Develop Practical Engineering Capability in Industrial Mixing Equipment

Industrial mixer and agitator design requires more than selecting an impeller or specifying a motor. Engineers must understand the process requirement, establish a design basis, select an appropriate configuration and evaluate mechanical, operational and manufacturing considerations.

Pertecnica Custom Mixer & Agitator Design Training develops this capability by connecting process requirements with equipment selection, mechanical design, CAD, engineering analysis, fabrication and performance evaluation.

The program is designed for engineers and technical professionals who want to strengthen their ability to work with industrial mixing equipment and contribute effectively to real engineering projects.

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What You Will Develop

The program focuses on the engineering decisions involved in taking an industrial mixing requirement toward a practical equipment solution.

Process Requirements & Mixer Selection

Understand how viscosity, density, solids concentration, vessel geometry, operating conditions and mixing objectives influence equipment selection.

Learn the principles behind:

• Mixer and agitator configurations
• Impeller selection
• Blending and suspension
• Dispersion and agitation
• Operating speed and mixing intensity
• Process-specific equipment selection

Mechanical Equipment Design

Develop an understanding of the major mechanical considerations involved in mixer and agitator engineering, including:

• Shaft and impeller design
• Power and torque requirements
• Drives and gearboxes
• Bearings, seals and couplings
• Materials and equipment integrity
• Reliability and maintainability

CAD, Analysis & Simulation

Understand how engineering tools support equipment development through:

• Equipment modelling and assemblies
• Engineering drawings and layouts
• Design calculations
• Flow and performance analysis
• CAD-based design development
• Introduction to CFD and simulation-based evaluation

Fabrication, Testing & Performance

Connect engineering design with practical equipment development through an understanding of:

• Material and fabrication requirements
• Welding, machining and assembly
• Inspection and quality considerations
• Equipment testing
• Commissioning
• Performance evaluation and design improvement

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Engineering Approach

Pertecnica follows an application-oriented engineering workflow:

Process Requirement → Design Basis → Equipment Selection → Engineering Design → CAD & Analysis → Fabrication → Testing → Performance

This approach helps participants understand not only what equipment is used, but why particular engineering decisions are made for a specific application.

The emphasis is on developing engineering judgement that can be applied to industrial equipment problems.

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Practical Engineering Outcomes

By completing the program, participants can develop the ability to:

• Interpret industrial mixing requirements
• Establish a mixer and agitator design basis
• Evaluate suitable equipment configurations
• Understand impeller and mixer selection
• Apply key mechanical design considerations
• Understand power, torque and shaft requirements
• Interpret equipment layouts and engineering drawings
• Use CAD within an equipment-design workflow
• Understand the role of CFD and engineering simulation
• Consider materials and fabrication requirements
• Understand equipment testing and commissioning
• Identify common mixer and agitator problems
• Approach equipment troubleshooting systematically

The objective is to help participants move from understanding mixing equipment to contributing to equipment engineering.

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Who Should Attend

This program is suitable for:

• Mechanical and equipment design engineers
• Process engineers
• Project and EPC engineers
• Manufacturing and fabrication engineers
• Operations and maintenance professionals
• Engineering graduates entering equipment-design roles
• Engineering managers developing technical team capability

The program can be adapted according to participant experience, industry sector and engineering responsibilities.

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Corporate Technical Training

Pertecnica can customize this program for corporate engineering and technical teams.

Training can be structured around specific equipment, industrial processes, engineering workflows, software requirements, skill gaps or project requirements.

Organizations can use the program to strengthen capabilities in areas such as equipment design, mixer selection, CAD, engineering analysis, simulation, troubleshooting and practical project application.

The objective is not simply to deliver training hours, but to help organizations build practical technical capability within their engineering workforce.

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Why Pertecnica

Pertecnica approaches technical training as engineering capability development.

Our programs connect technical knowledge with industrial applications, engineering decision-making and practical problem-solving.

Through structured learning, engineering exercises, case studies and project-oriented applications, participants are encouraged to understand the reasoning behind engineering solutions and apply that knowledge in professional environments.

Build Skills. Build Teams. Build Workforce Capability.

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Build Mixer & Agitator Engineering Capability

Develop the technical understanding and practical engineering capability required to work with industrial mixers and agitators — from process requirements and equipment selection to design, analysis and performance.

Discuss Your Training Requirement