Keshav COONDIAH

• Manage end-to-end execution of energy, automation, and sustainability projects for French-speaking Africa and islands.
• Lead project planning, budgeting, scheduling, and risk management aligned with Schneider Electric CPP and PMP standards.
• Ensure customer satisfaction, profitability, and compliance with quality and safety standards.
• Coordinate multi-disciplinary teams across engineering, logistics, and subcontractors.
• Oversee commercial management including revenue recognition, cost control, invoicing, and cash flow optimization.
• Manage stakeholder communication with clients, suppliers, and internal functions.
• Conduct project performance analysis including financial metrics, risk logs, and lessons learned.

Key Achievements

• Delivered a €1.2M Central Electricity Board project for 200 RM6 units under Platinum Rules – completed on time with zero penalties and increased profit margins through effective cross-functional collaboration with Egypt logistics.
• Executed the first SM AirSet installation in Mauritius (Motor Museum project) with Manser Saxon Contracting Ltd, promoting Schneider's green and sustainable technology.
• Completed 6 SM AirSet switchboards for Numelec Contractor with FAT in France under tight delivery timelines.
• Managed projects in Madagascar and Réunion (RM6 & GHA) with service model transition from CAPEX to OPEX.
• Delivered a €1M AirSet, LV Pillars, and RMAirSet project for Seychelles Public Utilities Corporation, including client training on Easergy P3/P5 and T300.
• Led and conducted Easergy and SM AirSet technical training events in Mauritius, supporting client and contractor capability development.
• Led cross-functional teams to deliver complex projects on time and within budget.
• Developed project plans, schedules, and resource allocation to enhance project efficiency.
• Implemented risk management strategies to minimize project disruptions and ensure compliance.
• Analyzed project performance data to identify areas of improvement.
• Sourced, vetted and managed vendors needed to accomplish project goals.

• As a Project Engineer at Rey & Lenferna Technologies, I was responsible for managing end-to-end execution of medium and low voltage electrical projects across various industries. I specialized in MV switchgear systems, transformer installations, fire suppression systems, and power quality improvements, ensuring safe, efficient, and timely project delivery.

Key Responsibilities & Achievements:

1. Led the design, supply, installation, testing, and commissioning of:

• A. MV switchgear (ABB, IMEB, Schneider Electric)
• B. Transformers (ABB, Zennaro)
• C. MLVP electrical panels for industrial applications
• D. Earthing systems across multiple sectors
• E. Fire suppression systems:
• FireTrace (Direct-Low-Pressure) for server racks, UPS, and electrical panels
• Defender Kitchenhood systems for hotels
• Total Flooding systems for server and UPS rooms
• Mentored junior engineers, providing guidance on technical challenges and best practices in project execution.

2. Executed synchronization of three Petbow GenSets using Governor Systems and Automatic Voltage Regulators (AVRs) – AML

• Streamlined processes by identifying inefficiencies and recommending improvements for enhanced productivity.
• Fostered strong relationships with clients through effective communication and proactive problem-solving strategies.
• Provided technical expertise throughout all phases of the project, ensuring accurate execution of designs and specifications.
• Monitored installation of materials and equipment for compliance with drawings and specifications.
• Determined and scheduled priorities as required to progress engineering work.
• Coordinated cross-functional teams, fostering collaboration to achieve project goals.
• Managed budgets effectively for multiple projects, ensuring financial targets were met.
• Identified risks and implemented mitigation strategies, minimizing potential issues during the project lifecycle.

3. Performed:

• A. Cable sizing for MV and LV networks
• B. Capacitor bank sizing to improve power factor [Cos(Φ)]
• C. Relay AC testing and pressure testing on MV switchgear busbars
• 4. Managed MV cable terminations and joints:
• A. 3C35mm² and 3C95mm² for 6.6kV, 22kV, and 66kV networks
• Led cross-functional teams to deliver complex engineering projects on time and within budget.
• Developed and implemented project schedules, ensuring alignment with client expectations and resource allocation.
• Coordinated with stakeholders to define project scope, objectives, and deliverables for optimal outcomes.

• During my time at IBL Together, I gained hands-on experience in both technical and commercial aspects of electrical and automation engineering. This role laid the foundation for my future in project execution and engineering design.
• Key Responsibilities & Experience:
• Assisted in preparing technical quotations for industrial automation products (Siemens, IFM, Schneider Electric)
• Participated in panel building and wiring for control systems
• Supported PLC and SCADA instrumentation setup and configuration
• Contributed to project engineering tasks including documentation and site coordination
• Gained exposure to software engineering related to automation and control systems

• During my time at IBL Together, I gained hands-on experience in both technical and commercial aspects of electrical and automation engineering. This role laid the foundation for my future in project execution and engineering design.
• Key Responsibilities & Experience:
• Assisted in preparing technical quotations for industrial automation products (Siemens, IFM, Schneider Electric)
• Participated in panel building and wiring for control systems
• Supported PLC and SCADA instrumentation setup and configuration
• Contributed to project engineering tasks including documentation and site coordination
• Gained exposure to software engineering related to automation and control systems

• As part of my undergraduate training, I was exposed to the operations of a steam turbine power plant and its associated electrical systems, including power generation, transmission, and protection. I also gained hands-on understanding of industrial control systems used for process automation and monitoring.
• Key Learning Areas:
• Observed the operation and maintenance of electrical systems and components in a thermal power plant
• Gained insight into power generation and transmission infrastructure
• Worked with SCADA, DCS, and PLS systems for:
• Remote monitoring and control
• Accurate data collection and logging
• Alarm management and data backup
• Understood the integration of automation systems in energy production and plant safety

• During this internship, I was introduced to the operational and protection systems of a bagasse-based thermal power plant that contributes to the Mauritian national grid. The training focused on the use of electromechanical components and their role in energy generation and safety.
• Key Learning Areas:
• Gained exposure to motors and induction machines used in thermal energy production
• Observed the application of circuit breakers and residual current devices (RCDs) for plant protection
• Understood the integration of renewable energy (bagasse) into the national grid
• Learned about the maintenance and safety protocols in thermal power operations

• Participated in a hands-on industrial training program at one of Mauritius' leading integrated sugarcane processing and energy production companies. Omnicane is committed to sustainable development through the production of refined sugar, bioethanol, and electricity from bagasse and coal.
• Key Learning Areas & Contributions:
• Gained exposure to the full cycle of sugarcane milling operations and energy generation.
• Observed and analyzed the integration of electrical systems across milling and power generation units.
• Studied the co-generation process using bagasse and coal as fuel sources for electricity production.
• Developed a foundational understanding of industrial automation and energy efficiency in agro-industrial settings.

• Completed a technical internship at the national airline of Mauritius, headquartered at Sir Seewoosagur Ramgoolam International Airport. Air Mauritius is committed to maintaining high standards of safety and service, in alignment with global aviation authorities such as EASA and IATA.
• Key Learning Areas & Contributions:
• Gained hands-on experience in the maintenance of in-flight electronic and mechanical systems.
• Assisted in the inspection and servicing of aircraft cabin equipment including:
• LCD screens
• Pilot microphones and headsets
• Aircraft ovens and chillers
• Passenger cradle phones
• Observed safety protocols and maintenance procedures critical to ensuring flight readiness and passenger comfort.