Responsible for solo teaching of courses at the School of Advanced Technology including degree program, technology and technician programs.I teach or will teach the following courses at the School of Advanced Technology, Department of Mechanical and Transportation Technology.Fall 2021:1) ENG8317: Statics and Mechanics of Materials 2) ENG8306: Materials Science and EngineeringWinter 2022: 1) ENG8604: Fluid Mechanics and Hydraulics2) ENG8306: Mechanics of Solids3) ROB8306: Project Planning 4) GEN0351: Strategies for LearningSummer 2022:1) ENG8317: Statics and Mechanics of MaterialsFall 2022:1) ENG8321: Thermodynamics (Fundamentals of Thermal Fluid Sciences)Fall 2023: 1) ENG8317: Statics and Mechanics of MaterialsWinter 2024: 1) ROB8306: Project Planning 2) GEN0351: Strategies for LearningSpring/Summer 2024:1) ENG8317: Statics and Mechanics of Materials2) GED7019: Becoming an Entrepreneur: Is it for me?

As a PQR team lead, I lead the PQR research projects and all activities, analyze data and information, and write the final PQR reports. A Program Quality Review (PQR) is a comprehensive review of a program, scheduled every five to seven years. It’s an opportunity for the faculty to conduct an in-depth exploration of the program to confirm what’s working well and to identify opportunities to improve. The findings of the PQR support the continuous improvement of the program over the next two years. https://www.algonquincollege.com/academic-development/our-services/quality-assurance/program-quality-review/

Project Title: Optimizing Airflow and Particle Distribution in AEC: Allergen Exposure Chamber Using Computational Fluid Dynamics (CFD)- Led a cutting-edge project utilizing Computational Fluid Dynamics (CFD) to optimize airflow and particle distribution in AEC: Allergen Exposure Chamber design.- Developed innovative simulation models and conducted extensive analysis to enhance indoor air quality and occupant comfort in AEC settings.- Collaborated with a multidisciplinary team to investigate the impact of factors such as fan speed, diffuser configuration, and exhaust location on airflow patterns within the AEC.- Implemented asynchronization techniques and explored the effects on particle dispersion for more even distribution of allergens.- Presented findings at international conferences, highlighting the potential of CFD in revolutionizing

Actively engaged in various projects and collaborated on multiple journal papers related to:1) Project Title: Optimization of Airflow and Particle Distribution in AEC: Allergen Exposure Chamber using Computational Fluid Dynamics (CFD) and ANSYS CFX.2) Project Title: Particle Tracking in Turbulent Pipe Flow: A Study with In-house C++ Code.3) Project Title: Exploring Airfoil Vortex Interaction (AVI) through Simulation using ANSYS CFX.4) Project Title: Numerical Icing Simulations of Heated Cylinder and Comparisons to Flight Tests Results

Professional Membership: American Association for Aerosol Research

As a Sales Marketing Consultant at Enagic, I led sales and marketing initiatives, developed strategies to drive revenue growth, nurtured client relationships, and promoted Enagic's products through targeted campaigns and branding efforts. I also provided leadership to sales teams, monitored performance metrics, conducted market research, and collaborated cross-functionally to achieve business objectives.

https://sites.ualberta.ca/~clange/cfd-lab/cfdlab.htmlI am writing and publishing technical journal papers with Dr. Lange related to numerical simulation of the particulate flow as well as writing grant proposals.I am also responsible for teaching the Thesis Writing Workshop series and coaching a group of graduate students to move forward with their technical writings.

A summary of main responsibilities as listed in MEGSA’s constitution are:• Affairs with the Department of Mechanical engineering through attendance of committees .and meetings such as but not limited to the curriculum committee, department chair selection committee and department council meetings.• Liaison with the faculty and graduate students.• Attend executive meetings.

- Collaborated on industry-related projects with RGL Reservoir Management Inc. - Conducted and analyzed computational fluid dynamic simulations on various flow geometries involved in sand screen devices. - Applied STAR-CCM+ as a CFD solver and for solving problems involving flow (of fluids or solids).

I learned about university governance and administration. - Was responsible for student representation within University governance.- Attended the graduate student association (GSA) caucus meeting for the FGSR council. - Attended the meetings of the FGSR council as a GSA representative. - Provided input on the matters being discussed. - Voted to approve the certain things discussed in the FGSR council.

- TAed engineering courses (MEC E 539 & MEC E 390), provided pre-lab talks and assisted students in the lab with assignments- Marked assignments and lab projects- Proctored tests and exams

- Kept records of the financial affairs of Zahed Architect business

- Organized events to help diversity and inclusion in profession with the goal of involving more women, internationals and aboriginals in APEGA.

- Planned and organized Events I was in charge of leading the team in planning and organizing events to introduce engineering to Edmonton area students. An example is the APEGA Pi Challenge that was born on Nov. 2015 in Edmonton by our team. It is an exciting, interactive event designed to test and challenge the math skills of students in grades 7 to 9. The event aims to encourage students to develop critical thinking skills, creative problem solving, appreciation of the wonders of mathematics, awareness of how math is used in engineering and geoscience and understanding of how important math is in day-to-day life (Source: APEGA website).

I was part of a team that worked on industrial projects. My specialization in numerical simulations was applied.

The minute that I’m behind my camera, I feel ALIVE! I love the storytelling and having an eye to capture the moment in a photograph.Fatemeh is the founder | owner of the CRM Photography. https://www.facebook.com/CRMServicesPhoto

• Proposed a modified Representative Elementary Volume (REV) plot beneficial to select a proper grid block size considering reservoir geological feature size for upscaling purposes• Developed code to generate 2D Discrete Fractured Network and unstructured mesh (MATLAB)• Applied TetGen to generate unstructured 3D mesh for 3D Discrete Fractured Network• Analyzed the unstructured grids connectivity in 2D and formulized flow simulation (MATLAB)• Modified FlowSim for single phase flow upscaling (FORTRAN)• Computed sparse pressure matrix and solved it with direct and indirect solvers (FORTRAN)• Analyzed the convergence of Strongly Implicit Procedure (SIP) and Line Successive Over relaxation (LSOR) algorithms and programmed GBAND a direct solver to solve sparse matrix• Generated 2D & 3D geological models by object based modeling technique and monitored upscaling results and Representative Elementary Volume (REV) plots• Developed the concept of heterogeneity being represented as discrete or continuous • Evaluated the boundaries of the discrete, continuous and transition regimes • Studied practical modeling methodologies in the transition regime • Conducted geostatistical calculations such as geostatistical simulation, histogram and variogram reproduction on various models (GSLIB)• Conducted flow simulation and upscaling calculation on high resolution geological models with various degrees of complexities (MATLAB)

• Project title: “Basin Modeling Software Production”; a project sponsored by RIPI and operated by Pars Soft Group• Conducted studies on TemisFlow 1D and 2D• Programmed reservoir flow simulator in C++, FORTRAN and MATLAB• Conducted comparison studies between the developed software and TemisFlow• Prepared guideline tutorial for the developed software• Delivered weekly technical reports and oral presentations

• Finished HYSYS Computer Based Training Course