1. How to apply for fourth-level bioengineering studies at the Central University of Venezuela?

Applicants should contact the Faculty Office of Graduate Studies and find out what credentials you must submit to initiate the admission process (more information, please visit the web page http://postgweb.ing.ucv.ve/). Due to the broad possibilities, the Office of Graduate Studies allows the pre-registration all year.

2. Can you describe how credentials and other documents are evaluated and accepted?

Credentials and additional documentation are sent to the individualized Graduate Committee in Bioengineering to which the applicant applies, either at Master or PhD level. They are responsible for assessing the credentials and research proposals for students.

Meanwhile, the applicant should evaluate the research areas, potential advisors and facilities offered by our Institute, according to professional background and research interests. In addition, you should contact a thesis advisor for assistance in the curriculum preparation (Coursework, seminars, publications, etc.). The individualized curriculum is submitted to the same Graduate Program Committee to verify satisfactory completion of the applicant's file.

The Office of Graduate Studies, based on satisfactory opinion of the Committee, gives the acceptance to the applicant's file and then the Faculty Council will ratify the decision

3. What is the difference between the Office of Graduate Studies in Engineering and the Graduate Committee (Master or PhD)?

In general, the Office of Graduate Studies in Engineering will be in charge of the administrative record of students, meanwhile, the Graduate Program Committee will concern about academic issues.

4. Where can I get information?

Information on graduate studies and curriculum, please contact to the Graduate Committee (Master or PhD). If your concern is about research work go to National Institute of Bioengineering. Administrative procedures and guidelines can be found at the Office of Graduate Studies in Engineering.

5. What are the pre-enrollment requirements?

Before you are formally accepted as a regular student, you must submit credentials and other documents of interest to initiate the admission process. This process allows to evaluate the applicant´s professional background and personal profile.

M.Sc. Program:

Candidates should have a graduate degree in a field related to the Master’s program:

• Engineering.
• Medical Surg.
• Sciences (Mathematics, Biology, Computer Scien-ce, Physics and more).
• Dentistry.
• Other (according to the Academic Committee criteria).

English proficiency.

Evaluation of research areas and potential advisors.

Preparatory courses (according to the Academic Committee criteria).

Credentials and documentation:

• Academic certification (original and copy).
• Certified evaluation record (original and copy).
• Currículum vitae.
• Registration fees.
• Three (3) photos.
• GPA (copy)
• DNI (copy).
• English proficiency (if any).

Ph.D. Program:

Candidates should be Engineers or having similar degree in a field related to Bioengineering.

English proficiency.

Evaluation of research areas and potential advisors.

Acceptance letters signed by 5 potential members of the future Doctoral Committee. (Please, add the corresponding Ph.D. certifications)

Preparatory courses (according to the Academic Committee criteria).

Credentials and documentation:

• Academic certification (original and copy).
• Certified evaluation record (original and copy).
• Currículum vitae.
• Registration fees.
• Two (2) photos.
• GPA (copy)
• DNI (copy).
• English proficiency (if any).

Credentials and additional documentation are sent to the Office of Graduate Studies (Faculty of Engineering) who in turn contact to the Ph.D. Academic Committee. They are responsible for assessing the credentials and research proposals for applicants, and the Doctoral Committee approval. Please check the web site http://postgweb.ing.ucv.ve/ and go to the link “preinscripciones”.

6. After being accepted as a regular student. ¿What I must do next?

Please contact the Office of Graduate Studies to formalize the registration at the Central University of Venezuela. This step, although it does not interfere with the start-up of your academic activities, is mandatory for certification once you have completed the program.

Meanwhile the admission process take place, the applicant is encourage to initiate the research activities and the schedule arrangements.

7. What are the differences between Master and PhD programs?

The Ph.D. program requires completion of at least 45 credits of coursework and other modalities also require an internship of six months. A final dissertation is also mandatory, which is an independent research project designed to uncover new knowledge in Bioengineering and be of publishable quality. Students typically graduate in 4-5 years after admission and they will be certificated as DOCTOR IN ENGINEERING SCIENCES.

Students joining the Master program typically graduate in 2 years after admission. This program requires a written thesis with final defense (but it is much simpler and

shorter than the PhD program thesis), and the curriculum requires completion of at least 30 credits of coursework and other modalities. Also require an internship of three months. Students will be certificated as MAGISTER SCIENTIARUM IN BIOENGINEERING. However, the Master Program in Bioengineering is more demanding than traditional master programs.

Students in the Master Program in Bioengineering will complete courses that are highly focused in their field of study; meanwhile, the doctoral curriculum is even more focused and specialized than the master’s degree.

Both programs are available to make up for a lack of course work in the Bioengineering areas which places a greater emphasis on the multidisciplinary knowledge and their application to solve health problems.

The Bioengineering programs are assigned to the Faculty of Engineering of the Central University of Venezuela, offered in cooperation with other leading faculties.

8. What modalities are covered by an individualized curriculum in Bioengineering?

Modalities will be organized into a functional an individualized curriculum according to the students’ professional background and research interest within the advisor guidelines. They include all necessary coursework, publications, internships, etc., to ensure the student training. Students and advisors are responsible for the curriculum is submitted for approval by the respective Committee.

The amount of each modality depends on the credits for completion (Master or Ph.D.) and research requirements. Coursework can be selected from graduate courses offerings in mathematics, statistics, engineering, physical sciences, life sciences, and medicine. Each

program of study is individually planned with the

advisor. For more information, please visit these links http://postgweb.ing.ucv.ve/, http://www.inabio.edu.ve/postgrados.php).

9. What is the cost of tuition and fees for a Master Program in Bioengineering?

The following example shows the cost of a traditional curriculum. This cost is an average and can change for one student to another. Let’s see.

In general, a basic curriculum includes five coursework (with three credits each). Two seminars (with two credits each). Two papers in extenso (Two credits per congress). One Journal publication (two credits). One intership (four credits max.).

In this case, at least 30 credit (UC) hours are required for program completion.

Official equivalence: 4.3 Bs./US$.

1 credit (UC) = 2.5 tax units (UT). Currently, 1 UT = Bs. 90,00 (this relation must be updated constantly)

This means that 1 hour credit (UC) = 225,00 Bs. (US$ 53,00). For this example, the cost would be Bs. 6.750,00 (US$ 1.570,00)

A final thesis (six credits) must be added and the final cost would be Bs. 8.100,00. (US$ 1.884,00).

Please notice that the value of the UT is a technical element used by the government to update taxes and subsidies annually.

Additional minor fees are due to pre-enrollment and the admission process.

10. Costs of living in Caracas

Tuition and fees (complete Master program)

US$ 1.884,00

Room rent (annual)

Aprox. US$ 6.900,00

Food and transportation around campus (annual)

Aprox. US$ 7.000,00

Health Insurance (Insurance company in Venezuela)

US$ 2.300,00

General information on housing and visas is found on the homepages:

http://clasificados.eluniversal.com/

http://www.el-nacional.com/

http://www.mppre.gob.ve//

11. What would be the time commitment required to successfully complete a curriculum in bioengineering?

The Graduate Committee (Master or PhD) strongly suggest a full-time dedication. Otherwise we can no guarantee the success of the education program or the acceptance as a member of the INABIO research team.

12. What is the role of the National Institute for Bioengineering into the Masters or PhDs?

The INABIO provides high-standard education in bioengineering and encourage people to participate into new research lines especially designed responding to healthcare problems. Students (Master or PhD) will be get involved in a multidisciplinary research according to the program expectations. The Institute is divided into several departments handling general areas of bioengineering: Biomaterials, development of biomedical devices, medical robotics, processing, analysis and visualization of medical images, and nanotechnology and cellular therapy.

Actually, professors of INABIO were responsible for promoting the Master of Bioengineering approval at the UCV, to meet the high demands for well trained medical engineering professionals in Venezuela and concerns about the development of world-wide trends in bioengineering.

The Institute is then an alternative promoting novel ideas coming from applicants and regular students to develop cutting-edge technologies in bioengineering. Also offers on-going R+D+i lines where students can be inserted as well, and facilities that enable the implementation of the training process.

13. How do I apply to the National Institute of Bioengineering?

Submit an application letter directly to the head or research coordinator.

Acceptance of the Graduate Committee (Master or PhD).

Evaluation of on-going research lines and interviews with research staff.

Appropriate choice of a research interest.

Evaluation of financial possibilities to attend the graduate program and cost of living.

14. What profile is expected to apply for an internship or graduate program?

Student or graduate of a prestigious university.

In the case of graduates, having an engineering degree or equivalent in areas related to bioengineering (graduates in science, statistics, doctors, dentists, among others).

Strong academic record.

Personal and academic references.

Academic and/or professional experience in bioengineering (if any).

Full-time dedication. Other dedication levels will be specially considered.

Commitment to full compliance with policies. We also expect the highest quality of your work.

Excellent communication skills and interaction with our co-workers.

Basic computer knowledge.

15. What facilities are offered by the INABIO?

New research trends.

Possibilities of leading a research group.

Comfortable work environment.

Financial assistance for research.

Financial support for students attending Congress and Conferences.

Advisers available for master's and doctoral students.

Scholarships for full-time matriculated graduate students at the INABIO.

Available positions.

16. What are your Research Focus Areas?

Specific research interests include: Biomaterials, development of biomedical devices, medical robotics, processing, analysis and visualization of medical images, and nanotechnology and cellular therapy. Specific research lines are linked to these general areas.

17. Who chooses the appropriate research topic?

Several on-going research topics are usually available. New proposals coming from students might also be accepted.

18. Do you provide financial aid and how do I apply?

Full-time matriculated graduate students having a research line at the INABIO are allowed to apply for financial support. A limited number of financial aids are generally provided for two years in a master program and for four years in a Ph.D. program. A consideration of financial aid is separate from acceptance into the program.

The aid includes a full tuition and a reasonable living stipend. The approval will depend upon satisfactory progress in the program (the evaluation takes about five months before the student can apply)

Students should submit an application letter to the Institute’s head asking for financial aids.

19. Does INABIO provide internships?

Yes it does, Short-term academic and professional internships are also offered. The internship does not necessarily imply that the applicant must be matriculated in graduate programs. Financial support could be provided.

20. Does INABIO provide internships for undergraduate students?

Yes it does. INABIO also promote a strong participation of undergraduate students in several aspects of research process. Dedication time depends on requirements of the university/institute you are coming from and the inabio’s capability.

21. I graduated from a prestigious university abroad. Is it possible to pursue graduate studies in bioengineering at the INABIO?

Yes, International students are especially welcome. The applicant must be aware of the credentials legalization before initiate the pre-enrollment and admission process (http://postgweb.ing.ucv.ve/). Please, contact the Consulate of Venezuela in the country where your professional certification is coming from.

Is highly recommended to contact the inabio’s head before the legalization begins. Send an email within the curriculum vitae for a quick evaluation. At the same time, you might be evaluating on-going research options (http://www.inabio.edu.ve/)or preparing new research proposals.

22. Do students need to take a test of English?

Yes, the individual curriculum program must include this item. The test may be taken along the graduate program.

23. ¿Is the Institute globally-connected?

Yes, building global research connections lead us to create new opportunities for innovation in bioengineering through cooperative activities with academic/business partners. Cooperation includes knowledge creation and technology transfer, empowering global research studies and professional formation in bioengineering (careers, internships, etc.),  links with other world-wide networks, co-finance research on the basis of the participations within global calls for proposals and finally, increase awareness of the importance of the high-quality solutions that research in bioengineering can bring to society.

If you need more information to explore new ideas for cooperation, please do not hesitate in contact us!.

Design and Development of metacarpophalangeal prostheses

Summary:

Research area(s):

Contact(s):

Everling Dávila, Ing. Materiales.

E-mail: everling.davila@inabio.edu.ve

Phone(s): +58 212 285.2827 / 9608, Ext. 509

Design, development and physical, chemical and  mechanical characterization for manufacturing  copolymers for hermoforming sheet basins exoprotesis

Summary:

Research area(s):

Contact(s):

Everling Dávila, Ing. Materiales.

E-mail: everling.davila@inabio.edu.ve

Phone(s): +58 212 285.2827 / 9608, Ext. 509 

Zirconia study for the design and development of dental implants

Summary:

Research area(s):

Contact(s):

Everling Dávila, Ing. Materiales.

E-mail: everling.davila@inabio.edu.ve

Phone(s): +58 212 285.2827 / 9608, Ext. 509

Modeling longitudinal bone growth

Summary:

Research area(s):

Contact(s):

Yomar González, Mech. Eng., Dr.Cs.

Félix Nieto, B.A. in Mathematics

E-mail: yomar.gonzalez@inabio.edu.ve

Phone(s): +58 212 2852827 / 9608, int. 504 / 501

Modeling fatigue in new hip prosthesis models

Summary:

Research area(s):

Contact(s):

Othman Falcón, Mech. Eng., M.Sc.

Yomar González, Mech. Eng., Dr.Cs.

E-mail: yomar.gonzalez@inabio.edu.ve

Phone(s): +58 212 2852827 / 9608, int. 504 / 501

Characterization of femur geometry by using non-conventional anthropometric data

Summary:

Research area(s):

Contact(s):

Othman Falcón, Mech. Eng., M.Sc.

Yomar González, Mech. Eng., Dr.Cs.

E-mail: yomar.gonzalez@inabio.edu.ve

Phone(s): +58 212 2852827 / 9608, int. 504 / 501

Modeling controlled drug delivery by using diffusion-convection-reaction equation

Summary:

Research area(s):

Contact(s):

Yomar González, Mech. Eng., Dr.Cs.

Miguel Cerrolaza, Civil Eng., Dr.I.

E-mail: yomar.gonzalez@inabio.edu.ve

Phone(s): +58 212 2852827 / 9608, int. 504 / 501

Design and simulation of mandibular reconstruction plates

Summary:

Research area(s):

Contact(s):

Othman Falcón, Ing. Mec., M.Sc.

Gladys Uzcátegui, P.A. in Dentist

E-mail: yomar.gonzalez@inabio.edu.ve

Phone(s): +58 212 2852827 / 9608, int. 504 / 511

Modeling shape optimization of hip prosthesis by using principal stress tensor

Summary:

Research area(s):

Contact(s):

Othman Falcón, Mech. Eng., M.Sc.

Yomar González, Mech. Eng., Dr.Cs.

E-mail: yomar.gonzalez@inabio.edu.ve

Phone(s): +58 212 2852827 / 9608, int. 504 / 501

Available soon

Available soon

Modle is an e-learning plataform currently used to administrate knowledge in Bioengineering. Students are welcome to use technology to enrich classroom/workplace learning. We can share information within a interactive a easy form.

Please, visit our space:

http://cursos.inabio.edu.ve.

The CIMNE is a research center specialized in training, development and application of numerical analysis issues. After his long experience in the field, CIMNE has developed differents products and services using numerical analysis which have been a source of progress in the industrial sectors.

One of the most important     achievement is the creation of the "Red de Aulas" CIMNE.

This network aims to promote the free exchange of knowledge and numerical analysis tools between different centers in the network, as well as between universities, research centers and companies related to the sector of Bioengineering and numerical methods.

This network aims to promote the free exchange of knowledge and numerical analysis tools between different centers in the network, as well as between universities, research centers and companies related to the sector of Bioengineering and numerical methods.

CIMNE-INABIO provides doctoral and master thesis and pregrade works in engineering and applied sciences. We have the possibility to direct  a research at different levels. It also offers the possibility of internships for undergraduate students to familiarize with the application of numerical methods and developing tools. We offer consulting services (advice) to public and private sector which provide solutions to problems related to the care and medical assistance.

Objectives:

• To train students at undergraduate and postgraduate research in the Center.
• Develop international research projects of  I+D.
• Developing applications for the design and analysis of implants in bioengineering.
• Used of new numerical tools developed within the Center network.
• Promote the exchange of professionals and technology between the participating institutions.

Our research and development activities are clearly linked to the projects that are carried out within the Institute, with a clear focus on the objectives of the network managed by Centers. These activities are:

• Simulation of bone growth.
• Design of biomedical devices (prostheses, heart valves, etc.).
• Human pulsatile fluid simulation.
• Simulation of the electrical influence on the bone response.
• Design of electrical stimulation devices.
• Detection and three-dimensional reconstruction of tumors by screening nanocrystals in medical imaging.
• Design modular hip prosthesis.
• Symbolic integration.
• Study of cell growth.

More information, visit our classrooms CIMNE

Responsible:

Miguel Cerrolaza, Ing. Civil, Dr.I.

email: miguel.cerrolaza@inabio.edu.ve

phone: +58 212 2862827 / 4534, int. 516

Vannessa Duarte, Ing. en Informática, Dr.Cs.

email: vannessa.duarte@inabio.edu.ve

phone:  +58 212 2852827 / 9608, int. 515

The Institute provides these links as a courtesy and is not responsible for the accuracy or content of the sites

FREE SCIENTIFIC BOOKS

http://www.intechopen.com/

http://sciyo.com/

BIOTRONICS3D

http://www.biotronics3d.com/

HUMAN BODY SCANNING

http://www.ted.com/talks/anders_ynnerman_visualizing_the_medical_data_explosion.html

PRINTING LIVE ORGANS

http://www.ted.com/talks/anthony_atala_printing_a_human_kidney.html

WEB OF KNOWLEDGE

http://wokinfo.com/

BOOKS ON-LINE

http://www.lalibreriadelau.com/lu/

EDITORIAL ACADÉMICA ESPAÑOLA

https://www.eae-publishing.com