For students who wish to pursue engineering but find physics challenging, there are still quality course options available that do not require advanced physics. Let us walk through an overview of top engineering courses and associated programs one can pursue without needing physics at an advanced level.
There are several emerging interdisciplinary fields, key skills developed, and real-world career applications across industries.
Let’s explore what fits in as the best course for students who wish to avoid physics.
Courses Of Engineering Without Physics
Let’s acknowledge that physics can be very annoying for people who just don’t understand it. Not everyone can be a master of all subjects, and ultimately, we are going to grow in a field we love working in.
College is the time when we can drop the subjects we aren’t interested in and instead focus on subjects that actually interest us. So, here is the list of courses that do not include physics.
1. Computer Science Engineering
Computer Science Engineering (CSE) focuses on software systems, computing technologies, programming languages, and computation theory. Given its emphasis on computational logic and algorithms over physics concepts, one can pursue CSE without studying physics in depth. Key skills one can develop during this course are programming, systems analysis and design, database management, networking, operating systems, and more.
Roles and Opportunities
CSE graduates are equipped for IT roles in sectors such as software engineering, application programming, and web development.
Salary
An approximate salary expectation for this field is between Rs.6 lakhs to Rs. 15 lakhs.
Potential Income as Starters
CSE graduates are well-equipped for a wide range of IT roles, such as software engineering, application programming, and web development across various sectors. The job growth projection for this field is 23% from 2022 to 2032, which is much faster than the average for all occupations.
2. Information Technology
Information Technology (IT) mainly encompasses implementing, managing and supporting computer-based information systems. Students can study specialised IT programs without needing advanced physics. Coursework focuses on equipping students with skills in areas like software proficiency, troubleshooting, security, data management, and networking.
Roles and Opportunities
IT graduates can attain roles as IT consultants, database administrators, systems analysts, network engineers, etc., in IT services firms or business enterprises.
Potential Income as Starters
IT graduates in India can find opportunities as IT consultants, database administrators, systems analysts, network engineers, and other IT-related roles in both IT services firms and various business enterprises.
The average annual salary for IT professionals in India can range from ₹5-15 lakhs, depending on factors like experience, job role, and industry, which is generally competitive compared to the national median salary.
3. Artificial Intelligence and Machine Learning
Emerging fields like Artificial Intelligence and Machine Learning are highly interdisciplinary, merging computer science and statistical modelling. Given their emphasis on simulation, predictive analytics and pattern recognition, one can pursue them without requiring core physics. Students gain expertise in AI algorithms, neural networks, data modelling, natural language processing, etc.
Roles and Opportunities
Graduates attain roles as AI developers, machine learning engineers, data scientists and AI research scientists.
Potential Income as Starters
Graduates of AI and ML programs in India can find roles as AI developers, machine learning engineers, data scientists, and AI research scientists. Starting salaries range from ₹8 lakhs to ₹25 lakhs per annum, depending on factors such as experience, skills, and the specific industry they enter.
4. Robotics Engineering
Robotics engineering blends multiple technical domains like advanced mechanics, electronics, AI and automation. By focusing more on the integration side, one can study robotics fundamentals and work on designing automated systems without formally needing physics depth. Core skills span understanding robotic components, automation, programming, troubleshooting and more.
Roles and Opportunities
Robotics engineers have roles in designing, operating, and maintaining robotic elements across research, manufacturing, healthcare, and other sectors.
Potential Salary To Start with
Robotics engineers can find roles in designing, operating, and maintaining robotic systems across sectors like research, manufacturing, and healthcare.
In India, the average starting salary for robotics engineers ranges from ₹8 lakhs to ₹15 lakhs per annum, depending on factors such as expertise, company size, and industry.
5. Biomedical Engineering
Biomedical Engineering integrates engineering with biological and medical sciences to develop solutions for healthcare. By focusing more on the technology side, one can study biomedical engineering branches like bioinstrumentation, biomechanics, biomaterials etc., without requiring core physics competence. Students gain domain knowledge spanning anatomy, physiology, biology and skills in product development, testing, and troubleshooting.
Roles and Opportunities
This course enables students to attain roles integrating clinical environments with technology.
Potential Salary As Starter
In India, the average starting salary for biomedical engineers ranges from ₹6 lakhs to ₹12 lakhs per annum, depending on factors such as the specific domain, industry, and level of expertise.
Biomedical engineering graduates can find rewarding careers in hospitals, medical device companies, and research organisations.
6. Food Technology
Food Technology applies concepts from chemical engineering, bioprocess technology, and agriculture sciences to improve food processing, quality, safety, and productivity. By emphasizing more on the application side, students can study food technology specializations without formally needing physics. Core skills developed span food chemistry, ingredient functionality, quality control, and preservation techniques.
Roles and Opportunities
Graduates attain roles as food technologists or researchers enhancing food manufacturing, distribution, compliance etc.
Potential Income
Food Technology graduates in India can find roles as food technologists or researchers, working to improve food manufacturing, distribution, and compliance.
The average starting salary for food technologists in India ranges from ₹4 lakhs to ₹8 lakhs per annum, depending on factors like industry, location, and level of experience.
7. Design Engineering
Design Engineering focuses on creating functional products balancing aesthetics, design principles and technical feasibility. By concentrating more on the creative application side without diving deep into physics theory, students can gain relevant design skills. Core competencies include computer-aided design (CAD), product styling, human-centred design, design thinking, materials, and prototyping.
Roles and Opportunities
Graduates attain roles as product designers, design engineers and consultants working on the form, function, quality and usability of product and systems.
Potential Income
Design Engineering graduates can attain roles as product designers, design engineers, and design consultants, working on the form, function, quality, and usability of products and systems.
The average starting salary for design engineers in India ranges from ₹4 lakhs to ₹8 lakhs per annum, depending on factors like experience, portfolio, and the industry they join.
8. Chemical Engineering
Chemical Engineering applies concepts from physics, chemistry, biology and math to manage chemical processes and production. By emphasizing technical applications over extensive theory, one can study chemical engineering including specializations like polymer technology, petrochemicals etc. minus delving deep into physics. Skills developed span process engineering, instrumentation, plant design, thermodynamics, quality control etc.
Roles and Opportunities
Graduates attain roles across the manufacturing industry.
Potential Income
Chemical Engineering graduates in India can find roles across the manufacturing industry. The average starting salary for chemical engineers in India ranges from ₹5 lakhs to ₹10 lakhs per annum, depending on factors such as the industry, company, and level of expertise.
Take Plight Of Your Dreams With Takshashila University
To pursue quality technical education like engineering, even without formal advanced physics, Takshashila University provides an ideal environment. Its 150-acre campus with state-of-the-art modern facilities fosters vibrant academic and research excellence. Students have access to amenities like digital libraries, computer labs, and prototyping workshops that aid self-directed learning. With on-campus recruiting allowing students direct industry access and a focus on overall development, Takshashila enables students to gain world-class technical skills and applied knowledge to excel in interdisciplinary careers.
Conclusion
Engineering aspirants looking to avoid advanced physics can choose from quality interdisciplinary programs spanning computer science, IT, AI/ML, robotics, biomedical, food and design engineering. Takshashila University is well-equipped to help students excel in these fields and their future careers through innovative learning experiences and industry collaboration opportunities.
Frequently Asked Questions (FAQs) – Courses Of Engineering Without Physics: An Overview
1. Which Engineering has no Physics?
Computer Science Engineering, Information Technology, and some branches of Biomedical Engineering require minimal physics.
2. Is there any course without Physics?
Yes, courses like Computer Science, IT, Food Technology, Design, and some specialisations within Robotics or Biomedical Engineering do not mandate advanced physics.
3. Can I do B.tech without Physics?
While a B.Tech. typically includes physics courses, some newer programs, such as AI/ML, Data Science, or Interdisciplinary streams, have minimal physics requirements.
4. Can I be an engineer without being good at Physics?
Yes, one can still pursue engineering through disciplines like Computer Science, IT, Design Thinking or specialised streams within Robotics/Biomedical that focus more on applications over theoretical physics.
