Introduction
This immersive bootcamp gives learners the opportunity to build or enhance their practical skills and deepen their understanding of current biotechnology techniques. Designed for those looking to enter or re-enter scientific careers, this course focuses on essential hands-on skills used in modern laboratories.
Over the 10 days, participants complete a series of carefully selected practical experiments. These are designed to reflect real-world methods used in biotechnology laboratories. Learners explore key techniques including Polymerase Chain Reaction (PCR), gel electrophoresis, microbiology, Enzyme Linked Immunosorbent Assay (ELISA) and western blotting. Scientific principles and data interpretation are also covered throughout.
What to Expect
The bootcamp runs from 9am to 4pm each day with a one-hour lunch break. To receive a certificate of completion, learners must complete 60 guided learning hours. Participants are assessed throughout and receive tailored feedback from experienced instructors to help them refine their technique and develop confidence in a laboratory setting.
Who Should Attend
This course is ideal for:
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Biology graduates or undergraduates preparing for their first role in industry
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Early career researchers who had limited practical training during the pandemic
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Graduates from non-biology disciplines seeking laboratory experience
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Technicians working in academic or industry-based laboratories
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Experienced biologists looking to refresh their practical skills
Course Content
Day 1: Introduction to Laboratory Practice
Participants are introduced to professional conduct in scientific environments. Training includes correct use of Personal Protective Equipment (PPE), safety procedures and completion of COSHH forms. Learners carry out molarity calculations, prepare stock solutions and measure pH values. The importance of maintaining an accurate and professional laboratory notebook is also emphasised.
Days 2 and 3: PCR and Gel Electrophoresis
Learners are introduced to PCR and run their own reactions using thermal cyclers. They then conduct gel electrophoresis to separate DNA samples and visualise results using imaging systems. DNA quantification is also performed using a Nanodrop spectrophotometer.
Days 4 and 5: Microbiology
Students learn aseptic techniques and prepare nutrient broth and agar plates. They culture bacteria including E. coli and B. subtilis, then test the effects of pharmaceutical antibiotics on these cultures. Following overnight incubation, Gram staining is performed and slides are examined under microscopes.
Days 6 and 7: ELISA
An introduction to immunology is followed by practical work involving Indirect and Sandwich ELISA. Learners use detailed protocols to carry out assays and analyse results using a plate reader, simulating the diagnostic process for infectious diseases.
Days 8 and 9: Western Blotting
Participants practise each step of western blotting, from protein separation using SDS-PAGE to membrane transfer and antibody probing. They then visualise protein bands using imaging systems. A Bradford assay is also performed to determine protein concentration.
Day 10: Advice Information and Guidance (AIG) and Student Presentations
The final day focuses on employability. Learners receive advice on creating a professional CV and preparing for scientific job interviews. Each student delivers a presentation to their group and answers related questions. Lecturers provide constructive feedback to support further development.
Outcomes
By the end of the course, participants will be confident using a wide range of techniques standard in contemporary biological research and industrial laboratories.
Those who apply the guidance provided in the AIG session will be in a stronger position to secure job interviews and succeed in scientific roles. Course lecturers also endorse key skills on LinkedIn to help learners stand out to employers.
Support After Completion
BioGrad continues to support learners long after the course ends:
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Student records including references and practical work photos are securely stored for three years
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The Student Liaison Team remains in contact to assist with job applications and interview advice
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Course lecturers offer mock interview practice for up to six months after completion
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BioGrad has partnered with Reed Scientific to connect students with employment opportunities in scientific and laboratory-based roles