Enterprise Wide Staffing Services

Civil Engineering
Designs and supervises large infrastructure projects such as roads, bridges, buildings, and water systems.

Chemical Engineering
Applies chemistry, physics, and biology to produce chemicals, fuels, drugs, and food at scale.

Biomedical Engineering
Combines engineering principles with medical sciences to develop equipment, devices, and software for healthcare.

Agricultural Engineering
Improves agricultural processes, machinery, irrigation, and environmental sustainability in farming.

Geotechnical Engineering
Focuses on the behavior of earth materials and designs foundations, retaining walls, and tunnels.

Manufacturing Engineering
Optimizes production processes and designs systems for efficient manufacturing of products.

Food Engineering
Develops food processing methods, machinery, packaging, and safety protocols.

Textile Engineering
Specializes in the design, manufacture, and quality control of fabrics and fibers.

Electrical Engineering
Works with electricity, electronics, power systems, and control systems for everything from circuits to grids.

Aerospace Engineering
Designs aircraft, spacecraft, satellites, and missile systems with a focus on aerodynamics and propulsion.

Computer Engineering
Integrates computer science and electrical engineering to build hardware and embedded systems.

Marine Engineering
Develops and maintains ships, submarines, and marine propulsion systems.

Architectural Engineering
Applies engineering principles to building design and construction, often in collaboration with architects.

Software Engineering
Focuses on the development, maintenance, and testing of software systems and applications.

Supply Engineering
Manages logistics, distribution systems, and supply chain infrastructure for engineering operations.

Engineering Management
Combines technical expertise with leadership to manage engineering teams and projects.

Mechanical Engineering
Designs mechanical systems, engines, and machines used in industries from automotive to robotics.

Environmental Engineering
Solves environmental problems through water treatment, waste management, and pollution control.

Industrial Engineering
Improves production efficiency, workflow, systems integration, and ergonomics.

Materials Engineering
Develops and tests materials like metals, ceramics, and composites for product manufacturing.

Biochemical Engineering
Applies biology and chemical engineering to develop bioprocesses for pharmaceuticals and biofuels.

Transportation Engineering
Designs systems for efficient movement of people and goods-roads, railways, airports, and ports.

Systems Engineering
Integrates complex systems and processes across disciplines to ensure functionality and performance.

Nuclear Engineering
Works with nuclear energy, reactors, radiation, and related safety systems.