability and zero dynamic heap allocation — on bare-metal layouts and safety-qualified RTOS.
Zero-OS FPGA Logic Core
Pure synchronous HDL (VHDL/Verilog) blocks running directly on silicon gates — no operating system or software abstraction layer, eliminating software common-cause failures for Class-1 safety loops.
Severe-Service Mechanicals & V&V
3D enclosure engineering for thermal management, EMI/EMC shielding, IP ingress protection and triaxial seismic layouts — with independent verification and validation segregated from the design team.
Where our capabilities meet the opportunity
Four capability pillars mapped directly to the openings created by the SHANTI Act (2025) — showing partners exactly where ACPL plugs into a programme.
| Pillar | Advancetech core capability | SHANTI Act opportunity alignment |
|---|---|---|
| Radiation Monitoring Systems | Area, process, stack and environmental radiation monitoring systems with radiation-hardened hardware, custom multi-channel analysers and dose-rate meters. | Turnkey supply for emerging Small Modular Reactors (SMRs), fleet life-extensions and private IPP nuclear builds. |
| Control & Safety Logic | Smart FPGA safety logic, high-throughput VME/VPX bus control architectures, designed to align with AERB and IEEE Class 1E design principles. | Modernisation of legacy relay safety systems and high-density digital I&C control rooms for upcoming reactor builds. |
| Obsolescence Management | Form-Fit-Function re-engineering, embedded software abstraction and 30+ year lifecycle maintenance for legacy relay-based and analog control systems. | Uninterrupted operation and safety maintenance for operational DAE and private utility assets across 20+ year horizons. |
| Capacity Building | University-collaborative training programmes and a dedicated curriculum in nuclear electronics, radiation instrumentation and AERB compliance. | Supplying certified technical manpower to meet 20-year operational demand across private and public sectors. |
Building for the next two decades
Tier-1 tender readiness
Positioning mission-critical safety systems and non-safety C&I modules for private utility joint ventures and DAE expansion projects.
Pre-validated SMR control stacks
Developing compact VPX/FPGA control stacks optimised for rapid deployment within Small Modular Reactor footprints.
Expanded training consortium
Co-badged technical certifications with academic partners, securing specialised nuclear I&C engineering talent for the next two decades.
30 years of institutional depth — validated by global OEMs
Since 1995, Advancetech has supplied radiation monitoring and nuclear instrumentation to India's most demanding institutional customers — NPCIL, BARC, ECIL, AERB and defence research programmes. Our in-house team includes PhDs in nuclear physics and FPGA design, certified Radiation Safety Officers (RSOs) and AERB-certified specialists. ACPL has completed end-to-end design, prototyping, multilayer PCB fabrication, assembly and delivery of nuclear-grade instrumentation hardware for Mirion Technologies, demonstrating adherence to rigorous global quality baselines. Under the SHANTI Act (2025), our 30-year institutional network, validated laboratory infrastructure and established regulatory relationships position Advancetech as a preferred JV anchor for global nuclear technology companies entering India's private-participation market — ready today for the SMR era.
Have an application in mind?
Measurement range, dose environment, regulatory requirements — Tell us your application — and our engineers will configure, engineer and design a complete solution around it.
Partner with India's nuclear electronics anchor
Structured for 49% FDI and JV under the SHANTI Act. Download the complete technical capability and JV profile, or schedule a technical discussion with our engineering team.