Tissue Engineering: Top Courses and Universities To Check Out

Tissue Engineering is an upcoming field that is a branch of regenerative medicine. This is emerging as a field to replace damaged or diseased tissues with artificial tissues. Tissue engineering graduates fall under the umbrella of biomedical engineering. The job involves growing tissues in laboratories to replace damaged or diseased tissues. This blog is your source of information for everything tissue engineering!

Degree	Tissue Engineering
Duration	Bachelor of engineering programs last four years, with a three-year lateral entry program for diploma candidates. Master of Science programs are two years
Maximum age limit	23 Years
Minimum Percentage	(10+2) 60% or more for B.Tech, and 50% in all semesters for the Lateral Entry diploma.
Subjects Required	Physics, Chemistry, Maths, and Biology
Average Fees Incurred	10K-5LPA in INR (Depends Upon University and Colleges)
Similar Options	B.E or B.Sc or M.Tech or M.Sc
Average Salary Offered	INR 5LPA- 12LPA per annum

What is Tissue Engineering?

Tissue engineering is the process of creating functioning tissues by combining scaffolds, cells, and physiologically active substances. It arose from the research and development of biomaterials. The goal of is to build functioning structures that can be used to replace, preserve, or improve damaged tissues or entire organs. The FDA has approved engineered tissues such as artificial skin and cartilage, but their use in human patients is currently limited. 

Must Read: Career in Regenerative Medicine: Stem Cell Therapy, Tissue Engineering & Biomaterials

What does a Tissue Engineer Do?

Tissue engineers work in the field of biomedical engineering, which encompasses a wide range of disciplines. They are part of a larger network of engineers, not just in the biomedical field. They produce tissues in laboratories to replace or repair human parts and organs. This page will cover their career prospects, scope, job opportunities, eligibility, top companies, and more.

Educational Qualifications Required

The key pointers that you have to keep in mind if you wish to pursue a career in Tissue Engineering are as follows:

• Your qualifications include medical engineering, biology, math, and science.
• Students can choose from a variety of fields such as biology, chemistry, engineering, and other relevant fields. They can advance their careers by earning a master’s degree in Tissue Engineering and continuing their studies at a recognised university.
• Colleges and universities may require an IELTS score as well as other conditions if you wish to study abroad. 

Skills needed for Tissue Engineering

The skills required for becoming a tissue engineer are as follows:

• Excellent organising abilities with strong attention to detail.
• Ability to work independently as well as in a group.
• Excellent communication abilities.
• The ability to think critically.
• Ability to solve difficult medical problems.
• Multitasking abilities, versatility, and the ability to adapt to a changing and challenging situation are all necessary.

Best courses and colleges for Biotechnology

Here is a compiled list of the biotechnology courses and the respective colleges offering them in India:

Course Name	College Name
Certification in Biotechnology	EdX, Udemy, Coursera, Futurelean, BioLim
Diploma in Biotechnology Engineering	Parul University, Mitcon, Shobhit University
BTech Biotechnology / BE Biotechnology	IITs, NITs, Amity University, Birla Institute of Technology, Delhi Technological University
BSc Biotechnology	MU, JMI, DITPMS, SRM IST, Christ University, St. Joseph’s College
BSc Applied Biotechnology	KR Mangalam University, Gurgaon, BFIT Group of Institutions, Dehradun, St. Stephen’s College, New Delhi, Rajiv Gandhi Institute of Information Technology and Biotechnology.
MTech Biotechnology	Amity University in Noida, Indian Institute of Technology in Madras, Indian Institute of Technology in Delhi, National Institute of Technology in Warangal
MSc Biotechnology	Calcutta University, Manipal Academy of Higher Education, Jamia Millia Islamia, University of Hyderabad, Savitribai Phule Pune University
PhD Biotechnology	Kolkata’s St. Xavier’s College, Chennai’s Stella Maris College, and Chennai’s Women’s Christian College
PGDM Biotechnology	MITCON Institute of Management, PIMSR, Nicco Institute of Biotechnology, SIES College of Management-Studies, Government Polytechnic, DN Polytechnic

Eligibility 

The eligibility criteria to pursue tissue engineering are as follows:

• Candidates must have completed the 12th grade or have earned an equivalent degree from a recognized institute or board.
• In class 12th, the candidate must have chosen Mathematics and Physics as major courses, with Chemistry, Biology, or Biotechnology as optional subjects.
• In the qualifying test, the candidate needs to meet the eligibility criteria defined by the institute for one who wishes to apply.
• Candidates who are taking their final exams or waiting for their final results can apply for admission to the B. Tech Biomedical Engineering program.

Documents Required 

Here is a list of documents required to secure admission in tissue engineering:

• Filled in the application form and passport-size photos.
• Transcripts from high school and/or college that are original and authentic.
• Recommendation letters and resumes, as well as university-specific Statements of Purpose/Essays.
• Documents pertaining to a loan.
• Financial records are required like bank statements, tax slips, etc.
• Write an essay if you’re applying for a scholarship.
• Other documents that the university has requested.
• It is necessary to have a valid passport– If you want to study abroad.

Application Process 

The general application process to apply for tissue engineering in any college is given below:

• Complete and submit an online application.
• Submit the necessary documentation.
• Transcripts
• Proof of English proficiency is necessary for most Universities abroad.
• Please upload the following papers in addition to the official documentation listed above:
  • A statement or letter of purpose detailing your research goals.
  • A curriculum vitae (CV) needs to be submitted.

Fee Structure 

The fee-structure of the top countries are given below:

Country	Tuition fee (First Year)
UK	£22,000 – 26,000 (INR 22 -26 Lakh)
USA	USD 25,000 – 55,000 (INR 18.85- 41.48 Lakh)
Australia	AUD 40,000 – 80,000 (INR 21.6- 43.2 Lakh)

Top Institutes for Tissue Engineering Abroad 

Here are the top colleges where courses in Tissue Engineering can be pursued abroad:

QS Ranking	Name of University	Location
01	Massachusetts Institute of Technology (MIT)	Cambridge, United States
02	Stanford University	Stanford, United States
03	ETH Zurich – Swiss Federal Institute of Technology	Zürich, Switzerland
04	University of Cambridge	Cambridge, United Kingdom
05	The University of California, Berkeley (UCB)	Berkeley, United States

Source: QS World University Rankings: Business Masters Rankings 2021.

Must Read: Biomedical Engineering Colleges

Top Institutes for Tissue Engineering in India

Here are the top colleges where courses in Tissue Engineering can be pursued in India:

NIRF Ranking	Name of University	Location
01	Indian Institute of Technology	Madras
02	Indian Institute of Technology	New-Delhi
03	Indian Institute of Technology	Bombay
04	National Institute of Mental Health and Neuroscience	Karnataka
05	Indian Institute of Technology	Kharagpur

Source: NIRF 

Jobs and Salary

Tissue engineering salary is between USD 70,990 and USD 118,020 in the USA (INR 53.54- 89 Lakh). Tissue Engineers earn between 158,000 and 504,000 Indian rupees per year. A tissue engineer’s average annual pay is 329,000 INR.

Must Read: Biomedical Engineering Jobs

Future Scope

Following the course, many students continue their studies and apply for a PhD. However, the course is also useful for students who want to work in the pharmaceutical, biotechnology, or regenerative medicine industries, or who want to pursue specialised clinical training. It is also ideal for MBChB intercalating students interested in directly channelled research training in the field of tissue engineering/regenerative medicine.

The tissue engineers’ purpose is to develop functional tissues that can be used to restore, maintain, or repair damaged organs or tissues. Tissue engineering allows patients to be treated for diseases and illnesses that might otherwise render them incapacitated or kill them. It allows tissue regeneration in situations where natural regeneration is impossible. Tissue engineering, in a nutshell, allows the body to mend itself.

FAQs

This was all about Tissue Engineering. If you wish to study this course abroad, contact Leverage Edu or book a 30-minute free counselling session with our experts at 1800 57 2000,