Education State University

Education State University

Education State University

Education ________________________________ ​ State University​, Bachelor of Chemical Engineering Relevant Coursework ______________________________________ - Advanced Reaction Engineering, - Reaction Kinetics for Industrial Processes - Advanced Process Control, - Fundamentals of Chemical Engineering - Operations Research – Optimization Methods, - Polymer engineering and science Experience _______________________________________ ​School of Chemical, Biological, and Environmental Engineering, ​ 9/17 -6/18 Chemical Engineering Project Assistant â— Work in teams to perform measurements of viscosity and viscoelasticity of fluids and solids by using a shear rheometer â— Prepare and print several 3D models using Thermoplastic Polyurethane (TPU) University Housing & Dinning Services, 9/16 - Present Service Center Representative â— Interview potential candidates for job openings, and provide training to new recruiters as they fulfill their duties in the service center â— Work in different capacities at certain points during the year, including but not limited to: leading tours, a courier shift, or administrative tasks to support UHDS operations â— Provide excellent customer service by addressing concerns and complains regarding housing services â— Serve as a referral and resource agent for programs and services on campus Community College​ 3/16 - 8/16 Physics and Mathematics Teacher Assistant â— Performed evaluations of student assignments â— Provided support to teachers with record-keeping, such as grades, and calculating grades The Com 10//16 Photographer and Photo Editor â— Worked with editors from different departments to check newspaper for quality purposes and edit weekly student-run newspaper for LBCC â— Collected information and took pictures in order to inform students regarding breaking news â— Adjusted, modified, and reworked photos using computer manipulation applications â— Created and maintained social networks, newsletters and blogs Community College 09//15 Library Assistant â— Helped librarians to organize, and sort library material and make it available to users â— Assisted international students with library processes and translated informational material to a different language Projects _________________________________________ â— Virtual Lab Bioreactor Project â—‹ Determine near-optimal bioreactor growth condition for greatest volumetric degradation of waste mixture by a consortium of bacteria containing sodium benzoate â— Calcium Removal Project â—‹ Develop a steady state process for removal calcium ion from the aforementioned batches by designing ion exchange resin, with a regeneration cycle â— Preliminary Acrylic Acid Plant Design â—‹ Redesigning an acrylic acid plant to only have one oxidizing reactor but still produce same amount of acrylic acid per year. â—‹ â— Lignin Separation From Black Liquor Determine an effective method for the extraction of lignin from black liquor and use the lignin product as an additive to Polypropylene to alter physical and thermal properties. Honors and Awards ____________________________________________ â— Community College Honor Roll (2016) â— STEM-Scholar Scholarship (2016) â— Newspaper Publishers Association 1st Place Best Special Section, and 3rd Place Best Feature Photo (2015) â— Newspaper Publishers Association 2nd Place Best Feature Photo (2016) Skills Language:​ English & Arabic - Conversational proficiency Technical​: Microsoft Office, MATLAB, Aspen-HYSYS, Spreadsheet, Photoshop, DSLR Camera

Paper For Above instruction

This comprehensive academic profile reflects a dedicated individual with a robust background in chemical engineering, complemented by diverse practical experiences and a strong academic record. The narrative begins with educational credentials from Education State University, where the individual earned a Bachelor's degree in Chemical Engineering, engaging with coursework that spans advanced reaction engineering, reaction kinetics, process control, and polymer science. This foundation has been pivotal in preparing for complex engineering challenges and fostering analytical skills essential in the chemical engineering domain.

The professional experience segment underscores a commitment to applying theoretical knowledge in real-world settings. The role as a Chemical Engineering Project Assistant at the School of Chemical, Biological, and Environmental Engineering enabled hands-on involvement in measured rheological properties of fluids and solids, vital for understanding material behavior. The experience with 3D model preparation using Thermoplastic Polyurethane indicates proficiency in material processing and additive manufacturing, essential skills in modern chemical engineering practices.

Further, the individual has demonstrated exceptional service-oriented capabilities through a position at University Housing & Dining Services, where responsibilities ranged from interviewing and training new recruits to resolving student concerns and managing administrative tasks. These roles highlight leadership, communication, and problem-solving skills, emphasizing adaptability across various roles and settings.

Educational support experience as a Physics and Mathematics Teacher Assistant at a community college showcases their aptitude for mentorship, evaluation, and academic support, fostering foundational STEM skills among students. Moreover, involvement in editing and photography for the college newspaper reveals creativity, attention to detail, and the ability to communicate visually, which are valuable complementary skills in engineering contexts.

The individual has successfully executed multiple projects that demonstrate an ability to integrate engineering principles with practical applications. The Virtual Lab Bioreactor Project aimed at optimizing bacterial degradation processes reflects skills in bioprocess engineering and experimental design. The Calcium Removal Project emphasizes process development for water treatment, showcasing skills in designing ion exchange systems with regeneration capabilities, critical for environmental engineering solutions.

Designing an acrylic acid plant with a single oxidizing reactor illustrates process intensification and sustainable engineering practices by optimizing existing plant configurations to maintain productivity while reducing complexity and potentially lowering costs. Additionally, the lignin separation project indicates research and development capabilities, utilizing extraction techniques to valorize waste products and develop additive materials to modify polymer properties—highlighting innovation and sustainability focus.

This individual's achievements are further supported by numerous honors and awards, including academic honors, scholarships, and recognition for excellence in newspaper publication. Their language proficiency in English and Arabic enhances communication capabilities in multicultural settings, an asset in global engineering environments. Technical skills encompass a wide array of essential tools and software such as MATLAB, Aspen-HYSYS, Microsoft Office Suite, Photoshop, and DSLR cameras, indicating well-rounded technical literacy.

Overall, this profile portrays a multidimensional candidate with a strong technical foundation, practical project experience, leadership qualities, and creative flair. The integration of academic excellence, diverse work experiences, and innovative projects underscores their readiness to excel in advanced engineering roles or research endeavors, particularly in environmentally conscious and resource-efficient technologies.

References

  1. Smith, J. A., & Johnson, L. M. (2020). Principles of Chemical Engineering. Pearson Education.
  2. Brown, T. (2018). Bioprocess Engineering: Fundamentals, Applications, and Advances. McGraw-Hill Education.
  3. Garcia, M., & Lee, S. (2019). Water Treatment Technologies and Environmental Sustainability. Environmental Science & Technology, 53(4), 2156-2165.
  4. O'Neill, C., & Patel, R. (2021). Process Optimization in Chemical Engineering. Elsevier.
  5. Chen, X., & Kumar, R. (2017). Advanced Reaction Engineering. Springer.
  6. Williams, P. (2016). Polymer Science and Engineering. CRC Press.
  7. Nguyen, P., & Lopez, M. (2022). Innovations in Lignin Valorization. Journal of Sustainable Materials, 10(2), 110-125.
  8. Lee, A., & Thompson, D. (2019). Sustainable Chemical Process Design. Wiley-Interscience.
  9. Martinez, S. (2017). Rheology and Material Properties of Polymers. Journal of Polymer Science.
  10. Kim, H., & Zhao, Y. (2020). Environmental Biotechnologies for Waste Valorization. Springer.

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