WHY DO WE NEED SINGLE PHASE PREVENTERS The major cause of maximum motors burnout is overloading which occurs due to unbalance supply or single phasing. Phase failure occurs in case of fuse blown-off, loose connections or loss of phase from Read more…
IoT using IPCS NodeMCU Training Board NodeMCU is a low-cost open source IoT platform. It has firmware which runs on the inbuilt ESP8266 Wi-Fi module from Espressif Systems, and hardware which is based on the ESP-12 module. The term “NodeMCU” Read more…
FlexRay Automotive Communication FLEXRAY PROTOCOL: FlexRay protocol is a distributed system within the automotive context developed by FlexRay consortium (BWM, Motorola and Philips). It is a communication bus means for a deterministic, fault-tolerant and high-speed bus system .FlexRay communication is Read more…
Three phase induction motor is driven by AC supply. Because of low cost and more efficient, in industrial area, this motor is majorly used. It achieves High efficiency and reliable, Maintenance is not much needed, Compare than other Ac motors, Read more…
Human Machine Interface (HMI) Human-machine interface, in its simplest terms, includes software or any device that allows you to interact with a machine. It can be as present and simple as the traditional single-touch display mounted on a machine or Read more…
HVAC (Heating, Ventilation, and Air Conditioning) In general, the definition of HVAC refers to the different systems used for moving air between areas of indoor and outdoor, along with heating and cooling both commercial and residential buildings. They are the Read more…
Hybrid Video Recorder (HVR) is used to record video footage in a digital format to a hard disk drive (HDD). It accommodates both IP and analog cameras and captures video/images through an ethernet network via Cat5 / Cat6 cables from IP Read more…
Many heart patients die due to cardiac arrest which occurs without any warning. So an embedded system was introduced into some medical devices which are used to detect cardiac abnormalities which include, the irregularity of heartbeat and are diagnosed before Read more…
Our foundation-to-advanced automation course training covers end-to-end industrial workflows used in modern plants. Learners practice the full cycle from basic circuits to commissioning and maintenance with hands-on labs, project-based fault finding, SOP creation, and documentation exposure (URS, FDS, FAT/SAT).
This PLC training builds controller fundamentals with ladder, FBD, and ST, including I/O wiring, PID tuning, diagnostics, and version control practices on live rigs.
Our SCADA course covers tag databases, HMI graphics, historian/trends, alarm rationalization, redundancy, user security, backups, and deployment aligned to plant standards.
This panel design course teaches standards-compliant MCC/PLC panel engineering, SLD/GA/wiring docs, device selection, heat-load, testing, and FAT.
BMS training focuses on HVAC/lighting/utilities automation; CCTV & security covers design, storage, networking, and analytics.
The Industrial IoT diploma spans sensors-to-dashboard pipelines: MQTT/OPC UA, gateways, historians, alerts/KPIs, and predictive maintenance basics.
Locations: Mumbai (Vashi), Pune (Chinchwad), Maharashtra, Kolkata, West Bengal, Madhya Pradesh, Chhattisgarh, Jharkhand, Hyderabad (Ameerpet), Bangalore (JP Nagar), Mysore (Vijayanagar 2nd Stage), Karnataka, Chennai (Anna Nagar West Extn), Tambaram (West Tambaram), Tamil Nadu, Tiruchirappalli (Chatram), Erode, Madurai (K. Pudur), Tirunelveli (Vasanth Nagar), Coimbatore (Hope College), Palakkad (Sultanpet), Pathanamthitta (Chittoor), Kottayam, Malappuram (Perinthalmanna), Thrissur (Keerankulangara), Kannur (Thana), Kollam (Chinnakada), Thiruvananthapuram (Thampanoor), Kozhikode (Mavoor Rd Jn), Kochi (Kaloor)