M.Pharma. in Pharmacognosy 

at Career Point University, Hamirpur, Hamirpur

Both are popular job roles, as per the World Economic Forum report. The key differences between the two are as follows:

• The Data Analyst collects relevant data from various sources to filter and analyze it. The data scientist gathers sizable amounts of structured and unstructured data while performing data mining.
• Education: To become a data analyst, you can apply with a Bachelor's degree in math, Statistics or a related field. Data scientists typically pursue a master's Diploma or degree in data Science.
• Salary: The salary of a data scientist is usually higher than that of a data analyst. According to global estimates, a data scientist can earn around $100,000 per year, whereas a data analyst can earn around $70,000.

The BTech Civil Engineering syllabus focuses on both theoretical lectures as well as practical work.

With the help of lectures in the curriculum, theoretical concepts are introduced to students, tutorials provide space for solving problems and applications also.

And the labs offer hands-on experience to students who get acquainted with equipment and CAD software. Also, the field projects also allow students to apply their B Tech Civil Engg. skills and knowledge to design and implement communication systems.

The BTech Mechanical Engineering syllabus gives importance to both theory-based knowledge and practical training. You need to study the core subjects that are compulsory as they provide a strong base for the field, opt for interesting electives to explore new concepts, and attend laboratory classes and intriguing workshops to get hands-on training regarding the mechanical design aspects. So, you will get a mix of both aspects with a strong inclination towards practical application to prepare you for a fulfilling career journey ahead.

Useful Link for Reference: Mechanical Engineering Subjects

Listed below are the the top Medical courses with lucrative salary prospects.

The M.Tech Civil Engineering syllabus follows a more practical and industry-oriented approach, where students are given advanced-level understanding of Civil Engg. concepts with a focus on a particular area like Structural Engineering, Construction Engineering, Geotechnical Engineering, Water Resources Engineering, Environmental Engineering, etc.

There are rigorous theory classes, case studies, field visits, and project work, all of which combined are expected to make the students job-ready for the future.

Relevant Link: Environmental0 Civil Engineering Subjects