Electrical Engineering Manager | Genser Energy | Takoradi

• Oversee and manage all engineering design activities, including conceptual, FEED (Front End Engineering Design), basic, and detailed design phases:
• Advanced Process Control (APC).
• Distributed Control Systems (DCS).
• Programmable Logic Controllers (PLC).
• Supervisory Control and Data Acquisition (SCADA).
• Oversee the conceptualization, detailed design, and engineering calculations, ensuring compliance with technical specifications, codes, and standards:
• Design Documents.
• Hazardous Area Calculations.
• I/O Schedules.
• Loop Diagrams.
• Layout Drawings.
• Interconnection and Wiring Diagrams.
• Review Authorized For Construction drawings (AFCs), P&IDs, and commissioning checklists.
• Review all Red Lines and As Built Drawings to confirm accuracy and compliance with original designs and modifications.
• Ensure that warranty and punch list issues are effectively managed after commissioning.
• Implement and follow timelines, build detailed Gantt charts.
• Ensure designs comply with industry codes, standards, regulations, and safety requirements.
• Coordinate the integration of multidisciplinary design disciplines (e.g., mechanical, electrical, instrumentation, civil) to achieve cohesive project execution.
• Ensure that all designs are optimized for cost, efficiency, and operability while maintaining the highest quality and safety standards.
• Review and approve design changes, deviations, and design risk assessments.
• Manage the preparation of engineering schedules, budgets, and manpower forecasts, ensuring efficient utilization of resources.
• Monitor project progress against key milestones and design deliverables, identifying and mitigating risks or delays.

• Act as the main point of contact for all design-related aspects of the project, collaborating closely with project managers, engineering teams, and clients.
• Coordinate with other departments such as procurement, business development, and operations to ensure seamless project execution.
• Provide technical guidance as needed for the Operations & Maintenance teams on-site.
• Ensure design teams are adequately resourced and managed to meet project requirements and deadlines.
• Promote a culture of continuous improvement, encouraging innovation and the adoption of best practices.

• Interface with clients, vendors, and external stakeholders to understand design requirements, present technical solutions, and address concerns.
• Provide technical support during client meetings, offering design solutions that align with the client’s objectives and regulatory requirements.
• Ensure that the design team delivers designs that are practical, sustainable, and meet client expectations.
• Assist with the preparation of technical proposals and presentations for potential clients.

• Identify design risks early in the project and implement mitigation strategies.
• Ensure that all design work adheres to relevant industry standards, environmental regulations, and safety codes.
• Manage the design review process, ensuring compliance with both internal and external regulatory requirements.

• Stay abreast of industry trends, new technologies, and design innovations, integrating these advancements into project work as appropriate.
• Drive the adoption of new tools, technologies, and methodologies to improve design efficiency and effectiveness.
• Evaluate design performance and propose improvements for future projects.

• Supervise the team to execute assigned projects within deadlines and budget.
• Develop and implement necessary measures to ensure flexible work practice and team building.
• Carry out performance appraisals and development plans (including training) with subordinate staff.
• Implement training and development program for staff in line with the organization's technical and business needs.
• Coordinate the rotational schedule (on and off duty) of subordinate staff.

• Bachelor’s degree in Electrical Engineering (Power Systems) is mandatory.
• Master’s degree is mandatory.
• Multicultural experience is mandatory.

• A minimum of 10+ years of experience in electrical design engineering (power systems) in the Oil & Gas industry.
• Proficient in Microsoft Office Suite (Excel, PowerPoint, Word).
• Proven experience leading multidisciplinary design teams in the execution of complex projects.
• Strong knowledge of industry standards and regulatory requirements (e.g., ASME, API, ISO, ANSI, etc.).
• Familiarity with design software tools (e.g., AutoCAD, PDS, Revit, etc.).
• Project management skills, including the ability to manage budgets, schedules, and resources.
• Proven experience to establish and oversee management of change (MOC) procedures.
• Experience with Installation, Commissioning and Factory Acceptance Test (FAT) and Site Acceptance Tests (SAT)
• Substation 11kV, 33kV, 161kV
• Switchgear 11kV, 33kV
• LV MCC
• Power transformers up to 33kV
• Overhead lines up to 33kV
• Cable: control, low voltage, medium voltage
• Cable trays: control, low voltage, medium voltage
• Ground grid for power systems and electronic sytem
• Lightning protection system
• AC/DC control low voltage
• Protective relays:
• 24 - Volts per Hertz Relay
• 25 - Synchronizing or Synchronism-check Device
• 27 - Undervoltage Relay
• 27P – Phase Undervoltage
• 27S – DC Undervoltage Relay
• 27TN – Third Harmonic Neutral Undervoltage
• 27TN/59N – 100% Stator Earth Fault
• 27X – Auxiliary Undervoltage
• 27 AUX – Undervoltage Auxiliary Input
• 27/27X – Bus/Line Undervoltage
• 27/50 – Inadvertent Energization
• 32 – Directional Power Relay
• 32P – Directional Power
• 32R – Reverse Power
• 50 – Instantaneous Overcurrent Relay
• 50BF – Breaker Failure or LBB (Local Breaker Back-up)
• 50G – Ground Instantaneous Overcurrent
• 50N – Neutral Instantaneous Overcurrent
• 50NBF – Neutral Instantaneous Breaker Failure
• 50P – Phase Instantaneous Overcurrent
• 50SG – Sensitive Ground Instantaneous Overcurrent
• 50/27 – Inadvertent Energization
• 50/51 – Instantaneous / Time-delay Overcurrent relay
• 50/74 – CT Trouble
• 50/87 – Instantaneous Differential
• 51 – AC Time Overcurrent Relay
• 51C – Voltage Controlled Time Overcurrent
• 51G – Ground Time Overcurrent
• 51LR – AC Inverse Time Overcurrent (Locked Rotor) Protection Relay
• 51N – Neutral Time Overcurrent
• 51P – Phase Time Overcurrent
• 51R – Locked / Stalled Rotor
• 51V – Voltage Restrained Time Overcurrent
• 51Q – Negative Sequence Time Overcurrent
• 52 - AC Circuit Breaker
• 52a – AC Circuit Breaker Position (contact open when circuit breaker open)
• 52b – AC Circuit Breaker Position (contact closed when circuit breaker open)
• 55 – Power Factor Relay
• 56 – Field Application Relay
• 57 – Short-Circuiting or Grounding Device
• 59 – Overvoltage Relay
• 59B – Bank Phase Overvoltage
• 59N – Neutral Overvoltage
• 59NU – Neutral Voltage Unbalance
• 59P – Phase Overvoltage
• 59X – Auxiliary Overvoltage
• 59Q – Negative Sequence Overvoltage
• 60 – Voltage or Current Balance Relay
• 60N – Neutral Current Unbalance
• 60P – Phase Current Unbalance
• 64 – Ground Protective Relay
• 64F – Field Ground Protection
• 64R - Rotor Earth Fault
• 64REF - Restricted Earth Fault Differential
• 64S - Stator Earth Fault
• 64S – Sub-harmonic Stator Ground Protection
• 64TN – 100% Stator Ground
• 67 – AC Directional Overcurrent Relay
• 67G – Ground Directional Overcurrent
• 67N – Neutral Directional Overcurrent
• 67Ns - Earth Fault Directional
• 67P – Phase Directional Overcurrent
• 67SG – Sensitive Ground Directional Overcurrent
• 67Q – Negative Sequence Directional Overcurrent
• 81 – Frequency Relay
• 81O – Over Frequency
• 81R – common industry use for Rate Of Change Of Frequency Relay (ROCOF)
• 81U – Under Frequency
• 87 – Differential Protective Relay
• 87B – Bus Differential
• 87G – Generator Differential
• 87GT – Generator/Transformer Differential
• 87L – Segregated Line Current Differential
• 87LG – Ground Line Current Differential
• 87M – Motor Differential
• 87N – Neutral Differential Protection / Restricted Earth Fault (REF) see also 87RGF
• 87O – Overall Differential
• 87PC – Phase Comparison
• 87RGF – Restricted Ground Fault see also 87N
• 87R – Restrained Differential
• 87S – Stator Differential
• 87S – Percent Differential
• 87T – Transformer Differential
• 87U – Unrestrained Differential
• 87V – Voltage Differential

• Strategic Vision: Lead projects aimed at enhancing efficiencies through refined processes and procedures.
• Strong Leadership: Capable of addressing technical, financial, and HR challenges in a dynamic business environment.
• Analytical Expertise: Excellent analytical skills with a focus on data analysis and process optimization.
• Attention to Detail: Ensure accuracy and compliance in all documentation and processes.
• Confidentiality and Integrity: Proven ability to manage sensitive information professionally and confidentially.
• Exceptional Communication Skills: Strong interpersonal abilities to effectively engage with employees and stakeholders at all levels.
• Problem-Solving Ability: Demonstrated capacity to analyze complex issues and develop practical solutions.
• Change Leadership: Experience in spearheading change initiatives and fostering a culture of continuous improvement.
• Diligent Project Management: Effectively manage multiple projects and ensure timely delivery.
• Technology Optimization: Navigate complexities and drive efficiency through technological advancements.
• Organizational Skills: Strong planning, organizational, and time management skills, with the ability to coordinate activities across various disciplines.

Ghanahires