Salaheddine CHERIFI
Mechanical / Industrial Engineer
Profile summary
Mechanical / Industrial Engineer with strong academic background and multidisciplinary experience in energy systems, industrial engineering, and applied engineering analysis. Ranked first in class during Bachelor studies and currently completing a Master’s degree June 2025. Highly motivated to pursue a PhD in Energy and Environment, with research interests in energy efficiency, sustainable systems, power generation, and environmental impact optimization.
Career highlights
Optimized Production Processes: Assisted in analyzing and optimizing production processes to improve efficiency and reduce operational costs at CAP DJINAT POWER GENERATION UNIT.
Key skills
Professional experience
Industrial Engineering Intern (Master’s Project) - Conducted a reliability and inspection study to improve gas turbine availability using the FMECA method. Monitored crude oil separation processes and observed real-time operations in the central control room. - Analyzed operational data and developed recommendations to enhance system performance and reliability. - Applied EPC project management methods and maintenance planning techniques. - Evaluated cost and schedule performance indicators, including SPI (Schedule Performance Index) and CPI (Cost Performance Index).
- Managed customer relationships and provided tailored automotive solutions, enhancing customer satisfaction and loyalty.
- Conducted market research to identify potential clients and improve sales strategies.
- Assisted customers in selecting suitable vehicles based on their needs and budget, ensuring a seamless purchasing experience.
- Collaborated with the marketing team to promote new models and special offers, increasing showroom traffic.
- Achieved 25 in sales growth through effective negotiation and client engagement.
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• Assisted in oil and gas field operations, including well logging, drilling, and production processes, • Gained hands-on experience with petroleum engineering tools and software used in reservoir evaluation and well performance analysis. • Supported senior engineers in data collection, analysis, and reporting to optimize drilling efficiency and reduce downtime. • Participated in equipment maintenance and quality control to ensure safety and compliance with industry standards. • Conducted safety inspections and risk assessments to enhance workplace safety and operational effectiveness. • Collaborated with multi-disciplinary teams to troubleshoot technical issues and improve field operations. • Assisted in preparing technical reports and presentations for internal teams and clients.
- Assisted in oil and gas field operations, including well logging, drilling, and production processes,
- Gained hands-on experience with petroleum engineering tools and software used in reservoir evaluation and well performance analysis.
- Supported senior engineers in data collection, analysis, and reporting to optimize drilling efficiency and reduce downtime.
- Participated in equipment maintenance and quality control to ensure safety and compliance with industry standards.
- Conducted safety inspections and risk assessments to enhance workplace safety and operational effectiveness.
As a volunteer in the university club, I contributed to organizing National Science Day celebrations. My role involved ensuring smooth workflow management within the organization
• maintenance of computers • Assisted in analyzing and optimizing production processes to improve efficiency and reduce operational costs. • Conducted time and motion studies to evaluate workforce productivity and suggest improvements. • Supported maintenance teams in monitoring and troubleshooting power generation equipment, ensuring minimal downtime. • Participated in energy efficiency assessments, identifying areas for resource optimization and waste reduction. • Assisted in inventory management and supply chain analysis, improving material flow and reducing lead times. • Collaborated with engineers to develop preventive maintenance plans for turbines, generators, and auxiliary systems. • Prepared technical reports and data analysis on equipment performance and system reliability. • Followed safety regulations and compliance protocols, ensuring adherence to industry standards and best practices.
- maintenance of computers
- Assisted in analyzing and optimizing production processes to improve efficiency and reduce operational costs.
- Conducted time and motion studies to evaluate workforce productivity and suggest improvements.
- Supported maintenance teams in monitoring and troubleshooting power generation equipment, ensuring minimal downtime.
- Participated in energy efficiency assessments, identifying areas for resource optimization and waste reduction.
Education
📅 Graduation: June 2025 Master’s Thesis: Study and analysis of major inspections to improve the availability of the MS5002C gas turbine using the FMECA method. Research Focus: Gas turbine availability and reliability Failure Modes, Effects and Criticality Analysis (FMECA) Maintenance optimization for power generation systems Energy efficiency and operational reliability
First Rank in Class Core courses: Energy systems, industrial processes, optimization, quality control, and engineering management