Muhammad Fahad Faizan

• Prepared schedules, estimates, and engineering requirements for construction packages and RFP responses
• Conducted site visits to validate scope requirements and assess existing asset condition
• Responsible for preparing comprehensive design documentation, including concept reports, design requirements, manuals, guides, technical specifications, and notes
• Analyzed and designed grounding grids using CYMGRD and conducted cable ampacity studies and pole line designs for various projects using CYMCAP and SpidaCalc
• Led the design of substations, generating single-line diagrams, three-line diagrams, DC and AC control schematics, connection wiring diagrams, cable schedules, and raceway layouts
• Prepared technical specifications for major electrical equipment according to customer requirements and relevant standards (OESC, CSA, CEC, etc.)
• Participated in project Design Review Meetings, along with liaisoning and coordinating with the client to ascertain requirements and project progress
• Prepared engineering proposals, including material and labor cost estimates
• Reviewed electrical drawings and produced engineering packages for multiple projects
• Liaised with the Electrical Safety Authority (ESA) for plan review submissions, approvals, and protection philosophy documentation
• Provided technical clarifications and reviews to drafters, technologists, estimators, and construction teams
• Conducted internal knowledge-sharing activities to enhance cooperation and understanding.

• Created, designed, and developed Pakistan’s first energy systems data aggregator, PakESDA
• Developed and launched a first-of-its-kind SaaS platform, centralizing access to Pakistan’s power, energy, and oil markets’ data thus reducing research time from days to a few minutes
• Conducted market research interviews with industry experts to identify pain points in the existing system
• Produces two flagship products including Pakistan LNG dashboard and Monthly Pakistan Power Market Outlook

• Performed electrical power system studies including load flows, loss analysis, reactive compensation, short circuit, and harmonics analysis
• Carried out power system protection coordination studies including production of inverse time curves, and arc flash hazard analysis studies using software such as EasyPower and ETAP
• Performed engineering calculations to establish system criteria and major equipment design ratings and parameters, such as transformer and cable size selection
• Perform raceway fill calculations, cable tray loading calculations, cable selection and sizing, cable routing, and site layouts
• Develop AutoCAD Electrical/P&C drawings, including single-line diagrams, schematic diagrams, three-line diagrams, connection wiring diagrams, cable schedules, database/drawing set-up, and development of standard templates

• Analyzed battery applications for various sectors: grid storage, marine, aerospace, and automotive.
• Conducted market studies in consumer electronics manufacturing and automation.
• Utilized data mining techniques to extract information from SEC filings for financial analysis.
• Performed detailed analysis of financial statements, annual reports, and industry outlooks to assess market growth, forecasts, and competitive landscape.
• Created Mekko charts to support business development and strategy objectives.

Thesis Titled: Techno-Economic Assessment of Sectionalizing Distribution Networks (SDNs)

• Utilized Python for stochastic modeling of MV/LV Networks, incorporating various Distributed Energy Resources (DERs) such as wind, solar, and storage to simulate SDN concepts.
• Evaluated network reliability under different energy profiles and scenarios, assessing sectionalization effectiveness.
• Conducted economic modeling to determine implementation costs and analyzed the value of loss load.
• Performed extensive data analysis on wind, solar, load, and component failure profiles for probabilistic modeling.
• Conducted cost-benefit analysis of SDN implementation from the utility's perspective.
• Published Research Paper titled, "Probabilistic Adequacy and Transient Stability Analysis for Planning of Fault-initiated Islanding Distribution Networks"

• Provided technical consultation across utility-scale, commercial, industrial (C&I), and residential markets for energy storage systems, renewable plus storage systems, microgrids, and distributed energy resources.
• Engaged in customer-facing responsibilities, providing technical clarifications and preliminary site design reviews for international clients from Africa, the Middle East, Europe, and South Asia.
• Conducted energy commodity and electricity market studies, including battery storage application studies across European markets (Nordics, Ireland).
• Performed Battery Storage Systems (BSS) and microgrid sizing simulations and modeling for various applications and customers.

▪ Supported the RAV4 Assembly shop in achieving significant process and KPI improvements.
▪ Planned, investigated, and executed countermeasures to minimize process times effectively.
▪ Co-developed a control systems solution using TOYOPUC, resulting in a 70% reduction in defects during the assembly process.
▪ Coordinated closely with Maintenance, Production, and Kaizen teams to schedule and execute equipment work, ensuring smooth operations.
▪ Conducted root cause analysis on equipment and process defects in the Assembly Line Trim zone, optimizing efficiency.
▪ Supervised contractual work on the Assembly Line, prioritizing product quality and worker safety.

▪ Developed a contingency plan for the Dry Storage Container Reverse Loading process, ensuring operational readiness.
▪ Supported System Responsible Engineers (SREs) by conducting field walk-downs and inspections, contributing to system reliability.
▪ Represented the Performance Engineering Department in Planning and Preventive Maintenance meetings, ensuring effective communication and coordination.
▪ Acquired knowledge in Nuclear Engineering, Substation Design, Nuclear Safety, Risk-Based modification Process, and Engineering Change Control (ECC) process, enhancing expertise in the field.

▪ Assisted lead engineers in the design and construction of electro-mechanical industrial systems and testers.
▪ Conducted component selection (connectors, power supplies, batteries, diodes) for various power electronic testers (DC/DC, DC/AC).
▪ Provided support to technicians in troubleshooting and electrical debugging of industrial testers.
▪ Collaborated with project engineering to prepare project quotations and detailed cost-benefit timing plans.
▪ Utilized CAD software to create schematics and propose design layouts, ensuring precise project documentation.

▪ Conducted testing on various network devices, including Regional Collectors (RCs), Power Line Repeaters, Antennas, and Modems.
▪ Created electrical schematics and block diagrams for RCs using AutoCAD Electrical and Visio.
▪ Evaluated vendors, performed field-return testing, and configured HSPA, CDMA, GSM, and LTE RCs.
▪ Expanded knowledge of Protection & Control (P&C) Systems through field visits and training.
▪ Developed battery testing procedures to improve process flow.
▪ Completed training in P&C Power Systems, Station Safety, Distribution Line Patrol, and more.