Follow the Path to Success in Electronics and Communication Engineering

At IARE, students follow three key pathways to success: curriculum, career development, and skills and knowledge enhancement.

The B.Tech program in Electronics and Communication Engineering features an updated curriculum that integrates core engineering skills with high-impact educational practices and project-based learning, offering minor programs in emerging technologies to provide students with a well-rounded academic foundation and practical experience for a versatile professional profile.

The Career and Development center (CDC) plays a pivotal role in shaping the careers of aspiring engineers by equipping them with the skills and guidance needed to achieve their professional goals.

The Balanced Scorecard initiative by Division of Competency Building and Consultancy offers a structured, multi-semester roadmap integrating industry-aligned certifications, and projects to comprehensive development of students technical and professional competencies for high-impact careers.

The Most Promising Minor Program tracks along with B.Tech Degree in ECE:

• A major is a primary focus of study, typically 160 credits.
• A minor is a secondary focus of study, typically 18 credits.

Specialize in one of the minor programs relevant for the future of engineering

• 1. AI & Machine Learning
• 2. Embedded Systems & IoT
• 3. Space Technology
• 4. VLSI Design and Technology
• 5. Innovation and Entrepreneurship

1. AI & Machine Learning

Artificial Intelligence and Machine Learning focus on developing systems that can learn from data, identify patterns, and make decisions with minimal human intervention. These technologies are widely used in image and speech recognition, predictive analytics, autonomous systems, healthcare diagnostics, and smart automation. ML algorithms such as supervised, unsupervised, and deep learning form the backbone of modern AI applications.

2. Embedded Systems & IoT

Embedded Systems are dedicated computing systems designed to perform specific tasks within larger systems, often under real-time constraints. When integrated with the Internet of Things, these systems enable interconnected devices to sense, collect, and exchange data over networks. Applications include smart homes, industrial automation, wearable devices, healthcare monitoring, and smart cities.

3. Space Technology

Space technology deals with the design and use of spacecraft, satellites, and launch systems to explore space and provide services like communication, navigation, Earth observation, and scientific research. It combines electronics, communication systems, propulsion, control, and computing to support space missions and space-based applications on Earth.

4. VLSI Design and Technology

Very Large-Scale Integration and Semiconductor Technologies involve the design, fabrication, and testing of integrated circuits with millions to billions of transistors on a single chip. This area includes digital and analog IC design, low-power circuits, system-on-chip design, and advanced semiconductor manufacturing processes. It is critical for developing high-performance processors, memory devices, and AI hardware accelerators.

5. Innovation and Entrepreneurship

Innovation and Entrepreneurship refer to the process of creating new ideas, products, or technologies (innovation) and converting them into viable business ventures (entrepreneurship). Innovation focuses on problem-solving and value creation, while entrepreneurship involves risk-taking, resource management, and market execution to transform innovative ideas into sustainable economic and social impact.

IARE services for career development

WE HELP OUR STUDENTS TO GAIN THEIR FIRST PROFESSIONAL WORK EXPERIENCES.

The career development division always striving towards enhancing the employability skills among students during their time of study at IARE. We support students in developing their individual career goals and matching their skills to the market’s needs though well curated programs like Skill-Up / Skill-Next / Skill-Bridge programs. Being a part of these programs support educational needs in achieving high impact jobs.

Practical training – Bootcamps for in-demand courses, Coding Course Challenges, WeCP, Mercer Mettl, and Bristom.

Techniques to write a convincing CV – Visibility on e-Portfolios, GitHub and LinkedIn.

Personal career guidance – Bridge skill gaps through strategic planning and mentoring.

Online events and trainings – Prior Learning Assessment and Recognition, Programming Practices on Leetcode, Geeksforgeeks, HackerRank, CodeChef, Virtual workshops.

Learn Finish with us! – Prepare industry-ready skills through competitive coding.

Supplementary Studies – High-impact practices by doing projects, internships, creative assignments, and Certifications in emerging areas.

Integration, career support and networking – Build strong industry-academia ties and peer networking for long-term professional growth.

IARE Focus on Career In-Demand

Career Planning already during your studies: We will support you

Competency building and consultancy division offers plenty of activities and products to help developing the careers for advanced learners. Provide guidance and advice on various aspects of career development, such as choosing a career path, finding a job, improving performance, and advancing in one’s career needs.

Overall, it play a valuable role in helping individuals navigate the complex and ever-changing job market, and find fulfilling and rewarding careers that match their skills and interests.

The following services are an example of what is offered to assist:

Mid-Career Consortium – Preparing for technologies like Cloud Computing and DevOps, Generative AI, Ethical Hacking, Data Science and Analytics and Mobile Application Development.

Career Monitoring – Student Employability Index through Balance Score CardCareer Monitoring – Student Employability Index through Balance Score Card

Special Interest Curriculum – Customized industry specific modules SAP SoC, Sales force Administrator and Developer module, Microsoft Azure, PCB design.

Professional development – Hands-on training on career readiness workshops, and industry mentorship programs.

Career advancement – Advanced technical training, industry-aligned certifications, industry networking and entrepreneurial support.

Visiting Employer Programs – Bridge the gap between academia and industry through on-campus industry sessions and alumni employer engagement.

Accelerated Courses - Faster the degree to advance careers more quickly, thus facilitating a path to do Full Semester Internship in VII / VIII semester or upon offered a job, compelled to work even before completing graduation.