विशेषज्ञ की सलाह चाहिए?हमारे गुरु मदद कर सकते हैं

Dr Karan Gupta | Answer |Ask -Follow

International Education Counsellor - Answered on Jun 20, 2025

Dr Karan Gupta is an internationally recognised education counsellor, TEDx speaker and the founder of Karan Gupta Consulting and the Karan Gupta Education Foundation.
An alumnus of Harvard Business School, he has advised thousands of students and professionals since 1999, helping them secure admission to top global universities.
He has been honoured by the governments of India and Spain for his contributions to education and women’s empowerment.
With a global perspective shaped by his education in the US, Europe and India, he is committed to empowering individuals through education, leadership and career development.
Dr Gupta holds a bachelor’s degree in law and a master’s degree in psychology from Mumbai University.
He has completed his general management programme at Harvard.
He earned his MBA from the IE Business School, Spain, and his PhD from Ecole Superieure Robert de Sorbon, France.
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Question by SAMAR on Jun 13, 2025

Sir This is an engineering related question. My son, per se , is unsure about his career path. However, he wants to do engineering because he likes maths and physics. He does not enjoy coding and is therefore unsure about what would be a good engineering field for himself. My question, is what are the options thay he should consider? . Also does elctronics and or yelecommunication foelds involve a lot of coding? Thank you

Ans: It’s very common for students to be unsure about their exact career path at this stage, where there are so many branches.
It’s a great starting point that your son enjoys maths and physics. That’s a strong foundation for most engineering fields. Now, since he doesn't enjoy coding, it’s wise to explore branches that are more hardware or core-concept oriented rather than software-heavy.
Here are a few good options he can consider:
1. Mechanical Engineering – This is a broad and core branch. It deals with machines, structures, materials, and design. It involves problem-solving, physics, and mathematics, with minimal coding. Great if he enjoys how things work physically.
2. Civil Engineering – Focuses on construction, infrastructure, and design of buildings, roads, bridges, etc. It’s more field- and design-oriented, and rarely involves coding.
3. Electrical Engineering – Involves circuits, power systems, and electronics. Some parts may involve programming (like embedded systems), but it’s not coding-heavy unless he specializes in automation or similar fields.
4. Electronics & Telecommunication Engineering – This can involve a fair bit of coding depending on what he chooses later. For example, if he goes into embedded systems or signal processing, there will be programming. But if he sticks to core electronics, circuit design, or communication theory, it’s less so. That said, in today’s world, a little bit of coding is slowly becoming a part of most branches, but it’s not central in all of them.
5. Engineering Physics or Instrumentation – These are niche areas with strong focus on core physics and instrumentation, again with limited coding, depending on the specialization.