Mudasir Kausar Mohammed Energy, Oil & Gas, Manufacturing, and Maintenance
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I am a seasoned Mechanical Engineer and educator with over a decade of hands-on experience in Quality Engineering, Building Engineering Systems, Material Science, Rotating Equipment Maintenance, Fabrication, Vibration Analysis, and Plant Safety. My career has been dedicated to developing and delivering practical engineering solutions and high-impact training, integrating theory with industry applications to guide students and professionals alike.

I recently led a successful graduation project on Solar Parabolic Trough for Water Desalination, combining innovative engineering with sustainability to address real-world challenges. Currently, I am also leading a talented team of students in an Electric Vehicle (EV) Race project, where I guide them in mechanical assembly, design optimization, and performance enhancement to push the boundaries of EV technology.

My diverse experience across engineering disciplines enables me to support a wide range of learning needs, from foundational concepts to advanced project execution. My approach focuses on building technical competence, problem-solving abilities, and hands-on expertise that prepares students and trainees for real-world applications and industry success.

Subjects

  • Project Management Diploma-Masters/Postgraduate

  • Strength of Materials Diploma-Bachelors/Undergraduate

  • HVAC Diploma-Bachelors/Undergraduate

  • Heat transfer Diploma-Bachelors/Undergraduate

  • Reliability engineering Grade 10-Bachelors/Undergraduate

  • Mechanical core subjects Grade 11-Masters/Postgraduate

  • Machine design Diploma-Bachelors/Undergraduate

  • Non destructive testing Grade 10-Bachelors/Undergraduate

  • Material Science and Manufacturing Processes Diploma-Masters/Postgraduate

  • Vibrations Grade 8-Bachelors/Undergraduate

  • Pumps Diploma-Bachelors/Undergraduate

  • Technical report Beginner-Expert

  • Thermodynamics and fluid mechanics Diploma-Masters/Postgraduate

  • Engineering Ethics Diploma-Bachelors/Undergraduate

  • Applied Industrial Maintenance Grade 10-Bachelors/Undergraduate

  • Dynamics and Statics Diploma-Bachelors/Undergraduate

  • Six sigma and quality management Diploma-Masters/Postgraduate

  • Building Engineering Systems Diploma-Bachelors/Undergraduate

  • Heat Exchanger Diploma-Bachelors/Undergraduate

  • Vocational skills Grade 8-Bachelors/Undergraduate

Experience

  • Maintenance & Reliability Instructor (Feb, 2022–Present) at ADNOC Gas Processing
    ❖Conducting training sessions on Rotating Equipment, RCM, TPM, FMECA, Condition Monitoring, Asset Management, Prediction Analysis (Reliability Block Diagram RBD)
    ❖ Provides training and coaching on Reliability and Maintenance standards and best practice.
    ❖ Prepared action plan on implementation of Asset Integrity Management, Spare Parts Management.
    ❖ Able to perform MTBF (Mean Time Between Failure), MTTR (Mean Time to Repair), RBD (Reliability Block Diagram) for prediction analysis.
    ❖ Facilitate Root Cause Analysis, determine root cause of equipment failure, and suggest necessary corrective actions.
    ❖ Conducting training sessions on Rotating Equipment, RCM, TPM, FMECA, Condition Monitoring, Asset Management, Prediction Analysis (Reliability Block Diagram RBD)
    ❖ Able to perform MTBF (Mean Time Between Failure), MTTR (Mean Time to Repair), RBD (Reliability Block Diagram) for prediction analysis.
    ❖ Facilitate Root Cause Analysis, determine root cause of equipment failure, and suggest necessary corrective actions.

    Skills: Asset Management · RCA · Condition Monitoring · CMMS · RCM
  • Mechanical Engineering Instructor (Aug, 2018–Jan, 2022) at Institute of Applied Technology, IAT
    Mechanical: Statics, Dynamics, Pumps, Compressors, and Heat exchange
    Industrial: Engineering Ethics, Manufacturing Processes, Applied Industrial Maintenance, Quality Management, Health, Safety, and Environment
  • Instructor (Aug, 2016–Jul, 2018) at UAE UNIVERSITY
    Courses & labs:
    • Manufacturing Processes (Welding, Casting, Milling, Rolling, Forging)
    • NDT (DPI, MPI, Acoustic Emission, Ultrasonic)
    • Engineering Materials (UTM, SEM,XRD, Creep, Fatigue)
    • Building Engineering Systems (Duct designing)
    • Design & Manufacturing Lab (DOE, Statistical Analysis)
    Services:
    • Evaluate queries in tender review committee (Equipment)
    • Academic advisor for ABET courses
    • Examiner for Industrial training (ADNOC, Nissan, HVAC)

Education

  • MSc Mechanical Manufacturing Engineering (Jan, 2011–Feb, 2012) from University of Greenwich UK–scored Merit
  • Bachelor of Engineering, Mechanical (Jul, 2004–Jun, 2008) from Osmania University, Hyderabad–scored First

Fee details

    د.إ50–200/hour (US$13.62–54.50/hour)

Courses offered

  • Vibration Analysis Fundamentals – Category I Certification Preparation

    • US$100
    • Duration: 4 Hours
    • Delivery mode: Online
    • Group size: Individual
    • Instruction language: English
    • Certificate provided: Yes
    This Vibration Analysis Category I course is designed to equip students with foundational knowledge and practical skills in vibration analysis, preparing them for Category I certification. As a certified Vibration Analyst (Category I), I bring industry experience and hands-on knowledge to help participants understand the principles, techniques, and tools used in vibration analysis for predictive maintenance and reliability engineering.

    Introduction to Vibration Analysis: Understanding vibration principles, types of vibrations, and basic terminologies used in the industry.
    Data Collection Techniques: How to accurately measure and record vibration data using industry-standard tools and equipment.
    Vibration Signals and Spectra: Exploring the nature of vibration signals, waveform analysis, and frequency spectra for machinery diagnostics.
    Basic Fault Identification: Techniques for identifying common faults such as misalignment, unbalance, and bearing defects based on vibration patterns.
    Condition Monitoring: Establishing a condition-based maintenance strategy and understanding the role of vibration analysis in asset management.
    Hands-On Practice: Practical exercises and case studies to apply learned skills in real-world scenarios.

    This course is ideal for maintenance technicians, reliability engineers, and anyone interested in predictive maintenance and machinery health monitoring.

    By the end of this course, participants will gain the confidence and skills to perform basic vibration analysis, identify early signs of equipment failure, and improve machinery reliability in industrial settings.

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