Musa Jehangir

Norman,OK

Summary

Chemical Engineering student at the University of Oklahoma with experience in Aspen Plus, Excel, MATLAB, Python, process simulation, and engineering project support. Skilled in mass and energy balances, heat transfer, separations, and process design.

Overview

year of professional experience

Work History

Engineering Intern (Field Support)

Bright Electric

Norman, Oklahoma

06.2026 - Current

Supported planning and execution of a $3 million commercial electrical project, maintaining material tracking, cost information, and project documentation in Excel to support day-to-day project decisions.
Reviewed electrical drawings and prepared material takeoffs for multiple project phases, helping support procurement, scheduling, and coordination of required materials.
Updated and organized weekly project data, material status, and cost-tracking information, improving visibility for project personnel and helping keep work aligned with construction milestones.
Coordinated with electricians, project managers, office staff, and field personnel to communicate project updates, resolve material-related issues, and support ongoing construction activities.

Independent Technical Training

Aspen Plus Process Simulation Training

Norman, OK

05.2025 - 08.2025

Built and simulated reactors, separation systems, and unit operations using Aspen Plus to enable accurate process design.
Configured thermodynamic property methods including NRTL and the Peng-Robinson to optimize process simulations.
Performed recycle convergence, sensitivity analyses, and design specification studies, enhancing process modeling capabilities.

Education

Bachelor of Science - Chemical Engineering

University of Oklahoma

Norman, OK

05-2027

Skills

Software: Aspen Plus, MATLAB, Excel (Advanced Formulas, Solver), Python
Project management
Process simulation

Engineering: Mass & Energy Balances, Heat Transfer, Fluid Flow, Unit Operations, Process Simulation, Cost Estimation
Electrical system design
Electrical project coordination

Projects

Styrene Production Project, Team Design Project, University of Oklahoma, 2024-01 - 2024-05, Collaborated in a team of four to design an ethylbenzene-to-styrene production process., Performed mass and energy balances and evaluated reactor performance and heat duties., Designed and analyzed a separation train consisting of quench, compression, and distillation operations., Presented technical findings and process recommendations to faculty and classmates.

Affiliations

AICoE (American Institute of Chemical Engineers)
Attended chapter meetings, plant tours, and industry networking events.
Participated in resume workshops and professional development activities.

Timeline