MAHAD QASIM
Project Manager (Urban Solar)
BE Mechatronics Engineering (Air Univeristy Islamabad)
Objective
I am dedicated to contributing my skills and knowledge in a dynamic and esteemed organization that provides diverse opportunities for career advancement and skill enhancement within a professional work environment. Aspiring to secure a challenging position in a progressive organization aligned with my field, where I can leverage my acquired expertise for ongoing personal and professional growth..
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Experience
Project Manager                             Feb 2023- PresentÂ
Smartsheet: Developed and managed multiple Smartsheets, employing complex formulas and automation for efficient project management.
Project Planning and Scheduling: Oversaw project planning, scheduling, and coordination with various teams, ensuring the timely completion of over 30 projects.
Design Requests: Facilitated design requests, collaborating with the design team for client satisfaction through proper revisions.
Budget Management: I managed the budget of the project and made sure expenses does not exceed the allocated budget. Managed the budgets of projects averaging in $30,000 project cost.
Stakeholder Management: Successfully maintained stakeholder relationships by communicating project progress, addressing concerns, and ensuring overall satisfaction.
40KW Solar installation                        August 2022
Succesfully Installed 40KW On-Grid Solar System at Lahore Cantt. Details Include:
Standard Galvanized structure
GoodWe GW50KN-MT Solar Inverter (50KW)
Longi solar panels 545W x 72
Schneider protection devices and Circuit Breakers
Production and Quality insurance intern          June 2022-july 2022
Worked in the Producton department manage the line losses.
Insured the Quality of the incoming raw material and outgoing products
Portfolio
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Final Year Project
Dual Axis Solar Tracker
Energy Harnessing Using Solar Tracking System
The Project Includes:
Mechanical Design of the System.
Mechanical design, fabrication, and implementation of the system with control and tracking software.
Data logging using sensors and a cleaning system with a sprinkler.
IoT-based with Arduino IoT app setup for self-locking and stabilization during high winds.
Analysis:
All of the analysis and experimental setup shows that 28.59 % of increase in energy is measured against the solar panel standed without tracking. This shows the energy efficiency of this project. The project is IOT based with Arduino IOT app setup.
Skills
Engineering Skills
Softwares
Project Management
Microcontrollers
Certifications
Solar PV Project Management
IQ8 Installer certification training
Battery Energy Storage System (BESS)
Energy System Optimization (ESO)
Solar PV Procurement, Sales and Business
The Project Management Course: Beginner to PROject Manager