Manufacturing & General Engineering

Gladius Technologies brings nearly two decades of expertise in Manufacturing and General Engineering, delivering tangible value in cost, quality, and timelines. Our seasoned engineering team supports clients across diverse sectors—including Automotive, Pulp & Paper, Steel, Cement, and Agriculture – with services in New Product Development, Reverse Engineering, and Value Engineering.

We serve as an extended engineering partner, assisting with Layout & Integration, Simulation & Optimization, Performance Upgrades, Machine Safety, Cost Reduction, Relocation, Automation, Material Handling, and Fabrication for Equipment such as Vessels, Tanks, Ductwork, and Piping.

Capabilities / Expertise Areas
• Industrial Machinery & Equipment
• Process Equipment
• Material Handling
• Automotive Manufacturing
• Environmental and Sustainability Solutions
• Engineering Simulation & CAE

Manufacturing Engineering Services

  • Product Design & Development: Designing New Products or improving Existing Ones, from Concept to Final Prototype.
  • Process Engineering: Developing and Optimizing Manufacturing Processes for Efficiency, Cost-Effectiveness, and Scalability.
  • Industrial Automation: Integrating Automation Systems, Robotics, and Smart Manufacturing Techniques to Improve Production Efficiency.
  • Material Selection & Optimization: Assisting in choosing the right materials for manufacturing processes, ensuring Performance and Cost Efficiency.

General Engineering Services

  • Mechanical Engineering: Design, Analysis, and Detailing of Mechanical Systems, including Machinery/SPM, HVAC Systems, and Other Equipment.
  • Structural Engineering: Providing Structural Analysis and Design Services for Buildings, Machinery, and Industrial Setups.
  • Civil Engineering: Offering Infrastructure Design and Construction Support for Industrial Facilities, Factories, and Plants.
  • Piping & Process Engineering: Designing and Implementing Fluid Transport Systems in Industrial Settings, such as Piping Layouts and Pump Systems.
  • Thermal Engineering: Managing and Optimizing Heat Transfer Systems, HVAC, Cooling, and Energy Efficiency Processes.
  • Consulting & Feasibility Studies: Providing Expert Advice on Engineering Challenges, Project Feasibility, and Implementation Strategies.
  • Safety & Compliance Engineering: Ensuring that Engineering Processes and Equipment Meet Regulatory Standards and Safety Requirements.

Manufacturing and General Engineering Services for Automotive

In the Automotive/Automobile Engineering sector, a variety of engineering services fall under Manufacturing and General Engineering. Here’s a detailed breakdown of the key services:

  • Automotive Product Design & Development: Designing and Developing Automotive Components and Systems.
  • Automated Production Lines: Designing and Implementing Automated Manufacturing Systems and Robotics to Streamline Vehicle Assembly.
  • Tooling and Fixture Design: Specialized Tools, Jigs, and Fixtures Used in The Production of Automotive Parts.
  • Process Simulation & Optimization: Using Simulation Software to Model and Optimize Manufacturing Processes, such as Casting, Welding, and Stamping, to Increase Efficiency and Reduce Defects.
  • Mechanical Engineering: Designing and Analyzing Mechanical Systems in Automobiles
  • Thermal Engineering: Designing and Optimizing Cooling Systems, Exhaust Systems, and Thermal Management Systems for Both Conventional and Electric Vehicles.
  • Automotive Simulation: Conducting Computer-Aided Engineering (CAE) Simulations of Automotive Systems to Ensure Reliability and Performance Under Various Operating Conditions.

Services Offerings

1. Design Validation
2. Product Design and Development
3. Mechanical Engineering Services
4. Process Engineering
5. Material Engineering
6. Manufacturing Engineering
7. Industrial Engineering
8. Finite Element Analysis (FEA) – Heat, Vibration, or Stress
– Structural Analysis, Thermal Analysis
– Vibration and Modal Analysis, Buckling Analysis
– Material Behaviour Simulation
– Impact and Crash Simulation
– Optimization of Design, Manufacturing Process Simulation
9. CFD (Computational Fluid Dynamics)
– Flow Analysis
– Heat Transfer
– Combustion Simulation
– Aerodynamics and Hydrodynamics
– Fluid-Structure Interaction (FSI)
– Energy and Power Generation, Optimization of Manufacturing Processes