An Electrical Engineer is responsible for maintaining electrical devices and testing them for safety and efficiency.
Their duties include managing the working process for new electrical equipment, using design software to solve faults, troubleshooting, and overseeing the installation process wiring diagrams, P&ID Circuit diagrams in the plant etc.
Responsibilities
Choose and specify electrical parts, such as cables, lights, and motors.
Using CAD software, create schematics, diagrams, and layouts for control systems.
Using software tools like PLC programming, DCS programming, or SCADA systems, develop and put into practice control plans.
For planned initiatives, carry out cost-benefit evaluations and feasibility studies.
Ensure that projects are finished on schedule and under budget by working together with project managers, other engineers, and clients.
Review and approve instrumentation and control system design documents, including specifications, drawings, and calculations.
Prepare and present technical reports and presentations to clients and other stakeholders.
Ensure that instrumentation and control systems are designed and installed in compliance with applicable codes, standards, and regulations.
Provide technical guidance and support to other team members.
Keep abreast of new developments in the field of instrumentation and control systems as well as market trends.
Visiting clients and working on-site is a common aspect of the work.
Ability to use computer packages such as excel, MS ward, Power point and Auto cards etc.
Drafting of maintenance report and daily equipment data reports.
Requirements
Minimum of National Diploma in Electrical Engineering, or a related field.
0 - 5 years of experience in instrumentation and control system design, analysis, and implementation.
Advanced mathematical skills for calculation of design equations.
Writing skills for preparing manuals, parts lists, proposals, and design documentation.
Ability to supervise technicians.
Focus and concentration to understand complex electrical systems.
Self-motivation to keep up with current electrical advances using new technologies.
Using industry-specific tools to analyze and test electronics.
Time-management skills for meeting deadlines.
Experience with control system programming and software tools such as PLC programming, DCS programming, or SCADA systems.
Knowledge of codes, standards, and regulations related to electrical engineering, such as ISA, IEC, and NEC.
Strong analytical and problem-solving skills.
Excellent communication and interpersonal skills.
Ability to work independently and as part of a team.
Experience with industrial processes and equipment, such as pumps, motors, and valves, is a plus.