The integrated B.Tech engineering programs at MIT-WPU fuse undergraduate studies with advanced coursework, preparing students for various engineering careers. Students can specialize in fields such as computer science, mechanical engineering, and civil engineering, benefiting from a fast-paced curriculum and industrial training. Graduates gain real-world experience and industry-relevant skills, enhancing their career prospects in multiple engineering domains.

1. Integrated B.Tech Engineering
Programs at MIT-WPU:
A Tour for Undergraduate Students

2. Integrated B.Tech Engineering Programs Overview
These programs integrate
undergraduate studies with advanced
coursework seamlessly.
They offer a thorough understanding of
engineering principles and advanced
specialization opportunities.
These programs focus on academic
progression and prepare students for
various engineering careers.
The integrated B.Tech engineering programs offered by MIT-WPU combine advanced studies with
undergraduate courses, providing graduates with specialized tracks and practical experience to prepare
them for job opportunities.

3. Exploring Specializations in Integrated
B.Tech Programs
• Integrated B.Tech in Computer Science and Engineering
• Integrated B.Tech in Computer Science and Engineering (Artificial
Intelligence and Data Science)
• Integrated B.Tech in Mechanical Engineering
• Integrated B.Tech in Mechanical Engineering (Robotics and
Automation)
• Integrated B.Tech in Civil Engineering (Smart Infrastructure and
Construction)
• Integrated B.Tech in Electronics and Communication Engineering
(Artificial Intelligence and Machine Learning)
• Integrated B.Tech DSY (After 12th Standard)
The Integrated B.Tech Engineering Programs by MIT-WPU offers specialized tracks in computer
science, mechanical engineering and more.

4. Benefits of Integrated B.Tech Programs
Fast Paced Learning: Efficiently progress through your engineering education with the option of
further studies.
Seamless Integration of Bachelor's Degrees: Combine specialized undergraduate courses
seamlessly within the program structure.
Industry-Relevant Curriculum: Gain practical skills and knowledge tailored to meet the
demands of the engineering industry.
Cost-Efficiency: Save on time and expenses by completing both undergraduate and specialized
courses within the integrated program.

5. Internships and Industry Exposure at MIT-WPU
Extensive Industrial
Training:
The integrated B.Tech
programs incorporate industrial
training to provide students
with real-world experience.
Collaborations with Industry
Partners:
Through partnerships with
renowned companies, students
gain exposure to industry
practices and networking
opportunities.
Opportunities for Research
Projects:
MIT-WPU offers options for
students to engage in research
projects, enhancing their
understanding and application
of engineering principles.

6. Campus Facilities and
Infrastructure at MIT-WPU
 Laboratories: MIT-WPU has modern laboratories equipped with
advanced technology for hands-on learning experiences.
 Workshops: Students at MIT-WPU have access to well-equipped
workshops that facilitate practical learning and skill development.
 Libraries: The campus features extensive libraries stocked with a
vast collection of resources to support academic studies and research
applications.
 Sports Facilities: MIT-WPU provides wide range of sports facilities to
promote physical well-being and extracurricular activities among
students.

7. Career Opportunities for
MIT-WPU Graduates
 MIT-WPU's integrated B.Tech programs provide career
opportunities in various engineering domains like software
development, construction management, robotics engineering and
more.
 Graduates are well-equipped with industry-relevant skills and
knowledge, positioning them for success in both corporate and
entrepreneurial journey.
 Whether pursuing employment or further education, MIT-WPU
graduates excel in their chosen fields, making significant
contributions to the engineering industry.

8. THANK YOU