Program Coordinator, Forensic Science, BCIT

Patrick has been involved in the justice and public safety field since 1982. He has worked in the Canadian military, federal corrections, law enforcement at the federal, provincial, municipal and city level, health care security, and post-secondary institutions. He has published research articles on vehicle arson patterns, police uniform standards, information sharing between federal agencies, and marijuana grow-ops to mention a few. Throughout his career, Patrick has worked with police officers, fire fighters, ambulance crew members, special interest groups, occupational health and safety professionals, and public policy departments and organizations. His special area of interest is public perception of the information society, perceptions of safety and security on the internet, and discourse analysis. 

Patrick completed his Master of Arts (Royal Roads University) 2004, and is in his 1st year of his Doctor of Social Sciences research in the securitization and social construction of cybersecurity offensive tactics.

DTC 473 - Downtown Campus

Experienced Research Faculty with a demonstrated history of working in the pharmaceuticals industry. Skilled in GC-MS, UV/Vis Spectroscopy, IR Spectroscopy, Gas Chromatography, and Research and Development (R&D). Strong research professional with a Certificate of Education focused in Chemistry and Physics from University of Strathclyde.

SW03 4605 - Burnaby Campus

Joan is a Research Scientist and part-time Instructor in the Biotechnology Program at BCIT, where students earn a joint BCIT-UBC Bachelor Honours Degree in Biotechnology. She has taught core courses in molecular genetics, introduction to biotechnology and currently teaches protein biochemistry and advanced animal cell biology. Joan has almost 20 years of post-doctoral work experience and has conducted research in both the academic and biotechnology sectors. She has consequently developed a diverse background in several areas of molecular and cell biology, with a particular interest in the molecular biology of stem cells.

Industry Experience: Prior to joining at BCIT, Joan worked for over five years at Chromos Molecular Systems as a Sr. Scientist and Team Leader for their Cell Line Engineering program. She led all projects focused on enhancing gene targeting and expression, and was successful in engineering Chromos' proprietary (US Patents 20050181506 & 0120064578) ACE System vectors (Perkins et.al.). Joan was also responsible for engineering a manufacturing (CHO) cell line for a first-in-class therapeutic monoclonal antibody, which is now undergoing clinical development by Glenmark and Sanofi Pharma for the treatment of multiple sclerosis and Crohn's disease, respectively (Bloomberg; Nature Biotech).

Academic Background: Joan's Ph.D thesis focused on the biochemical purification and characterization of a novel & selective growth regulator of hematopoietic progenitor cells (Shellard et.al.; Logan, Shellard et.al.). This regulator belongs to a class of neutrophilic granule proteins that mediate a variety of pro-inflammatory activities and Joan is credited as the first researcher to identify its regulatory role in hematopoiesis and the pathogenesis of myeloid leukemias (Ouriaghli et.al.; Tavor et.al.). Joan's post-doctoral work expanded her expertise in the molecular mechanisms governing embryonic and stem cell development. In the Zoology department at UBC, she analyzed the Polycomb gene, Asx, in fruit fly development (Sinclair et.al.) and at the Institut Pasteur (Paris, France), she studied the role of Leukemia Inhibitory Factor (LIF) in maintaining the totipotency of mouse embryonic stem cells (Shellard et.al.).

SW09 208 - Burnaby Campus

Ph.D., EIT, Instructor, Program Coordinator, Civil Engineering, School of Construction and the Environment

Sudip's interests and expertise are in the fields of construction materials and structural engineering. His current research interests include durability modelling of concrete structures, investigating different non-destructive test methods for masonry blocks, and looking into the development of testing standards for shotcrete. Alongside his teaching responsibilities at BCIT, he continues to work part-time as a Field Engineer with Metro Testing Laboratories in Burnaby, BC.

Ph.D, Civil Engineering, University of British Columbia, 2013. Thesis Title: The effects of global climate change on carbonation induced corrosion of reinforced concrete structures.

M.A.Sc, Civil Engineering, University of British Columbia, 2008. Thesis Topic: The Application of Sprayed Fiber Reinforced Polymers for the Retrofit of Timber Bridges.

B.A.Sc, Civil Engineering, University of British Columbia, 2004. Specializing in Structural Engineering.

SW03 2082 - Burnaby Campus

University of British Columbia, Ph.D., 2014

Mirela Gutica is Faculty member and Option Head in the School of Computing and Academic Studies, at the British Columbia Institute of Technology. Her interests in computing technology include digital logic design, computer architecture, programming languages, operating systems and human-computer interaction. She is also involved in research in learning theories, education technologies and intelligent pedagogical agents.

Over the years, Mirela Gutica taught in post-secondary education at BCIT and Douglas College courses in programming methodologies, discrete mathematics, computer architecture, operating systems, web development, system internals and research methodologies. She is the Option Head for Technical Programming since 2002. She is interested in enhancing students' learning experiences and creating a learning community. Mirela Gutica organized and participated in several events that showcased students' projects and connected them with specialists from industry.

Mirela Gutica completed in May 2014 a PhD in Curriculum Studies with a specialization in Technology Studies. In her PhD thesis, Mirela Gutica studied how emotion influences learning in the context of tutoring systems. She designed an educational game, Heroes of Math Island, for students in grades five to seven, and analyzed the learners' emotional states as they interacted with it. Her findings will benefit researchers and designers in the field of advanced learning technologies.

Areas of study: Curriculum Studies,Technology Study Education, Adaptive Interfaces

Dissertation: Designing Educational Games and Advanced Learning Technologies: An Identification of Emotions for Modelling Pedagogical and Adaptive Emotional Agents