Embedded computing, test & simulation systems, mission-critical avionics software platforms and precision engineering mechanical solutions.
Explore division →Nuclear instrumentation, radiation monitoring and detector services for India's nuclear establishment.
Explore division →Enterprise data historians, AI/ML predictive analytics and OT/IT integration across India and the GCC.
Explore division →Trading-room voice compliance for banks, and systems for airports and facilities where downtime is not an option.
Explore division →From concept to production — mission-critical electronics, instrumentation and software across four business units. Designed and built in India, delivered worldwide.
Established in 1995, Advancetech Controls Pvt. Ltd. is a mission-critical electronics engineering company serving India's most demanding institutions — across nuclear power, defence, aerospace and regulated industry.
Our engagement model takes customers through the complete lifecycle: problem statement, design, proof of concept, product and production. The same organisation that architects a system also qualifies it, manufactures it and supports it in the field — in India and in export markets.
Alongside its products and services, ACPL holds a substantial portfolio of proprietary designs and controlled know-how — co-developed under institutional programmes and protected as trade secrets rather than public patents, demonstrable to qualified partners under NDA.
With engineering centres in Vadodara, Mumbai and Bengaluru, long-standing OEM alliances in the USA, UK and Europe, and institutional relationships across India's strategic programmes, ACPL operates at the intersection of global technology and Indian manufacture.
From a Vadodara incorporation to global OEM partnerships and excellence centres — built one qualified programme at a time.
Every program moves through a disciplined lifecycle — owned end to end by a single engineering organisation.
Requirements capture, feasibility studies, compliance and standards mapping with the end customer.
System architecture, rugged hardware, embedded software/firmware, and safety-critical mechanical design.
Rapid prototyping, qualification testing and factory acceptance procedures.
Production engineering, value engineering, design for manufacture and certification support.
Batch manufacture, integration, lifecycle support and export delivery.
Each business unit serves a regulated, mission-critical market where systems must be qualified, certified and supported for decades.
Embedded computing, test & simulation systems, mission-critical software platforms and precision engineering mechanical solutions for India's defence programs and OEMs.
Three decades of instrumentation for India's nuclear establishment — positioned for the private-participation era under the SHANTI Act.
Plant-wide data historians, predictive analytics and OT/IT integration for process industries across India and the GCC.
Trading-room and contact-centre voice compliance for banks and financial institutions, and systems for facilities where downtime is not an option.
Representative solutions across our business units — each taken from problem statement through design to production delivery. Customer and programme identities are kept confidential except where publicly acknowledged.
Complete redesign and production engineering of a carbonation process system for a UK OEM — steel frame, food-grade tubing, pneumatics, PLC control and HMI. Executed through the full journey: concept & CAD design → prototype & validation with leak/pressure testing → pilot build with DFM review and BOM lock → manufacturing ramp-up. Value engineering delivered a significantly lighter, production-optimised system before export delivery as a production order.
Turnkey simulator for a defence customer replicating legacy avionics buses on a modern OpenVPX platform with protocol test instrumentation — specification, procurement engineering, integration and acceptance delivered as a single-vendor programme.
Vacuum restoration, bake-out and performance verification of high-purity germanium detectors executed under ACPL's controlled standard operating procedures — extending the service life of precision radiation measurement assets for institutional laboratories.
Master-distribution and delivery of enterprise data historian platforms across India and the GCC, including AI/ML reference implementations for anomaly detection on live plant data — positioning process industries for legacy historian migration at national-operator scale.
Voice recording and compliance solutions for trading rooms and contact centres, integrating unified trading communication platforms with regulatory-grade capture, retention and audit for banks and financial institutions.
Voice command and cockpit audio electronics engineered and qualified for a frontline fighter aircraft programme — LRU design, environmental qualification and platform integration support, delivered under programme confidentiality.
Turret drive control and stabilisation electronics for a main battle tank programme — control system design, sensor integration and crew interface electronics engineered to armoured-vehicle environmental standards.
Radiation-tolerant imaging systems engineered, installed and supported for high-dose areas of nuclear facilities — reactor vault, fuel handling and hot-cell surveillance with lifecycle maintenance under institutional contracts.
Long-standing OEM partnerships and institutional MOUs anchor ACPL's role between global technology and Indian programmes.
Radiation monitoring and detection for nuclear and medical applications — signed MOU covering design engineering services across Mirion factories worldwide, with a Make-in-India localisation roadmap and vendor qualification completed.
Exclusive Indian partner for flight motion simulators and dynamic test systems — with a signed MOU for engineering support spanning multiple international territories and production rate tables.
Rugged embedded COTS computing — OpenVPX and I/O-intensive platforms, under an MOU for advanced embedded systems supporting defence modernisation programmes.
Deos — a DO-178C-certifiable real-time operating system for avionics and safety-critical embedded software.
Master distribution for India and the GCC via group company Invansys Informatics — enterprise historian and analytics.
Special purpose machine design and production engineering delivered as UK export programmes — with a prototype and production LOI for nuclear education and research solutions.
ACPL's engineering centres take global OEM technology into Indian manufacture — and take Indian engineering into export markets. The same teams that localise radiation monitoring and motion test systems for Indian programmes deliver special purpose machines, prototypes and production engineering services to customers in the UK, USA and the GCC.
With MOUs in place with EU, UK and US companies, ACPL is a registered vendor with global OEMs, with a proven export track record and a growing order book — positioning India as a build-qualify-scale hub. This two-way capability — localisation inbound, engineering services and products outbound — is the operating core of the company.
Each centre owns a stage of the lifecycle — together they take a programme from first requirement to shipped product. Explore infrastructure & capabilities →
Regional contacts: Hyderabad +91 95109 75326 · Chennai +91 95109 75338 · Delhi +91 95109 75332 · Toll-free 1-800-1212-515
We accelerate your mission to success — talk to our engineering team about your programme, from first feasibility study to export delivery.
Embedded computing, test & simulation systems and safety-certifiable software platforms for India's defence programmes, DPSUs and aerospace OEMs.
From conduction-cooled VME/VPX chassis and I/O-intensive embedded modules to platform LRUs, ACPL engineers electronics for shock, vibration, temperature and EMI extremes — modular architectures that are built, qualified and supported in India across the platform lifecycle.
Rugged electronics and LRUs for surface combatants — combat system interfaces, Integrated Platform Management Systems (IPMS) and bridge electronics engineered for the marine environment.
Radar interface, tracking and fire-control electronics, with test & simulation systems supporting air defence programme development and qualification.
Turret control, stabilisation and crew-interface electronics for main battle tanks and armoured platforms, built to land-systems environmental standards.
Detection, tracking and counter-UAS electronics — RF sensing, signal processing and defeat-system integration for protecting critical assets.
Pressure-tolerant electronics and LRUs for submarines and autonomous underwater vehicles — shock, vibration and sub-surface environmental compliance.
EW-ready receivers, high-speed signal processing platforms and intelligent spectrum solutions built on rugged embedded computing.
Voice command and cockpit audio systems for frontline fighter aircraft programmes, and avionics LRUs engineered, qualified and supported across the platform lifecycle.
Rugged electronics and LRUs for submarines, autonomous underwater vehicles and naval platforms — including Integrated Platform Management System (IPMS) electronics — designed for shock, vibration and environmental demands of naval and sub-surface applications.
Turret control and stabilisation electronics for main battle tank and armoured vehicle programmes — drive control, sensor integration and crew interface systems.
Payload electronics, communication links and ground-segment systems for unmanned platforms across air, land and naval domains — extending ACPL's avionics and embedded pedigree into new unmanned-vehicle applications.
Flight motion and dynamic test systems delivered as exclusive Indian partner of a leading US OEM; MIL-STD-1553B, RS-422 and analog bus test & simulation on OpenVPX; custom ATE from requirement capture to site acceptance.
Rugged OpenVPX and I/O-intensive embedded COTS platforms, and a DO-178C-certifiable real-time operating system — with local engineering, training and certification support.
We translate complex operational requirements into military-grade designs and co-develop indigenous systems from concept through commissioning — reducing foreign dependency in line with Aatmanirbhar Bharat.
True domestic IP ownershipMR-cum-MLU engineering that integrates modern technology into existing platforms — upgrading propulsion, weapon and sensor electronics without disturbing structural integrity.
Cost-effective life extensionPlug-and-play modular blocks let subsystems be swapped seamlessly, so platforms adapt to changing mission profiles without major drydock overhauls.
Rapid upgrades, less downtimeWhen OEMs discontinue parts, we design modern FFF replacements that drop directly into legacy slots with zero system friction.
Continuous readiness for aging fleetsFPGA-driven systems deliver deterministic, ultra-low-latency processing for radar, sonar and communication suites — field-reprogrammable as threats evolve.
Hardwired speed, software adaptabilityEdge-AI integrated into command and control — real-time threat evaluation, predictive maintenance diagnostics and autonomous sensor fusion in high-clutter environments.
Faster decisions at the tactical edgeSupport far beyond installation: robust Integrated Logistics Support with multi-decade spares availability, comprehensive documentation and training — keeping assets mission-capable for 30+ years at the lowest total lifecycle cost.
Legacy System Simulator for a defence customer — MIL-STD-1553B / RS-422 / analog buses replicated on an OpenVPX platform, delivered as a single-vendor turnkey programme covering specification, procurement, integration and acceptance.
Platform, environment, qualification standards, interfaces — Tell us your application — and our engineers will configure, engineer and design a complete solution around it.
Three decades of nuclear instrumentation and radiation monitoring for India's nuclear establishment — positioned for the private-participation era under the SHANTI Act.
Radiation monitoring, area gamma networks, radiation-resistant cameras and dosimetry for India’s operating fleet and new-build programmes.
HPGe detectors, gamma spectroscopy and precision measurement instrumentation for research reactors, national labs and universities.
Monitoring and instrumentation across fuel fabrication, reprocessing and waste management — engineered for high-dose, regulated environments.
Thyroid uptake monitors, whole-body counters and contamination monitoring for hospitals, occupational health centres and emergency preparedness.
Radiation detection for ports, borders and first responders, plus environmental monitoring networks protecting the public.
Instrumentation and lifecycle services ready for the small modular reactor era and private-sector nuclear participation under the SHANTI Act.
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.
Personal electronic dosimeters, dosimetry management systems and contamination monitors for occupational workers across nuclear power, fuel-cycle and research facilities.
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.
Thyroid uptake monitors, whole-body counters and scanners, and contamination monitoring for nuclear medicine departments, occupational health centres and radiation emergency preparedness.
HPGe detectors, gamma spectroscopy systems and precision measurement instrumentation for research reactors, national laboratories and university programmes.
HPGe vacuum restoration, bake-out and performance verification under controlled SOPs, and NABL-accredited calibration.
The SHANTI Act (2025) opens India's nuclear sector to private participation. ACPL's certified staff, accredited laboratory and 30-year institutional track record position the company as a partner of choice for both global OEMs entering India and domestic programmes scaling up — ready today for the SMR era and the new wave of private-sector nuclear participation.
Measurement range, dose environment, regulatory requirements — Tell us your application — and our engineers will configure, engineer and design a complete solution around it.
Plant-wide data historians, predictive analytics and OT/IT integration for process industries across India and the GCC.
High-performance plant historian deployments at enterprise scale — master distribution for India and the GCC through group company Invansys Informatics, with an SI/VAR channel network.
Machine-learning anomaly detection running on live plant data — predictive maintenance and process optimisation built directly on the historian layer.
Structured migration from legacy historian platforms at national-operator scale — assessment, parallel-run, cutover and channel enablement across India and GCC process industries.
Integration across DCS and SCADA estates, OPC connectivity and secure OT/IT data flows — connecting the plant floor to enterprise analytics.
Plant data and analytics programmes delivered across the full spectrum of process and discrete industries:
Plant scale, data sources, legacy systems, analytics goals — Tell us your application — and our engineers will configure, engineer and design a complete solution around it.
Regulated voice compliance for banks and financial institutions, and engineered systems for airports, utilities and facilities where downtime is not an option.
Trading-room and contact-centre voice recording integrated with unified trading communication platforms — regulatory-grade capture, retention and audit for banks and financial institutions.
Deployment and integration of dealer-board and trading communication systems, connecting front-office voice with compliance recording estates.
Mission-critical electronics and communication systems for airports and utilities — engineered, integrated and supported to availability targets that regulated infrastructure demands.
Regulatory retention architectures, audit trails and assurance frameworks — keeping voice and transaction records compliant across their mandated lifecycle.
Compliance regime, platforms, retention requirements — Tell us your application — and our engineers will configure, engineer and design a complete solution around it.
Thirty years of mission-critical engineering, four mission-critical domains, and a growing team across three cities. If you want your work to fly, monitor reactors, or run the plants that power India — this is where you do it.
Engineers here move across nuclear instrumentation, defence avionics, industrial analytics and regulated infrastructure — few companies offer exposure to this breadth of safety-critical domains under one roof.
Work directly with technology from Mirion, Ideal Aerosmith, NAI, DDC-I and Canary Labs — with training, certification pathways and mentoring from engineers who have delivered institutional programmes for decades.
You see the whole lifecycle — the system you design is the system you qualify, build and watch enter service. No handing off to another team and never learning how it ended.
New business units, new partnerships and the opening of India's nuclear sector mean growing teams in Vadodara, Mumbai and Bengaluru — with room to build a career, not just hold a role.
To apply, email your CV to hr@advancetech.in with the role in the subject line.
Work with defence, aerospace and research organisations from system level down to element level — collaborating with design, production and engineering to solve customer design challenges. BE/BTech/ME/MTech/MBA.
Front-line customer development: field visits, sales funnel ownership, needs assessment and solution selling to defence, aerospace and industrial accounts.
Enterprise sales leadership: net sales targets, partner enablement, detailed customer proposals with the engineering team, and virtual and in-person presentations.
Strong C/C++ for project code; Qt (signal/slot) an advantage. Produce software design documents, control-flow and data-flow analysis from existing code.
On-site troubleshooting and diagnosis, product installation and configuration, AMC management and customer support documentation. Diploma/BE/BTech.
Sales and support for scientific, corrosion research, nuclear instruments and teaching equipment — serving universities and research institutes.
Technical recruitment end to end: job descriptions, sourcing on specialist platforms, structured interviews, offers, onboarding and employer branding.
Front-end coordination: office and lead management, customer coordination, HR activities and administration.
Partnership announcements, MOUs and milestones from Advancetech Controls and group company Invansys Informatics.
A state-of-the-art nuclear measurement experience centre — a ~USD 1 million investment across 6,000 sq ft — inaugurated at Turbhe, Navi Mumbai, housing advanced radiation measurement systems, hands-on upskilling and training for users, and Make in India value-add capability.
MOU covering 23 products under Make in India initiatives, focused on nuclear instrumentation and government project access — signed at ECIL.
ACPL and DDC-I establish a distribution partnership bringing the DO-178C-certifiable Deos RTOS to Indian avionics and safety-critical programmes.
MOU covering advanced embedded computing systems in support of defence modernisation programmes — extending ACPL's rugged COTS portfolio for Indian platforms.
Engineering support agreement spanning multiple international territories, alongside production rate table manufacture — deepening the exclusive Indian partnership.
Signed MOU for design engineering services across Mirion factories worldwide — alongside vendor qualification, PoC product design and a localisation roadmap covering assembly and machining in India.
Group company Invansys Informatics appointed Master Distributor for Canary Labs enterprise historian across India and the GCC.
Production order delivered to the United Kingdom following complete redesign and production engineering — a concept-to-export milestone.
Flight motion and dynamic test systems partnership serving Indian defence and aerospace test programmes.
Design offices, laboratories and manufacturing infrastructure across Vadodara, Mumbai and Bengaluru — together covering the complete Design → Develop → Deploy lifecycle.
ACPL's 10,000+ sq ft GIDC facility is the company's engineering and production heart — where concepts become qualified, shipped product.
Accredited calibration and test laboratory supporting radiological services, instrument qualification and customer acceptance programmes, staffed by AERB-certified personnel.
Controlled-SOP facility for HPGe detector vacuum restoration, bake-out and performance verification, with handling infrastructure for precision radiation measurement assets.
High-precision VMC for aerospace, defence, nuclear and industrial components — 3-axis precision machining with tight tolerances and superior surface finish, convertible to 4-axis and 5-axis.
ESD-safe electronics assembly, CNC turning and lathe capability for shafts, housings, flanges and complex rotational parts, plus special purpose machine build bays — the infrastructure behind the carbonation SPM export programme to the UK.
Integration and FAT infrastructure where systems are proven against customer procedures before dispatch — for Indian institutions and export customers alike.
Infrastructure established to support growth across aerospace, defence, semiconductor, nuclear and industrial automation without significant incremental capital expenditure — enabling faster transition from R&D and prototypes to low-volume batches and large-scale production.
Corporate headquarters functions — programme management, business expansion, investor-related activities and group coordination across all business units and locations.
Home of the fintech business unit — trading-room voice compliance deployments and support for banks and financial institutions in India's financial capital.
A state-of-the-art nuclear measurement experience centre at Turbhe MIDC — where customers see, operate and train on advanced radiation measurement systems.
Radiation measurement and monitoring systems installed for live demonstration and application trials — evaluate before you specify.
Hands-on training and upskilling for institutional users, with detector services and application support delivered from the same facility.
Design centre for avionics, embedded computing and safety-critical software — including Deos RTOS engineering and MIL-STD-1553/OpenVPX test & simulation expertise.
Positioned in India's aerospace corridor for day-to-day engagement with defence OEMs, DPSUs, system integrators and the startup ecosystem around drones and UAV platforms.
Complete electronics product engineering under one roof — hardware, FPGA, software, firmware, GUI and mechanical — delivered for Indian programmes and as export engineering services to global mil-aero OEMs.
FPGA design, RTL development, verification and board bring-up for signal processing, interface and control applications — including high-reliability design practices for mil-aero targets.
Schematic design, multilayer PCB layout, signal integrity, DFM and prototype bring-up — from first concept board to production-released hardware with full documentation packs.
Bare-metal firmware, RTOS-based embedded software (including DO-178C-certifiable Deos environments), device drivers, BSPs and protocol stacks — developed to safety-critical process discipline.
Operator interfaces, test-console GUIs, data visualisation and application software that connect embedded systems to the people who run them.
Mechanical design, value engineering, CNC machining and complete SPM build — proven by a UK export programme taken from redesign through production engineering to delivery.
Offshore design, build-to-spec and build-to-print engineering for global aerospace and defence OEMs — Indian engineering cost structure with international quality systems and export discipline.
Component EOL monitoring, last-time-buy planning, form-fit-function replacements and re-engineering of legacy boards — keeping fielded defence, nuclear and industrial systems supportable for decades beyond original component life.
Every service plugs into the same five-stage lifecycle: problem statement → design → PoC & prototype → product → production. Engage us for a single discipline, or hand over the idea and receive the shipped product.
Three decades of design work has built a substantial portfolio of proprietary designs, qualified hardware and software platforms, controlled SOPs and manufacturing know-how — much of it developed and co-developed under defence and nuclear institutional programmes. By its nature, this IP is protected as trade secrets and controlled technical documentation under customer and national-security frameworks rather than public patents. Designs remain in qualified service on operational platforms — and the portfolio is demonstrable to qualified partners and investors under NDA.
How Advancetech Controls Pvt. Ltd. handles information on this website.
This website does not require registration. If you submit the contact form, we receive the details you provide (name, company, email, phone and message) and use them solely to respond to your enquiry. We do not sell or share this information with third parties.
This website uses Google Analytics, subject to your consent, to understand how visitors use the site (pages viewed, approximate location, device type). Analytics cookies are set only if you choose "Accept" in the cookie notice; declining does not affect your use of the site, and you can clear your browser data at any time to reset your choice. Analytics data is aggregated and does not identify you personally. Essential technical data (such as standard server logs maintained by our hosting provider) may be recorded for security and operational purposes. Third-party services referenced by the site, such as Google Fonts and embedded YouTube videos, may process your IP address when your browser loads those resources.
You may request access to, correction of, or deletion of any personal information you have submitted to us by writing to info@advancetech.in. This policy is governed by the laws of India, including the Digital Personal Data Protection Act, 2023.
Last updated: July 2026
An experienced Board and business unit leadership bringing diverse expertise to a complex, highly regulated, global business.
Electrical engineer with more than 35 years in hi-tech, scientific, nuclear, microwave, test & measurement and process control instrumentation. Founder and visionary — has successfully established joint venture companies and offshore development centres, with deep customer relationships built across a career in sales and service.
LinkedIn →Instrumentation & control engineer with over 29 years in embedded computing, instrumentation, project engineering and product management. Has delivered rugged defence projects in system integration and high-speed data acquisition — technical depth that anchors the CTO function.
LinkedIn →Over 20 years of expertise in embedded systems, nuclear instrumentation and education technology. Leads the Nuclear & Education business unit — driving strategy, R&D and Make in India initiatives, and building partnerships with academia and industry.
LinkedIn →Governing all quotations, purchase orders and invoices issued by Advancetech Controls Pvt. Ltd.
* These Terms are subject to change without prior notice. The latest version will be provided upon request. For questions regarding these Terms, contact sales@advancetech.in · Toll Free 1800 1212 515.