Engineering Manager

Role Description

The Engineering Manager is responsible for leading engineering teams, overseeing technical projects, and ensuring that engineering activities align with organizational goals, quality standards, and operational requirements. This role coordinates project planning, resource allocation, technical development, and process improvement to deliver reliable, efficient, and cost-effective engineering solutions.

Key Responsibilities:

• Develop and implement engineering strategies, technical plans, and operational procedures that support business objectives.

• Lead engineering teams in designing, developing, testing, implementing, and maintaining products, systems, equipment, or infrastructure.

• Manage engineering projects from initial planning through execution, testing, delivery, and performance evaluation.

• Establish project schedules, technical requirements, budgets, resource plans, and measurable performance targets.

• Ensure engineering deliverables meet applicable technical specifications, safety requirements, quality standards, and regulatory obligations.

• Coordinate with production, operations, procurement, quality assurance, and other departments to support effective project execution.

• Review engineering designs, technical documentation, calculations, specifications, and project proposals to ensure accuracy and feasibility.

• Identify opportunities to improve engineering processes, reduce operational costs, increase productivity, and enhance product quality.

• Monitor project progress, evaluate technical risks, resolve issues, and implement corrective actions when necessary.

• Allocate personnel, equipment, materials, and financial resources according to project priorities and operational needs.

• Develop and maintain engineering procedures, technical standards, maintenance plans, and documentation systems.

• Support the adoption of new technologies, automation solutions, and innovative engineering methods to improve efficiency.

• Ensure compliance with applicable engineering regulations, environmental requirements, workplace safety standards, and internal policies.

• Manage relationships with suppliers, contractors, consultants, and technical service providers.

• Evaluate equipment performance, system reliability, and technical outcomes to identify areas for improvement.

• Establish key performance indicators to measure engineering productivity, project delivery, quality, and cost effectiveness.

• Prepare technical reports, project updates, budget reviews, and management recommendations.

• Promote collaboration, accountability, knowledge sharing, and continuous professional development within engineering teams.

• Support troubleshooting activities, root cause investigations, and preventive measures to minimize recurring technical problems.

• Contribute to long-term engineering planning, technology upgrades, capacity development, and operational sustainability.

Qualifications

• Bachelor's degree in Engineering, Mechanical Engineering, Electrical Engineering, Civil Engineering, Industrial Engineering, or a related discipline.

• A relevant professional engineering qualification or certification is an advantage.

• Strong understanding of engineering principles, technical design, project management, and quality control practices.

• Knowledge of engineering standards, workplace safety requirements, regulatory compliance, and risk assessment procedures.

• Excellent leadership, communication, organizational, and decision-making skills.

• Strong analytical and problem-solving abilities, with a focus on practical and cost-effective solutions.

• Ability to manage engineering projects, budgets, schedules, and resource allocation effectively.

• Familiarity with engineering software, technical documentation systems, and project management tools.

• Ability to interpret technical drawings, specifications, calculations, and engineering reports.

• Strong coordination skills for working with multidisciplinary teams and external stakeholders.

• Understanding of continuous improvement methodologies, process optimization, and operational performance measurement.

• High attention to detail and commitment to technical accuracy, safety, reliability, and quality.

• Ability to manage competing priorities and communicate complex technical information clearly.

• Commitment to innovation, professional integrity, sustainable engineering practices, and continuous improvement.