Value added courses for ECE (Electronics and Communication Engineering) students are specially curated, short-term programs that go beyond traditional academics. These courses provide hands-on training, software skills, and practical exposure in emerging technologies, helping students become industry-ready for roles in electronics, embedded systems, IoT, telecom, and automation.
Why Take Value Added Courses in ECE
- Learn industry-relevant tools and technologies
- Improve your job-readiness and technical proficiency
- Work on mini projects and real-time applications
- Get certified and boost your resume
- Prepare for careers in core, IT, and interdisciplinary fields
Some Value Added Courses for ECE
- Embedded Systems Design
- Internet of Things using Broadcom
- Virtual Instrumentation
- IC Test Engineering
- Problem solving Techniques
- Embedded C with RTOS and IoT
- SQL
- MATLAB
- PCB Designing and Simulation
- ARDUINO
- Sensor Technology
- Wireless Communication Protocols
- Tessolve SemiCondcutors IC Testing
- Internet of Things (IOT) with Raspberry Pi
- NI- LABVIEW
- Arduino UNO
- PLC and Sensors VLSI
- Design using CADENCE Tools
- VLSI Design using CADENCE Tools
- Arduino with Internet of Things (IoT)
- PCB Design and Fabricatnion
- Sensor Technology
- Simulation Tools for Communication Systems
- Industrial Application Based Embedded Systems
- IoT using Broadcom
- Smart Phone Technology
- Modern Electronic Instrumentation
- PCB Designing
- Electronic Hardware and Troubleshooting
- Wearable Technology
- E vehicle Design for Electronics
- Blockchain Technologies
- Electronic Makerspace- I
- Sensor Technology
- Chip level testing and debugging for smartphone and tablets
- Neural Network Control
- Smart Phone Technology
- E-Waste Management Systems
- Pandemic Period Education
- Literature Survey for Research
- PCB design and Fabrication
- UPS servicing
- Digital Switching
- Embedded C
- Wireless broad band communication
- ORCAD(Electronic CAD)
- Technical Report Writing of Lab Experiments
- Current trends in Radar and Microwave Engineering
- Industrial Application Based Embedded System
- Feature Enhancement in Web Technology
- Feature Enhancement in GPS Technology
- Soft Skills
- Solving Real-Time Problem Using IOT
- Problem Definition and Identification
- Patent Writing and Publishing
- Ethical and Professional Responsibility
- Solving Real Time Problem Using IOT
- Recent Trends in Web Technology
- Recent Trends GPS Technology
- Recent Trends in Simulation Tools
- Applications of Remote Sensing Tools
- Patent Writing and Publishing
- Plagiarism Checking
- Need for Literature Survey
- Soft skills
- Basics of 8 Bit Processors
- Sensors and Transducers
- Advanced Web Technology
- Advanced GPS Technology
- Basics of Simulation Tools
- Processing of Remote Sensing
- Teaching Learning Process
- Advances in Journal Writing
- Language and Communication in Teaching
- Placement training (Aptitude and Soft Skills)
- Trouble Shooting of Computer Systems
- Conversion of Meters
- Web Technology(Intermediate)
- GPS Technology(Intermediate)
- Scope for Various Simulation Techniques
- Remote Sensing(Intermediate)
- Pedagogy
- Basics of Journal Writing
- Study of Research Fellowship
- Role of Sensors and Transducers in HomeAutomation
- Fundamentals of Simulation Techniques
- Introduction to Remote Sensing
- Basics of Research Methodology
- Study of Research Fellowship
- Research Paper Writing and Journal Submission
- Embedded System Design using PIC
- 16F87X
- VLSI System Design using VHDL
- VLSI DESIGN
- C ++
- CCNA course
- BSNL
- 5G and Wireless Communication
Key Skills You Will Gain
- Embedded Programming & System Design
- Circuit Simulation & PCB Prototyping
- Wireless & Digital Communication
- IoT Development and Cloud Connectivity
- AI/ML Integration in Electronics
- Industry-Grade Tools like MATLAB, Proteus, Xilinx, Keil