Key Responsibility Areas (KRA) & Key Performance Indicators (KPI) for Cad Engineer
1. CAD Software Proficiency
KRA: Demonstrating expertise in utilizing CAD software tools for design and drafting purposes.
Short Description: Mastering CAD software for efficient engineering tasks.
- Number of completed CAD projects per month
- Accuracy of CAD designs compared to specifications (measured by %)
- Time taken to complete complex CAD models
- Utilization rate of advanced CAD features
2. Quality Control and Assurance
KRA: Ensuring the accuracy and precision of CAD designs to meet quality standards.
Short Description: Maintaining high-quality CAD outputs.
- Number of design errors detected and corrected
- Client satisfaction rating based on design quality
- Meeting project deadlines consistently
- Compliance with industry standards in CAD designs
3. Project Collaboration
KRA: Collaborating with project teams to integrate CAD designs with overall project requirements.
Short Description: Seamless teamwork for project success.
- Effectiveness of communication with project stakeholders (rated by team feedback)
- Percentage of project milestones achieved through collaboration
- Integration of CAD designs with other disciplines (e.g., architecture, structural engineering)
- Timely response to team queries and requests
4. Innovation and Problem-Solving
KRA: Identifying innovative solutions and resolving design challenges using CAD tools.
Short Description: Creative problem-solving through CAD innovation.
- Number of innovative design ideas proposed and implemented
- Resolution time for design-related issues
- Feedback from peers on problem-solving capabilities
- Adoption rate of new CAD techniques for problem-solving
5. Continuous Learning and Development
KRA: Engaging in ongoing learning to stay updated with the latest CAD technologies and trends.
Short Description: Commitment to professional growth in CAD engineering.
- Participation in CAD training programs or workshops
- Number of new CAD skills acquired within a quarter
- Application of new CAD learning in projects
- Feedback from supervisors on skill improvement in CAD
6. Time Management and Prioritization
KRA: Effectively managing time and priorities to meet project deadlines and deliverables.
Short Description: Efficient project planning and execution.
- Percentage of projects completed on time
- Adherence to project timelines and milestones
- Proper allocation of time for different project phases
- Feedback from project managers on time management skills
7. Compliance with CAD Standards
KRA: Ensuring adherence to industry-specific CAD standards and regulations in design practices.
Short Description: Upholding CAD standards for quality assurance.
- Audit results on CAD compliance with standards
- Number of design revisions due to non-compliance issues
- Training records on CAD standards awareness and implementation
- Feedback from quality assurance team on CAD compliance measures
8. Client Relationship Management
KRA: Building and maintaining positive relationships with clients through effective communication and understanding of their CAD requirements.
Short Description: Client-focused CAD services for satisfaction.
- Client feedback rating on communication and responsiveness
- Number of repeat projects from satisfied clients
- Resolution time for client queries or modifications
- Client retention rate based on project success and satisfaction
9. Risk Assessment and Mitigation
KRA: Identifying potential risks in CAD designs and implementing strategies to mitigate them.
Short Description: Proactive risk management in CAD projects.
- Number of identified design risks per project phase
- Effectiveness of risk mitigation actions taken (measured by % risk reduction)
- Feedback from project teams on risk assessment accuracy
- Incident reports related to risk events in CAD projects
10. Cost Efficiency and Resource Optimization
KRA: Optimize costs and resources in CAD projects while maintaining quality standards and meeting project requirements.
Short Description: Efficient resource management for project success.
- Cost savings achieved through resource optimization in CAD projects
- Resource utilization rate in CAD projects (measured by %)
- Feedback from finance team on cost efficiency measures in CAD projects
- Comparison of budgeted vs. actual costs in CAD project execution
