Habib Baqar Ali
Software Cost-value Engineer IT Consultant @A2MAC1 - Decode the future
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WORK HISTORY
Software Cost-value Engineer IT Consultant @A2MAC1 - Decode the future
Augsburg, DE
Applying various sizing methodologies, based on calculated requirements’ maturity and granularity, to accurately estimate software costs and optimize resource allocation.• Streamlining processes (agile, DevOps, etc.) to enhance efficiency, reduce costs, and align with industry standards.• Conducting in-depth analysis to identify areas for improvement in technology productivity and implementing strategies for optimal efficiency.• Evaluating impact factors to ensure the delivery of high-quality software and IT services with an optimal cost-value ratio. • Implementing advanced cost-value engineering procedures, methods, and tools to drive cost reductions, improve performance, and maximize project success.
EDUCATION
Happy Home Secondary school
Matriculation-SSC, SCIENCE
Adamjee Science College
Intermediate-HSC, Pre-Engineering
Hochschule Kaiserslautern
Master of Engineering - MEng, Mechanical Engineering
NED University of Engineering and Technology
Bachelor of Engineering (B.E.), Industrial Engineering
ABOUT HABIB BAQAR ALI
As an experienced professional with a diverse background in both industrial engineering and IT consulting, I have developed a unique blend of expertise across supply chain, cost-value engineering, and software project management. Starting my career at Pak Suzuki Motor Company, I spent 2.5 years in the Supply Chain Division focusing on cost optimization for in-house and vendor components. Currently, as an IT Consultant in Germany, I specialize in software cost-value engineering, leveraging methodologies like Story Points, Use-Case Points and COCOMO II to estimate cost, effort, duration and resource allocation for IT projects. My Master’s degree in Mechanical Engineering from Germany further enhanced my technical and project management skills, allowing me to work on projects involving virtual product development, computational fluid dynamics, and design engineering using industry-standard tools such as CATIA V6, ANSYS, CREO, and MATLAB/Simulink. I thrive on solving complex challenges and driving efficiency through innovative solutions.
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