Empowering the next generation of biotech innovators through real-world educational opportunities that enhance and align current training approaches to skill sets valued by industry.
The bioscience industry represents the unique confluence of key characteristics for societal and economic progress – extremely high levels of innovation that are saving and improving lives through advancements in biomedical, energy and advanced food and industrial technologies; and expanding a wide mix of employment opportunities with wages and incomes that support a high standard of living.
I have taken Intro to Biotech, Lab on a Chip, Stem Cells, and Invisible Hijackers. All are fantastic courses with hands on experiences. Was cool working with live human cells in the Biotech and Stem Cells courses. Working with viruses and all the reagents that go with it was also interesting.
Was really really good! Enjoyed the instructor answered my questions, while encouraging students to ask questions. Really helped with my career pathway.
Wonderful experience, the teachers were very interactive and made it easy to understand. I would totally recommend if you want to get more exposure and explore more STEM fields.
Love coming in here! The place is always really fun and friendly, and I also attended a introductory in biotech research class and it was very informative especially in the field I am going into!
I loved taking their molecular biology course. It was a hands-on experience in a state-of-the art laboratory that you simply couldn’t experience in a high school lab setting. The instructor took you every step of the way and it felt like a 1-on-1 experience. Their labs were pristine and everything was tidy and their location was perfect, in the heart of UCI’s research park.
I learned the different applications and the process that goes into 3D printing. The instructors were extremely helpful and happily explained everything very thoroughly!
I recommend [MIRE] to a friend because it was really helpful and informative in so many aspects such as from business to just public speaking, communication and colloboration. It was a great program and I believe that anyone that has the opportunity, should take it.
Learn the fundamentals of polymerase chain reaction, one of the core molecular biology techniques. Students will understand the key components of PCR by preparing a DNA sample, performing PCR amplification, and analyzing the results.
Learn how embryonic and induced pluripotent stem cells are used in regenerative medicine. Students will perform common laboratory stem cell techniques including cell culturing, karyotyping, and pluripotent characterization using embryonic stem cells.
Learn how biotechnology uses viruses in diagnostics medicine, bioimaging, and the development of therapeutics and vaccines. Students will perform hands-on molecular biology techniques to analyze the effects of viral infections on protein synthesis of mammalian cells.
Apply laboratory techniques commonly used in biological research. Students will perform aseptic and molecular biology techniques to culture, image, and isolate DNA from stem cells.
Explore the emerging technologies and applications of medtech devices using computer-aided design, 3-D printing, and material testing. Students will design, build, and test a medtech device.
Learn industry standard techniques commonly used in biotech to culture mammalian cells. In this 2-week course, students will learn essential cell culture techniques, media formulation, and image processing to successfully expand and maintain a cell line. Students will use best practices to design and execute a cell-based experiment and optimize transfection conditions for green fluorescent expression. Students have a one-of-a-kind opportunity to receive a digital credential through UCI.
Molecular biology methods are used extensively in modern-day drug discovery, research and development, and diagnostics. This 2-week course provides hands-on training in best practices in the standard molecular biology techniques performed in biomanufacturing, pharmaceutical, and biotechnology laboratories. Students have a one-of-a-kind opportunity to receive a digital credential through UCI.
This 1-day course introduces the fundamental principles, sample preparation, experimental controls, and data analysis of flow cytometry. Trainees will gain hands on flow cytometry experience with industry standard instruments, reagents, application, and software analysis. Trainees will perform a multicolor panel experiment using best practices in analytic cytometry, experiment design and analysis. Trainees have a one-of-a-kind opportunity to receive a digital credential through UCI.
Learn the basics of HPLC operation and acquire valuable laboratory skills that prepare you for basic research in the pharmaceutical and synthetic biology sectors. Trainees will complete hands-on, problem-based challenges where they will apply classroom knowledge in a HPLC laboratory setting. Trainees will learn how to solubilize pharmaceuticals, create quantitative concentration curves and prepare samples from complex biological mixtures. Trainees have a one-of-a-kind opportunity to receive a digital credential through UCI.
Dr. Bansal is an enthusiastic and self-driven research scientist with 5+ years of extensive hands-on bench experience who is passionate about science communication and unravelling scientific puzzles. Dr. Bansal currently works as the Lead Cell Biologist for EndoCyclic Therapeutics developing a treatment for endometriosis. Dr. Bansal holds a PhD in Biotechnology from Thapar University and has been published in 8 scientific peer-reviewed journals.
Dr. Riazifar has worked on stem cells for over a decade and on exosomes since 2012. He has extensive experience in manufacturing and characterizing pharmaceutical-grade exosomes, and has developed numerous in vitro potency assays, and is overseeing IND-enabling preclinical studies. He has published numerous high-impact articles on stem cells and stem cell-derived exosomes, and has consulted for regenerative medicine companies. Dr. Riazifar received his PhD in pharmaceutical sciences from UC Irvine.
Dr. Jahid has extensive years of wet lab experience in molecular biology. biochemistry, immunology, skin biology, and cancer biology. She obtained her PhD in Biomedical Sciences from UC Irvine. Prior to joining Avita Medical as a Research Scientist she was Assistant Project Scientist in the laboratory of Dr. Anand Ganesan at UC Irvine.
Ben Katz has been working in the biotechnology sector for two decades with experience in both academic core facilities and early stage biotech companies. He is an expert at analyzing low abundance intact proteins, peptides and small molecules out of complex samples. He is focused on developing analytical methods for custom applications and is available as a scientific advisor. He encourages all scientists to be trained to use HPLC and mass spectrometry themselves with an emphasis on teaching proper sample prep techniques.
Ali has several years of virology experience characterizing the replication mechanism of persistent enterovirus infections. He currently works as a Research Technician for Crescenta Biosciences characterizing therapeutics for metabolic diseases. Ali received his BS in Public Health Sciences and BA in Business Administration from UC Irvine.
Jacob has several years of experience in molecular biology and microfluidics. He joined Autonomous Medical Devices as a Scientist in 2020. Prior to aMDi, Jacob worked on various projects as a Researcher within the UC Los Angeles Department of Bioengineering, resulting in multiple publications and presentations. His prior research focuses include nucleic acid amplification, microfluidic device fabrication, and biomarker discovery for cardiovascular disease. Jacob earned a BS and MS in Bioengineering from UC Los Angeles.
Will’s expertise is in user interface design, platform validation, and new model development. He was a core contributor to the startup of Tulane University's Tissue Engineering MicroPhysiological Systems Laboratory where he set up and developed the protocols for the fabrication space. In his thesis he developed robust, user friendly membrane free devices via SLA 3D printing and soft lithography. These devices were used for growing 3D vascularized stromal tissue and are the basis for ongoing cancer research studies. Will received his BS and MS in Biomedical Engineering at Tulane University.
Omar has experience working in three biomedical engineering startups including Vena Vitals where he currently works as a R&D Engineer. Omar has been published in Food Science ("Comparison of real-time PCR and ELISA-based methods for the detection of beef and pork in processed meat products") research through Chapman University. Omar received his BS in Biomedical Engineering from UC Irvine.
In her 9+ year career at UC Irvine, Linda assisted in creating a core biological center comprising of cell culture, mechanical testing, microbiology, and microscopy facilities. She has trained over hundreds of users in biological applications and research projects that resulted in several publications, posters, and talks. Linda holds a BS in Bioengineering from UC San Diego and a MS in Manufacturing Engineering from Texas A&M University.
The Medical Innovation, Research and Entrepreneurship (MIRE) STEM Program provides the next generation of STEM leaders the multidisciplinary skills needed to thrive in the biotech entrepreneurial world. Students will learn the four C's: critical thinking, communication, collaboration, and creativity from working alongside OC's top leaders in innovation, medicine, science, and law. Additionally, students will learn adaptability, resilience, and problem solving through project-based coursework. University Lab Partners (ULP) and the CHOC Research Institute are committed to excellence in education and research.
A one-of-a-kind opportunity to work alongside Orange County's top industry leaders in medical innovation and medicine.
ETP is a state agency that uses a pay-for-performance contract to reimburse the costs for employer-customized job skills training.
University Lab Partners is approved by the State to be an ETP training provider.
Regular attendance is critical to your success in the course. Unfortunately, no credit or make-up sessions will be available.
Please click here for University Lab Partner's refund policy.
Yes, there is a waitlist and you can sign up via the registration page. University Lab Partners will contact you if and when you have an opportunity to enroll.
Course fees vary by class.
We evaluate middle school students on a case-by-case basis. If you are in middle school and would like to enroll, please email firstname.lastname@example.org and express your interest.
For Hands-On Lab Courses:
For safety reasons, all participants are required to wear long pants, closed-toes shoes, and a face covering. If you do not arrive in proper attire, you will not be allowed to participate in laboratory activities. Please tie long hair back and do not wear dangling jewelry such as bracelets and earrings. All other personal protective equipment (PPE) such as lab coats, gloves, and safety glasses) will be provided.
For our online programming:
There is no dress code for our virtual programming.
There is no limit on how many courses you can enroll in. We encourage to attend as many as you would like.
Full and partial financial-need scholarship opportunities are available by application. Please complete the form here.
You must be a Southern California resident to apply.