Industrial Biotechnology & Biomanufacturing

The MEngSc in Industrial Biotechnology and Biomanufacturing is a full-time 12-month programme taught by staff from the College of Science, Engineering and Food Science at UCC in Ireland. This interdisciplinary degree combines microbiology, biotechnology, and process & chemical engineering, catering to those coming from biological, chemical, or engineering backgrounds.

Course Outline

The programme equips students with knowledge and skills for careers in industrial biotechnology, engineering biology, biomanufacturing, biorefinery, and bio-economy sectors. There is a strong emphasis on industry-relevant and practical skills training alongside state-of-the-art academic content. Students learn to develop bioprocess solutions and acquire employment-related skills such as planning, teamwork, negotiating, communicating, and presenting ideas and results.

The MEngSc comprises two components: 60 credits of coursework via taught modules and a research dissertation based on independent research worth 30 credits.

Modules

• MB6004 Advanced Molecular Microbial Biotechnology (5 credits)
• MB6015 Microbial Strain Engineering (5 credits)
• MB6016 Microbial Physiology in Bioreactors (5 credits)
• MB6017 Biorefinery Concepts for the Bio-based Economy (5 credits)
• PE6037 Experimental Design and Data Analysis for Bioprocessing (5 credits)
• PE6038 Industrial Bioprocessing Systems (5 credits)
• PE6039 Manufacturing Excellence in the Bioprocessing Industries (5 credits)
• PE6040 Engineering Principles and Operation of Microbial Bioprocesses (10 credits)
• PE6041 Bioprocess Design Studio (10 credits)
• PE6042 Sustainable Biochemical Engineering (5 credits)
• MB6020 Dissertation in Industrial Biotechnology and Biomanufacturing (30 credits)

Learning Outcomes

On successful completion of the MEngSc, students should be able to:

• Select, design, construct, and develop microbial strains for application in biotechnology.
• Develop and implement bioprocesses at increasing scales.
• Integrate strain and bioprocess development in a holistic way by combining biological and engineering principles.
• Implement state-of-the-art methodologies for both strain engineering and bioprocess development, monitoring, and smart control.
• Critically evaluate the parameters required for bioprocess development, including concepts like techno-economic feasibility and Life Cycle Assessment.
• Apply the latest concepts in data analytics and bioprocess monitoring, including aspects of digitalisation and digital twinning.
• Work professionally and effectively in a team to undertake research and development to build new bioprocesses for novel applications.
• Appreciate the importance of the societal aspects of industrial biotechnology, including concepts like the regulatory environment, ethical research, and safe and sustainable design.
• Complete a body of independent research in an area related to biotechnology or biomanufacturing and present research findings in a dissertation.

Course Practicalities

The MEngSc in Industrial Biotechnology and Biomanufacturing is a full-time 12-month programme. The first part, from September to June, involves attending lectures, tutorials, and practical training sessions from Monday to Friday. The programme requires extensive use of technology to aid teaching and learning but is an in-person course. From June to September, students carry out a mentored industry-focused research project in industry or within a research laboratory at UCC or another institution, which can also be at an international location.

Assessment

Assessment is mainly by continuous assessment, featuring a strong focus on group work, reflecting industry norms and enabling students to acquire a broad portfolio of relevant skills. The research project is assessed via the dissertation submitted by the student.

Why Choose This Course

The Industrial Biotechnology and Biomanufacturing programme is designed for those seeking exciting careers with a positive impact on society. By doing this course, students can be part of the generation driving the transition from a fossil-based society to a sustainable one for future generations. The interdisciplinarity of the course, combining engineering and biotechnology skills, is a key selling point, as there are few postgraduate programmes offering this combination tailored for the biorefinery and biomanufacturing sectors.

Requirements

Applicants must have obtained at least a Second Class Honours Grade 1 in a primary honours degree (NFQ, Level 8) in a subject related to the programme, such as Process and Chemical Engineering, Biotechnology, Microbiology, Biochemistry, or another relevant engineering or life-science subject. Consideration under Recognition of Prior Learning (RPL) may also be given to applicants who do not meet the minimum academic entry requirements but present with significant and directly relevant work experience.

Fees and Costs

The EU fee for this course is 8,000, and the Non-EU fee is 28,000.

How To Apply

Applications are made through the UCC online application portal, which usually opens around mid-October. Scanned copies of supporting documents, including original qualification documents and transcripts, must be uploaded. A non-refundable 50 application fee applies to most courses. The closing date for non-EU applications is open until all places have been filled or no later than 15 June, with early application advised.

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Degree Overview:

The MEngSc in Industrial Biotechnology and Biomanufacturing is a 12-month, full-time program designed to equip students with the knowledge and skills necessary for careers in industrial biotechnology, engineering biology, biomanufacturing, biorefinery, and bio-economy sectors. This interdisciplinary degree combines microbiology, biotechnology, and process & chemical engineering, catering to students from biological, chemical, or engineering backgrounds. The program emphasizes industry-relevant and practical skills training alongside state-of-the-art academic content. Students will learn how to develop bioprocess solutions and acquire employment-related skills such as planning, teamwork, negotiating, communicating, and presenting ideas and results in written and oral format. The program aims to produce graduates who are highly sought-after by industry, possessing the skills required to implement the societal transition from fossil resource dependency to a sustainable, circular, bio-based economy. This transition is crucial for achieving national and international climate and sustainability targets.

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Outline:

The MEngSc comprises two components:

• Coursework (60 credits): Students will complete taught modules covering various aspects of industrial biotechnology and biomanufacturing.
• Research Dissertation (30 credits): Students will undertake independent research in an area related to biotechnology or biomanufacturing, culminating in a dissertation.

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Modules:

• MB6004 Advanced Molecular Microbial Biotechnology (5 credits): This module explores advanced concepts in molecular microbial biotechnology, focusing on the application of molecular techniques for the development of microbial strains and processes.
• MB6016 Microbial Physiology in Bioreactors (5 credits): This module examines the physiological responses of microorganisms in bioreactors, focusing on factors influencing microbial growth, metabolism, and product formation.
• MB6017 Biorefinery Concepts for the Bio-based Economy (5 credits): This module introduces the concept of biorefineries and their role in the bio-based economy, exploring different biorefinery technologies and their applications.
• PE6038 Industrial Bioprocessing Systems (5 credits): This module explores the design, operation, and optimization of industrial bioprocessing systems, covering topics such as fermentation, downstream processing, and bioreactor design.
• PE6039 Manufacturing Excellence in the Bioprocessing Industries (5 credits): This module focuses on the principles and practices of manufacturing excellence in the bioprocessing industries, emphasizing quality control, process validation, and regulatory compliance.
• PE6041 Bioprocess Design Studio (10 credits): This module offers a practical, hands-on experience in bioprocess design, allowing students to apply their knowledge to real-world problems.
• MB6020 Dissertation in Industrial Biotechnology and Biomanufacturing (30 credits): This module involves independent research in an area related to biotechnology or biomanufacturing, culminating in a dissertation.

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Course Schedule:

The program is delivered full-time over 12 months. The first part, from September to June, involves lectures, tutorials, and practical training sessions from Monday to Friday. While technology is used to aid teaching and learning, this is an in-person course requiring students to be on campus. From June to September, students undertake a mentored industry-focused research project in industry or within a research laboratory at UCC or another institution, potentially at an international location.

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Assessment:

Assessment is primarily through continuous assessment, a feature of all modules. There is a strong focus on group work, reflecting industry norms and enabling students to acquire a broad portfolio of relevant skills. The research project is assessed via the dissertation submitted by the student.

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Teaching:

The program is taught by academic staff from the Schools of Microbiology and Engineering & Architecture. Invited guest lecturers from industry and academia, adjunct professors, and other experts with national and international experience contribute to the program.

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Careers:

Graduates of the MEngSc Industrial Biotechnology and Biomanufacturing program are highly sought-after in the bioeconomy sector, which includes food production, bioenergy generation, biomanufacturing, and industrial biotechnology. There is a global shortage of scientists and engineers for these industries, and opportunities are expected to increase as the sector expands. These opportunities are global as all countries are implementing policies to implement the circular, bio-based economy. Graduates will possess not only the technical (science and engineering) skills needed to develop solutions but also the transversal personal skills and attributes vital for work in the industrial sector.

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Other:

The program's interdisciplinarity is a key selling point, as it combines engineering and biotechnology skills, which are often lacking in graduates. The hands-on practical training, group work, and focus on industry-relevant problems throughout the course are key strengths. The research project is industry-focused, providing students with valuable experience working with academic and industry mentors. The program offers the opportunity for international placements through existing academic and industrial collaborations.

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EU Fees

€9,300

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Non-EU Fees

€18,600

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Fees are payable in two equal installments

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First payment is at registration and the balance usually by the end of January

University College Cork

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Overview:

University College Cork (UCC) is a public research university located in Cork, Ireland. It is a constituent university of the National University of Ireland (NUI). UCC offers a wide range of undergraduate and postgraduate programs across various disciplines.

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Services Offered:

Student Support:

UCC provides a range of support services for students, including academic advising, career counseling, and mental health services.

Library:

The Boole Library offers extensive resources, including books, journals, and online databases.

Campus Life:

UCC offers a vibrant campus life with numerous student clubs, societies, and sports teams.

Accommodation:

UCC provides on-campus accommodation options for students.

International Office:

The International Office supports international students with visa applications, cultural adjustment, and other services.

Adult Continuing Education:

UCC offers a variety of programs for adult learners, including evening classes and online courses.

Continuing Professional Development:

UCC provides professional development opportunities for working professionals.

Micro-credentials:

UCC offers micro-credentials in various fields, allowing students to gain specific skills and knowledge.

Scholarships and Prizes:

UCC offers a range of scholarships and prizes to support students financially.

Transition-In Programme:

UCC provides a transition-in program for students who are new to higher education.

Graduate Attributes:

UCC focuses on developing graduate attributes such as critical thinking, communication, and problem-solving skills.

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Student Life and Campus Experience:

UCC offers a vibrant campus experience with a strong sense of community. Students can participate in a wide range of activities, including sports, clubs, societies, and events. The campus is located in a beautiful setting, with easy access to the city of Cork.

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Key Reasons to Study There:

World-class Education:

UCC is renowned for its high-quality education and research.

Strong Academic Programs:

UCC offers a wide range of academic programs across various disciplines.

Vibrant Campus Life:

UCC provides a vibrant campus life with numerous opportunities for students to get involved.

Beautiful Location:

UCC is located in a beautiful setting, with easy access to the city of Cork.

International Reputation:

UCC is a globally recognized university with a strong international reputation.

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Academic Programs:

UCC offers a wide range of undergraduate and postgraduate programs across various disciplines, including:

• Arts, Humanities, and Social Sciences
• Business and Law
• Engineering and Science
• Medicine and Health Sciences
• Education
• Music

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Other:

• UCC is committed to sustainability and has been recognized as the world's first green campus.
• UCC is a member of the National University of Ireland (NUI).
• UCC has a strong research focus and is home to a number of research centers and institutes.
• UCC is a popular choice for international students, with a large international student population.