Master in Synthetic Biology
School of Science and Engineering
Academic Freedom to Discover Your Purpose
Open Curriculum Design at Atlantic International University
The AIU’s Master in Synthetic Biology is a unique graduate level program aimed toward developing new leaders in Biotechnology and Life Sciences through a blend of state-of-the-art scientific technology and hands-on experience, allowing synthetic biology degree program students to realise their potential as researchers, innovators, and problem solvers by creating and constructing biological systems for synthetic biology graduate program that can be utilized for a variety of uses, such as in Healthcare, Agriculture, Ecological Sustainability, Etc. AIU has created a flexible Masters in Synthetic Biology model for education, based on a self-directed approach and access to Advanced Resources, allowing each student to create an online master in synthetic biology programme tailored to their interest and life goals while participating in the growing area of Synthetic Biology.
What are the Core Courses & Topics for a Master in Synthetic Biology ?
Important: Below is an example of the topics or areas you may develop and work on during your studies. By no means is it a complete or required list, as AIU programs do not follow a standardized curriculum. It is meant solely as a reference point and example. Want to learn more about the curriculum design at AIU? Check here: Course and Curriculum
At Atlantic International University, the core curriculum & subject matter of the Master’s Degree in Synthetic Biology has been established in a systematic manner to give learners & obtain an overall view of the synthetic biology discipline, with attention to both basic and advanced areas of study. Students of masters in synthetic biology will gain knowledge about Molecular and Cellular Biology, Genetic Engineering, Metabolic Engineering, Genome Editing, Systemic Biology, Bioinformatics, Synthetic Circuit Development, the principles and operations of Bioprocessing and Biomanufacturing, and the ethical, safety, and regulatory issues associated with the practice of Biotechnology, which are important for establishing credibility within the scientific community.
By providing this integrated approach to the way in which master in synthetic biology learning experiences occur, Atlantic International University’s Master’s Degree in Synthetic Biology prepares students to conceptualise synthetic biological systems, assess the performance of those applied synthetic biology systems, and optimise their performance across multiple types of real-world applications.
- Design and Analysis of Synthetic Experimental Models
- Bioethics
- Cell Structure and Synthetic Functions
- Advanced Biochemistry
- Recombinant DNA Methodology
- Communication & Investigation
Orientation Courses
The Master in Synthetic Biology Orientations at Atlantic International University are intended to help students adjust to a flexible, self-directed learning environment; as well as strengthen the critical academic and professional skills required for Master Level Study. Orientation Courses will include training in areas such as Research Writing and Communication Skills, Experiential Learning, Reflective Learning, Developing Organisational and Portfolio Development Skills, Cultural and International Awareness, Developing Administrative and Professional Skills, etc. The Orientation Section allows the student to develop their confidence as a learner, define their academic goals and develop the critical thinking and self-management abilities necessary to succeed in advanced studies in Synthetic Biology in an international distance learning setting.
- Communication & Investigation (Comprehensive Resume)
- Seminar Administrative Development (Book Summary)
- Organization Theory (Portfolio)
- Seminar Cultural Development (Practical Experience)
- Experiential Learning (Autobiography)
- Seminar International Development (Publications)
Research Projects
Students in Atlantic International University’s Master program in Synthetic Biology will conduct their own studies, as long as the studies cover the following topics: synthetic biology; the development of Synthetic Genetic Circuits; Designing Synthetic Genetic Circuits; the development of a method to perform a genome edit; and applying all of the above to the development of Metabolic Pathways and other biological systems using Computational Modeling of Biological Systems. Each one of these topics will result in its own Master’s Thesis. At the conclusion of this advanced synthetic biology program, all students are encouraged to make unique contributions to their field, analyse critically their findings and write a paper that may be considered for publication in the international scientific community.
- MBM300 Thesis Proposal
- MBM302 Masters Thesis (5,000 words)
Publication:
The Student Publications aspect of Atlantic International University’s Master of Synthetic Biology program provides students guidance and support in producing scholarly works based on their own research. The goal is to provide evidence of master degree in synthetic biology students’ development of knowledge and innovation in synthetic biology by assisting students in converting their thesis or independent projects into the following types of scholarly publications: Research Paper; Review Article; Case Study; and Applied Research Report. These publications provide the opportunity to improve and enhance synthetic biology master degree students’ academic writing skills, critical thinking skills, as well as the dissemination of research skills, in addition to providing students with the opportunity to publish their work in journals, conference proceedings, or institutional platforms. In doing so, students will have the opportunity to develop a strong and positive professional identity and increase their academic visibility on a global scale.
Thesis Defense for Masters in Synthetic Biology
Students present their research in front of a panel of faculty experts with a majority of their review panel being from the Synthetic Biology Program. They demonstrate their mastery of the core concepts outlined by SAHCC and their capability of effectively communicating their research findings and answering thoughtful questions posed by their faculty reviewers.
Successful defenses of a Master’s thesis will also affirm the synthetic biology postgraduate program student’s development of critical thinking skills, communication skills and the development of both a professional identity and research training that will serve as a basis for their success in research, industry or doctorate program, along with their future contributions to synthetic biology.
Masters in Synthetic Biology Student Experience
Master’s Degree Programme for Synthetic Biology – Atlantic International University is flexible, personalised and offers opportunities for meaningful academic engagement. Students can study on a self-directed basis through our distance learning programme (studies can be adapted around student’s work/family commitments), allowing them to pursue their own personal interests in the field of Synthetic Biology or to pursue a career in Synthetic Biology aligned with their systems biology career goals and interests.
Students find that by utilising the vast array of interactive academic resource tools, along with individualised mentorship, research-based learning, and the international framework provided through our global participant community, they develop and refine critical thinking, innovation, and problem-solving skills. A collaborative learning environment, combined with an adaptable learning philosophy, enables students to progress in their studies at a pace that suits them, and to build the knowledge, confidence, and global perspective necessary for success in both advanced scientific and interdisciplinary careers.
Community & Social
The community and social engagement components of the Master’s degree in Synthetic Biology at Atlantic International University are designed to support collaboration, connection globally, and opportunities for shared learning outside of the traditional classroom setting. Each student is deemed a member of a diverse international academic community, where they will interact with fellow students, faculty, researchers, and professionals across multiple disciplines, cultures, and backgrounds.
There are numerous avenues through which students may connect through AIU, including online academic forums, collaborative research discussions, and knowledge-sharing initiatives, as well as through the implementation of societal contributions based on synthetic biology concepts to help address societal issues. This sense of community provides opportunities for intellectual and ethical development, as well as social responsibility, all in alignment with the mission of AIU to develop educational opportunities for the purposes of promoting global wellness and sustainable development.
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Academic Resources
Enrolled students in Atlantic International University’s Master in Synthetic Biology program will benefit from an extensive array of academic support material available to them during their academic, research, and professional development as they progress through their program.
The Master in Synthetic Biology’s students will receive an extensive range of electronic collections of academic journals and electronic collections of Scientific Periodicals; an extensive range of databases of Electronic Resources to assist students with literature reviews, data analyses, and experimental project development; academic advising and mentoring; online course materials, webinars delivered by experts within the field, virtual laboratories; and various collaboration platforms designed to enhance students’ ability to understand and apply the concepts of biology.
Together, these diverse resources equip students with the theoretical and practical tools required to excel within the field of synthetic biology and to make significant contributions to innovation and scientific discovery.
Virtual Campus
Complete assignments online or offline at your convenience with 24/7 access to distance learning through AIU’s Virtual Campus. Step by Step guides including videos, tutorials, live webinars and examples for each course. All materials can be access on all web browsers as well as via AIU's Mobile App which brings all the features of the Virtual Camus to your Mobile Device.
My AIU Elements
MyAIU’s primary goal is to go beyond Academics, it looks to guide students through 11 elements that are key to living life optimally in all aspects. By identifying and reflecting on these key areas, an opportunity arises to holistically address them, through positive change, habits, reinforcement and tools to keep students on their chosen path.
AIU TV & Radio
The students have the opportunity to produce, edit and host their own show reaching a worldwide audience, the AIU community and giving notice of their expertise/passion in the subject. AIUTV & AIU Radio allow students to explore new ways to communicate, develop a platform and form potential collaboration with likeminded individuals.
AIU Campus Mundi
AIU Campus Mundi is a monthly magazine that gathers the most notable news and information about the university and its members in one convenient place. The magazine allows our community to be well informed, involved and keep in tough regardless of their geographic location. AIU Campus Mundi publishes, news, research, events, awards, academic achievements.
Graduation Ceremony
Each year AIU organizes graduation ceremonies where the students can assist and share their experiences with fellow students and academic members Participation in the ceremony is optional, the day’s events include conferences, research presentations, group meetings, networking, lunch and formal dinner.
Symposiums & Webinars
The Master In Synthetic Biology program provides students of Atlantic International University the opportunity to engage with each other and the synthetic biology community through international conferences that allow for discussion on the economy and industry of molecular biology and synthetic biology. The conferences attract numerous scientists, researchers, and other professionals from around the globe who wish to provide insights into today’s work.
Live Classes
At AIU, the Master’s Degree Program in Synthetic Biology provides a unique opportunity to enjoy a structured environment of real-time learning, interaction and engagement with Instructors on a global scale. The purpose of these structured live classes are to promote understanding of the basic concepts, discuss complex topics, assist with Research and provide Examples from Practitioners.
All of these components are made available through the interactive nature of the lectures and question/answer sessions, as well as the collaborative discussions that occur between the student body and faculty as they continue to develop their knowledge and understanding of Synthetic Biology, and how it fits into the broader scientific community. In this structured manner, Students of genetic engineering will benefit from maintaining a continuous continuum of their metabolic engineering education, encouraging them to have meaningful dialogues on Academic topics, and supporting their continued success throughout their efforts via Self Directed and Distance Learning.
Special Projects, Research Publications, & Co-Authoring
The Special Projects, Research Publications and Co-Authoring component of the Master in Synthetic Biology program offered at Atlantic International University provides students with the ability to conduct advanced, research-based academic work that is applicable in developing solutions for real life problems. Students will be able to work on a wide range of specialized projects which are directly related to their area of interest. By collaborating with faculty and/or other students, students will be able to create innovative cross-discipline research projects as well as contribute to the writing of peer-reviewed publications, reviews and applied studies. In addition, the completion of these types of projects will enhance students’ ability to write scientifically, think critically and work collaboratively in a team environment. All of these bioengineering systems activities form the foundation of a strong academic portfolio which will increase the students’ visibility across the global community of researchers in synthetic biology and biotechnology.
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Career Center for Master in Synthetic Biology
By working closely with professional career consultants, students obtain personalised assistance with their careers. Career Centre Specialists can help students create an effective and engaging career history that highlights experience, education and training in the areas of Biotech, Research, Healthcare, Ag, and Emerging Bio Tech(ET) Professions. In addition to developing an attractive resume/ portfolio for potential employers, Career Centres also assist with preparing students for interviews, developing a career path and getting to know many different industries giving the student valuable insight into the different sectors of this field. Furthermore, the career centres will provide guidance to students to help facilitate the creation of network opportunities for their future.
Job Description
The Master in Synthetic Biology graduates from Atlantic International University are equipped for diverse professional opportunities in biotechnology, research, health care, and industry. Examples of the careers’ position include Synthetic Biology Research Scientist, Genetic Engineer, and Bioinformatics Specialist. The learning experience provides a foundation of interdisciplinary knowledge, technical skills, and research capabilities that give graduates the ability to help create cutting-edge advancements in the biomedical sciences, agriculture, environmental sustainability, and industrial biotechnology.
Tools for Master in Synthetic Biology
Atlantic International University’s Master of Science in Synthetic Biology degree program prepares students to utilize software, laboratory platforms, and tools that provide them with a real-world, current understanding of biological engineering research and development. Students will work with molecular biology tools and software for data collection, analysis, bioinformatics, genetic construction, and computational analysis. These experiences will give the student an understanding of how the use of these tools effectively prepares them to be able to design, simulate, and build an effective biological system by using synthetic biology methods for research, industry, and new biotechnology products.
Associations for Master in Synthetic Biology Professionals
Professional associations associated with the Master of Science in Synthetic Biology program at Atlantic International University provide students and alumni with an international network of scientists, researchers, and industry professionals. Joining these organizations allows members access to state-of-the-art research, attendance of conferences/workshops, and collaboration opportunities; thus, keeping members informed of the latest trends in synthetic biology and biotechnology, plus other related disciplines. Additionally, joining a professional association supports an individual’s ability to advance their careers through networking, gaining recognition within the international scientific community, and enabling them to be active participants in research, developing new products and methods, and observing ethical standards in synthetic biology.
- Asian Synthetic Biology Association (ASBA) (Asian Synthetic Biology Association)
- Biotechnology Innovation Organization (BIO) (Wikipedia)
- European Federation of Biotechnology (EFB) (Wikipedia)
- International Council of Biotechnology Associations (ICBA) (ICBA)
- BIOTECanada (Wikipedia)
- European BioSafety Association (Wikipedia)
- European Synthetic Biology Society (EUSynBioS) (EUSynBioS)
- Synthetic Biology Africa (SynBio Africa) (Union of International Associations)
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What are the Admission Requirements for a Master in Synthetic Biology ?
Atlantic International University looks for students to have background knowledge and training; this is so that students will be able to succeed in a graduate program (Master in Synthetic Biology) that requires knowledge from many areas (interdisciplinary). To be considered for the Master’s in Synthetic Biology, applicants must possess a degree from a recognized university (bachelor’s degree) in a subject area(s) similar to the following: Biology, Biotechnology, Microbiology, Biochemistry, etc. The applicant must have demonstrated proficiency in the English language and submit a statement of academic and career/professional goals, along with letters of recommendation. In addition, the applicant may submit proof of any previous research or laboratory experience to support their ability to succeed at the graduate level. Because AIU has an emphasis on being flexible and student-centered, it allows individuals to apply based on their experience and demonstrated commitment to achieve their goals through the study of Synthetic Biology.
How Can You Apply?
The application procedure for AIU’s Master’s program in Synthetic Biology offers individuals a simple, flexible, online method of application to complete. Applicants begin by filling out the online application form at www.aiuHS.com and submitting their official transcripts from previous colleges and universities as well as any documentation verifying their completion of a degree (if applicable) and proof of English proficiency (if applicable). Once the applicant has submitted all necessary documentation, a statement of purpose and reference letters must also be submitted to support the applicant’s readiness to study at the graduate level. Upon review of all documents and information submitted, AIU’s admissions committee will provide the applicant with notification of acceptance. If the applicant receives an acceptance letter, the committee will provide the applicant with information regarding enrollment procedures, course selection assistance, and orientations to begin their self-directed study of Synthetic Biology at their own pace through distance education offered by Atlantic International University.
Financial Support & Scholarships
Atlantic International University (AIU) provides several methods of financial assistance, including partial scholarships, for those looking to complete a Master in Synthetic Biology. Merit and need-based scholarships are available, which can significantly reduce the cost of tuition based on a number of factors, including past academic success; past employment; past community service; or the applicant’s current situation(s). Interested individuals should complete a scholarship application during their application process in order to be considered for any available assistantships, which can consist of approximately 30% to 50% off of tuition, as well as potential waiver of the enrollment fee. Additionally, the Financial Support Team at AIU provides guidance on flexible payment options and individualized financial planning in order to help students successfully navigate the financial side of their education while pursuing the completion of their Graduate Studies.
What’s the Cost Per Year for Pursuing a Masters in Synthetic Biology at AIU?
Atlantic International University has established an affordable and flexible annual tuition schedule for its Master’s Program in Synthetic Biology as part of their philosophy of being a learner-centered and accessible institution. The tuition is structured in such a way that students are able to create a flexible payment structure that will assist in eliminating any potential financial strain associated with pursuing a degree and creating an even greater opportunity for academic success. AIU has created scholarship opportunities and ways for students to pay for their education through using a combination of financial assistance, scholarship funds, and individualized payment plans, allowing each student to focus on their academic and research goals in synthetic biology and not be constrained by the costs of tuition. This model gives students from all backgrounds access to advanced degrees and provides pathways to develop and grow professionally in this area.
FAQs
What is a master in synthetic biology?
A Master’s Degree in Synthetic Biology provides advanced training in creating, designing, and improving biological systems in accordance with the discipline of biology, engineering and applied mathematics, or computer sciences. Students learn about the manipulation of genetic networks; creating computer-based simulations of various types of cellular functions; and developing new solutions for medical, agricultural, eco-friendly, and biotechnological issues. Through coursework and research project work as well as laboratory experimentation and/or computer work, students acquire the necessary knowledge and skills to draw upon these disciplines on a professional level to develop new products, solve complicated biological challenges, and assist in advancing the rapidly developing area of synthetic biology.
What skills are required for synthetic biology?
The skills required to be successful in synthetic biology include an understanding of molecular biology, genetics, and biochemistry; advanced computational modeling skills in addition to your ability to analyze data through bioinformatics tools; the ability to think critically; the ability to solve problems; experimentation design skills and laboratory experience; and the capability to collaborate with others in an integrated, interdisciplinary environment. In addition to having skills and knowledge in these areas, one must also understand the ethical, regulatory, and safety issues that exist in biotechnology; these considerations will allow for the development of synthetic biology products in the most responsible manner.
What is the eligibility for a master in synthetic biology?
Bachelors in Synthetic Biology.
Is synthetic biology a good career choice?
For those interested in innovative science with potential for breakthroughs in different areas of healthcare, agricultural sustainability, environmental sustainability and development; Synthetic Biology provides an unprecedented opportunity to pursue an exciting career based on multi-disciplinary skill sets, including use of new genetic, digital and engineering technologies to create, test, manufacture and distribute products through multiple channels. As demand for bioengineered solutions continues to grow, so does the need for cross-discipline expertise related to the bioengineering domain. Careers in synthetic biology will be rewarding professionally for many reasons including potential for social, technological and scientific impact.
