The Laboratory Engineer – Concrete & Aggregate is responsible for conducting material testing, ensuring compliance with project specifications, and supporting quality control activities for concrete and aggregate materials. The role ensures laboratory operations meet international standards while supporting site teams with timely and accurate test results.
Material Testing & Analysis
Laboratory Operations
Quality Control Support
Sampling & Inspection
Documentation & Reporting
Compliance & Standards
Coordination
Safety & Laboratory Housekeeping
Ensure compliance with HSE requirements.
Concrete Testing Knowledge: Understanding of slump, compressive strength, durability, and mix evaluation.
Aggregate Testing Expertise: Familiarity with sieve analysis, abrasion, and specific gravity tests.
Laboratory Standards Compliance: Knowledge of ASTM, BS, and ISO testing procedures.
Quality Documentation: Ability to prepare technical laboratory reports.
Site Coordination: Capability to support site teams with technical recommendations.
5–8 years of experience in construction materials laboratory.
Experience in concrete and aggregate testing.
Experience supporting large construction or infrastructure projects.

Power International Holding (PIH) is a diversified business conglomerate with global reach, structured into six core groups:
Energy, Concessions & Construction
Industries & Services
Telecommunication & Technology
Agriculture & Food Industries
Real Estate
Lifestyle: Hospitality, Entertainment & Catering
Our commitment to sustainable growth is reinforced by a structured approach to resource allocation and centralized functional support, enabling agility and continuous development across sectors. Each group operates with focused specialization while contributing to PIH’s overarching strategy of delivering long-term value.
Through a culture of excellence and collaboration, PIH harnesses the collective strength of its leadership teams, ensuring that each business flourishes while advancing economies and communities. This synergistic model allows PIH to maintain its distinctiveness as a group while driving sustained impact on both a local and global scale.