Engineering & Technology Training Programs
Comprehensive engineering training programs covering embedded systems, instrumentation design, and advanced engineering applications for technology students.
Embedded Systems Design
Advanced training in microcontroller programming, embedded system design, and IoT applications for modern instrumentation.
- Microcontroller Programming
- PCB Design & Development
- Real-time Operating Systems
- IoT Integration
Instrumentation Engineering
Training in design and development of scientific instruments, sensors, and measurement systems for various applications.
- Instrument Design Principles
- Sensor Integration
- Signal Conditioning
- Calibration Techniques
Automation & Control
Hands-on training in industrial automation, process control systems, and robotic applications for manufacturing and research.
- PLC Programming
- SCADA Systems
- Process Automation
- Industrial Communication
Mechanical Design & Manufacturing
Training in mechanical design, CAD/CAM applications, and precision manufacturing for instrumentation components.
- CAD Design & Modeling
- CNC Programming
- Precision Machining
- Quality Control
Program Structure
Specialized Training Tracks
Embedded Systems Track
Focus on microcontroller programming, embedded C/C++, real-time systems, and IoT development.
Instrumentation Track
Specialized training in scientific instrument design, data acquisition, and measurement systems.
Industrial Automation Track
Training in industrial control systems, automation technologies, and manufacturing processes.
Mechanical Design Track
CAD/CAM training, precision manufacturing, and mechanical system design for instruments.
Laboratory Infrastructure
Embedded Systems Lab
Equipped with ARM development boards, programmers, oscilloscopes, and prototyping tools
- ARM Cortex-M development boards
- JTAG debuggers and programmers
- Digital storage oscilloscopes
- Function generators and power supplies
CAD/CAM Design Lab
High-performance workstations with professional design software and simulation tools
- SolidWorks Professional licenses
- AutoCAD and Inventor software
- ANSYS simulation suite
- 3D printers for prototyping
Automation Lab
Industrial automation setup with PLCs, SCADA systems, and control panels
- Siemens and Allen-Bradley PLCs
- SCADA and HMI software
- Variable frequency drives
- Industrial communication networks
Precision Manufacturing
CNC machines, precision tools, and quality measurement equipment
- CNC milling and turning centers
- Coordinate measuring machines
- Surface roughness testers
- Precision measurement tools
Project-Based Learning
Smart Instrumentation Project
Develop an IoT-enabled measurement system with remote monitoring capabilities
Automated Test Equipment
Design and build automated testing systems for electronic components and instruments
Process Control System
Implement industrial process control with PLC programming and SCADA interface
Industry Connections
Instrumentation Companies
Partnerships with leading instrument manufacturers for training and placement opportunities
Automation Industry
Collaboration with automation companies for real-world project experience
Manufacturing Sector
Training aligned with Industry 4.0 requirements and smart manufacturing
R&D Organizations
Research partnerships for advanced technology development projects
Career Pathways
Embedded Software Engineer
Develop firmware and software for embedded systems in various industries
Instrumentation Engineer
Design, develop, and maintain scientific and industrial instruments
Automation Engineer
Design and implement automated systems for manufacturing and process industries
R&D Engineer
Research and develop new technologies and products in technology companies
Training Schedule & Batches
Engineering Programs: engineering@wric.edu | Phone: +91-22-XXXX-XXXX Ext: 401