Doctorate in Genetic Engineering
School of Science and Engineering
Academic Freedom to Discover Your Purpose
Open Curriculum Design at Atlantic International University
The Doctorate in Genetic Engineering from Atlantic International University is a self-directed program of study created for a diverse range of adult learners. The program takes an andragogically-based approach by providing students with the opportunity to create original research and coursework relevant to their career aspirations, and then allowing them to work with a faculty advisor to develop their own individual program of study to accomplish those goals. Because the PhD in Genetic Engineering curriculum incorporates the latest trends in genetic engineering and emphasizes advanced gene manipulation techniques, bioinformatics, ethics, and applied doctoral degree in genetic engineering research methodologies; students are able to work on innovative genetic engineer career solutions through mentorship on real-world situations and develop new knowledge in the area of genomics and biotechnology.
By using an andragogical approach in the delivery and structure of the genetic engineering phd program program, students learn to be independent thinkers, develop critical thinking skills, and engage in a practical manner, thereby providing an excellent opportunity for professionals who are looking to contribute to the advancement of scientific knowledge while balancing their career and personal life.
Core Courses & Topics: Doctorate in Genetic Engineering at AIU
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
Atlantic International University’s Doctorate in Genetic Engineering evolves knowledge with the use of a flexible andragogy-based model, while enabling learners to develop a high level of expertise on core content areas. Students study high level topics through the courses of Molecular Genetics, Genetic Modification Technologies, Genomics and Bioinformatics, CRISPR and Gene Editing, Cell and Developmental Biology, Biostatistics, and Methodological Approaches to Research. An added emphasis is placed on Ethical Issues Associated with Genetic Engineering and Biotechnology Innovation. Each course may be modified to complement students’ research interests and provide an individualized and hands-on learning experience to support independent thinking, DNA sequencing scientific inquiry and the practical application of concepts developed by the student.
- Experimental Biochemistry
- Cell Biology
- Bioinformatics and NCBI Databases
- Applied Bioinformatics
- Biometry and Statistical Applications
- Evolutionary Biology
- Experimental Systems in Genetics
- Genetic Techniques
What are the Orientation Courses for Doctorate in Genetic Engineering at AIU ?
Doctoral programs in genetic engineering at Atlantic International University have a series of orientation classes to help students get ready to study on their own through distance learning. The orientation orientation to AIU’s approach to education (through andragogy), overview of expected research capabilities and a variety of essential DNA sequencing tools (e.g., reasoning, scientific writing, independent study planning) used throughout doctoral program; refer to are discussed and lived experience of students completing an orientation through self-study; topics explored during orientation include: Learning outside traditional disciplines; issues of ethical responsibility in research and how one will use electronic tools and virtual laboratories. Thus, this builds a foundation for doctorate in genetic engineering students to better develop the necessary skills, understanding and confidence to undertake and succeed in their doctorate program while achieving their phd in genetic engineering educational path with respect to their personal and career objectives.
- Communication & Investigation (Comprehensive Resume)
- Organization Theory (Portfolio)
- Experiential Learning (Autobiography)
- Academic Evaluation (Questionnaire)
- Fundament of Knowledge (Integration Chart)
- Fundamental Principles I (Philosophy of Education)
- Professional Evaluation (Self Evaluation Matrix)
- Development of Graduate Study (Guarantee of an Academic Degree)
Research Projects : Doctorate in Genetic Engineering
The Doctorate in Genetic Engineering at Atlantic International University is focused on creating original research projects that provide students with real-world experience and skills applicable to solving real scientific problems. The types of biotech researcher career projects that students may work on as part of their doctorate will include: using CRISPR technologies for gene editing, analyzing genomic data, developing genetically engineered organisms, identifying disease-causing genes, developing innovative synthetic biology applications, and developing biotechnological and molecular biologist role solutions for agricultural and medical applications.
One of the key aspects of a PhD in genetic engineering research within this doctoral program is the focus on independent inquiry, interdisciplinary application, and practical application. Students are provided with guidance from academic mentors as they design and conduct original research that aligns with their own interests and develops strong analytical, experimental, and problem-solving skills that will further develop the area of genetics.
- Doctoral Dissertation Project
- MBM900 Doctoral Proposal
- MBM902 Doctoral Dissertation (15,000 words)
Publication – At Atlantic International University’s PhD in Genetic Engineering, students are encouraged to publish their work to contribute to the advancement of science worldwide. As part of their degree requirements, all graduate students are required to submit a research paper, case study or technical report of acceptable quality based on their previously completed original research in the areas of genetics and biotechnology.
The focus is on the development of quality scientific writing skills through mentorship, peer review, and adherence to the ethical publishing practices associated with scientific research. Students may also publish their work independently or in cooperation with their mentors in appropriate outlets, including academic genomics scientist career journals, conference proceedings and institutional publications, which will serve to further enhance the students’ professional credibility and highlight their qualifications and creativity in the area of genetics.
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Doctorate in Genetic Engineering Student Experience
Atlantic International University’s Doctorate in Genetic Engineering incorporates artificial intelligence to provide individualized distance learning opportunities for its students. AI-enhanced tools help students create individualized academic programs, examine complex genetic datasets and identify academically vetted doctorate in genetic engineering resources appropriate to their individual research objectives. In addition, the virtual laboratory, intelligent genome analysis tutoring systems and adaptive learning systems provide immediate feedback to support students developing deeper insights about genomics and biotechnology. This educationally innovative, technology-based environment promotes creativity, critical thinking and efficiency; therefore allowing students to conduct high-quality research while continuing to meet their professional and personal obligations through flexible distance-based learning.
Community & Social
The community (social) and academic experience of the doctoral program in genetic engineering offered by Atlantic International University provides global networking and opportunities for engagement. Students are part of an international community of diverse researchers, scientists, and mentors; connecting via virtual classrooms/discussion boards; as well as through collaborative project work. The program encourages students to engage in scientific communities and share knowledge and engage in interdisciplinary dialogue. Students of doctorate in biotechnology and genetic engineering are also encouraged to think about their social responsibility by applying solutions to genetic engineering problems facing society today in areas such as health care, agriculture, and sustainability while building strong professional connections with people from all parts of the world.
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Academic Resources
There are numerous academic resources available to the Doctorate in Genetic Engineering student at Atlantic International University. These resources enable doctoral students to conduct a high level of self-directed research.
Students will have access to an extensive digital library with thousands of books, periodicals, and scientific publications; access to virtual laboratories and simulation tools for experiential learning; use of artificial intelligence tools to assist with data collection, analysis, and literature review; access to the expertise and support of a doctoral program academic advisor; and have access to a variety of other genetic engineering doctoral program academic resources such as online webinars, in-classroom sessions, and interdisciplinary materials—all of which will provide phd in genetics engineering students with the resources they need to conduct in-depth investigation of complex genetic topics, develop innovative solutions, and successfully complete their doctoral studies.
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
Atlantic International University’s Doctorate in Genetic Engineering offers students opportunities to participate in worldwide symposiums where they will interact with scientists from around the globe. Through these events, students will be provided the chance to present their research to other researchers, faculty, and industry professionals as well as obtain valuable feedback on their work and to remain current in relation to new trends and innovations in the field.
Live Classes
The Doctorate in Genetic Engineering program at Atlantic International University has access to live classes on all available days for students in the online learning environment, making for an interactive classroom experience, despite the flexible distance format. Live sessions involved in phd in molecular genetics engineering are held daily and are conducted by faculty members with industry experience, and have an emphasis on providing students with additional advanced material, which includes advanced genetics, biotechnology, and research methodology.
Students of advanced degree in genetic engineering can engage in live discussions about course-related material, ask questions regarding course-related material, and collaborate with other students from all over the world regarding the subject matter. The option to participate in daily molecular biology and genetic engineering live classes provides students with continual academic support, provides opportunities for academic exchange of knowledge between students and faculty, and improves the quality of education while permitting students to participate in class at times that work best for them.
Special Projects, Research Publications, & Co-Authoring
The Doctorate in Genetic Engineering program at Atlantic International University focuses on Special Projects, Research Publications, and Co-Authoring as three important components of your academic development. Students are encouraged to work on innovative, real-world projects that are related to their research interests and professional aspirations. In addition, students will have opportunities to co-author articles with mentors and fellow classmates and to work together towards developing interdisciplinary research.
The combination of collaboration and research throughout the program will allow students to enhance their knowledge of genetic engineering while building their credibility as an academic through sound scientific evidence and research collaborations. In addition, students will enter the workforce equipped with the skills necessary to successfully collaborate and work as a member of a team to make a meaningful impact within the field of PhD in Genetic Engineering.
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Career Center for Doctorate in Genetic Engineering
The Career Center at Atlantic International University’s Doctorate in Genetic Engineering program supports students through help with turning their advanced education into an impactful profession. Uniquely tailored to meet the needs of students interested in pursuing biotechnology, pharmaceuticals, academia, or research-based careers, the career center provides one-on-one career guidance, resume writing and developing research portfolios, as well as conducting practice interviews.
The career center provides biotechnology research students with assistance in identifying employment opportunities from a global perspective, establishing a professional network, and aligning their unique skill sets with employers’ expectations. The Career Center also encourages graduates to pursue their entrepreneurial and innovative spirit by supporting them as they take leadership roles in organizations that utilize genetic engineering, consulting businesses that provide specialized services in the health care/biotech/pharmaceuticals sectors, or pursuing independent research endeavors in an ever-changing field such as genetics.
Job Description
Graduates of the Doctorate Program in Genetic Engineering at Atlantic International University have the chance to develop many diverse and advanced careers in every area of scientific research, industry and education, in particular – Genetic Engineering, Genomics, Biotechnology, Bioinformatics, Clinical Research, Molecular Biology and Pharmaceutical Sciences, as well as University Professors, Research Directors and Laboratory Directors, with opportunities to pursue careers in Agriculture, Healthcare Innovation and Regulatory Affairs. In addition, graduates will be prepared to engage in Consulting, Policy Development and Entrepreneurship, providing them with a chance to deliver cutting edge developments in PhD in Genetic Engineering and Biotechnology to society.
Tools for Doctorate in Genetic Engineering
The curriculum for a Doctoral program in Genetic Engineering at Atlantic International University provides students with both theoretical knowledge and practical applications of gene technology via the use of current tools and techniques for genetic analyses, data interpretation and biotechnology innovation. Students develop their research skills through extensive use of advanced instruments, including those used for performing genomic sequencing, biological data analysis and creating innovative products in the healthcare, agriculture and environmental science sectors. The program emphasizes both laboratory-based and computational tools to produce a well-rounded, practical skill set consistent with the needs of the research and industry sectors.
- BLAST (Basic Local Alignment Search Tool): https://blast.ncbi.nlm.nih.gov/Blast.cgi
- NCBI Databases: https://www.ncbi.nlm.nih.gov/
- CRISPR-Cas Systems: https://www.addgene.org/crispr/
- MEGA (Molecular Evolutionary Genetics Analysis): https://www.megasoftware.net/
- Geneious: https://www.geneious.com/
- R Programming: https://www.r-project.org/
- Python for Bioinformatics: https://www.python.org/
- PCR (Polymerase Chain Reaction): https://www.thermofisher.com/in/en/home/life-science/pcr.html
- Gel Electrophoresis Systems: https://www.bio-rad.com/en-in/category/gel-electrophoresis
- Next-Generation Sequencing (NGS) Platforms: https://www.illumina.com/technology/next-generation-sequencing.html
Associations for Doctorate in Genetic Engineering Professionals
Graduate students of genetics (PhD) at the Atlantic International University are highly recommended to strengthen their professional network by joining an international trade/professional association. The various resources and benefits that members of these associations have to access (i.e. conferences, journals, certification programs and opportunity for collaborative research with leading experts), allow for students to remain current in their field. Furthermore, being an active member of such an association, allows ample opportunity to network with professionals in the field, participate in scientific discussions, as well as continuing to be at the forefront of evolution within these disciplines.
- American Society of Human Genetics: https://www.ashg.org/
- Genetics Society of America: https://genetics-gsa.org/
- International Society for Computational Biology: https://www.iscb.org/
- European Society of Human Genetics: https://www.eshg.org/
- Biotechnology Innovation Organization: https://www.bio.org/
- American Society for Microbiology: https://asm.org/
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Doctorate in Genetic Engineering Admission Requirements
The criteria for acceptance into the Doctorate in Genetic Engineering program at Atlantic International University are intended to assist motivated and self-directed learners from a variety of backgrounds, both academic and professional. Prospective students are generally required to possess a master’s degree in a relevant field such as: genetics, biotechnology, biology or a closely related discipline; however, other equivalencies may be accepted depending on the applicant’s background. Admission is based upon a variety of criteria, including academic preparedness; research interests; and ability to complete independent study. Depending on the applicant’s previous academic history, he/she may also be asked to submit: transcripts of all previous courses taken; a personal statement of interest; and a detailed resume/portfolio. The flexibility and andragogical education approach offered by AIU allow those students who wish to conduct research and who are committed to their studies to pursue their doctoral degree successfully.
How Can You Apply?
The application process for the Doctoral program in Genetic Engineering offered by Atlantic International University is an effortless and flexible way to provide the opportunity for self-directed learners from across the globe to enter into an evidence-supported academic environment that has clear and meaningful objectives. The application process is also quite simple and direct, with the primary objective of assisting you in identifying your future goals, assessing your previous experience and accomplishments to find a method of starting your academic journey in a way that is comfortable for you.
To apply for your Doctoral Degree at Atlantic International University you will follow these steps:
- Submit an Online Application Form, that includes Personal Information & Academic Data
- Submit Academic Records: Official Transcripts and Degree Certificates, etc.
- Submit a Statement of Purpose outlying Your Research Interests & Goals
- Submit an Updated Resume or C.V.
- Meet with an Admissions Counselor to receive assistance with your initial application and admissions decision
- Receive an Acceptance Letter and Customized Program Structure
- Complete Your Enrollment and Choose a Tuition/Payment Plan
- Start Your Customized, Andragogically Driven Doctorate Program
Financial Support & Scholarships
Atlantic International University offers financial aid and grants for Doctorate in Genetic Engineering students. These assist students around the world to attend school for an excellent education at a reasonable cost. AIU has flexible tuition programs and grants available based on merit, work experience, household income, and community service. Students may also be eligible based on their volunteerism and/or service project; therefore, this is evidence of AIU’s commitment to providing education for everyone. Staff will provide financial support to assist students in selecting an appropriate payment plan so that students do not encounter any excessive financial obligations while pursuing their doctoral degree, academic objectives, or perform their research.
How Much Does a Doctorate in Genetic Engineering Cost Per Year?
The Genetic Engineering Doctorate Degree through Atlantic International University is created with the goal of being affordable and accessible to students around the globe. The program provides students with different payment options allowing them to pay smaller amounts of money in monthly installments, which allows them (if they are employed) to manage their education along with any other financial obligations they have.
Additionally, students can qualify for scholarships and have a program created for them to aid in financing their education based upon their individual needs and circumstances. Overall, the cost is designed to provide students with an extended period of time to continue pursuing an education (doctoral), while not adding to their existing financial obligation, thus making it practical, flexible, and attainable by everyone interested in earning a doctoral degree.
FAQs
What can I do with a doctorate in genetic engineering?
Doctoral degrees in Gene Engineering provide individuals with job opportunities ranging from positions in research, creative inventiveness, and executive duties within various areas of biotechnology, medicine, agriculture, and higher education. Some of the employment roles that graduates might take advantage of include genetic engineer, genomics scientist, bioinformatics/biotechnology specialist, or conduct research using pharmaceuticals or biotechnology in industry.. These graduates may help provide advancements in gene therapy, biotechnology crops, and/or personalized medicine.
Is genetic engineering a good career?
Career opportunities related to genetic engineering have the potential for tremendous growth due to the growing need for skilled professionals throughout multiple sectors (healthcare, biotech, agriculture). There are also plenty of exciting opportunities for innovation in a variety of fields such as gene therapy and prevention of diseases. If you are someone who loves conducting research or problem solving and is also interested in making a contribution to society via your career, you could find that a career in genetic engineering will provide you with great job satisfaction.
What skills do you gain in a genetic engineering doctorate?
You will develop advanced research abilities, skills associated with genetic analysis and gene editing, bioinformatics and data analysis capability, the ability to critically think about scientific information, write scientifically, and solve problems. You will also gain experience in laboratory techniques, develop innovative capabilities, and learn to design and lead independent research projects.
What industries hire genetic engineering graduates?
Genetic engineers are employed by industries such as biotechnology, pharmaceuticals, health care, agriculture, environmental science, academia/research institutions, government agencies, and food technology.
