Dynamic Simulation Student, Metals

Overview

Internship analyzing and simulating industrial processes for capacity planning and optimization.

Key Responsibilities

• process simulation
• capacity planning
• equipment sizing
• flow diagrams
• data analysis
• simulation modeling

Tasks

-Design, improve and implement integrated solutions related to physical, human and financial aspects through the application of analytical, discrete event and other simulation skills, and process engineering. -Join in charitable, social, and sports activities with other Hatch employees. -Carry out observations or surveys on industrial sites. -Collaborate on exciting projects to develop innovative solutions -Participate in local Lunch and Learns, Hatch Charity Events, the triannual Student Showcase, and more to develop your skills. -Analysis of complex industrial systems focused on capacity planning, debottlenecking and optimization of production lines. -Sizing equipment and writing technical specifications -Develop flow diagrams. -Analyze data from a process. -Work collaboratively with multidisciplinary teams. -Perform calculations and develop simulation models. -Collaborate with diverse teams locally and globally.

Requirements

• engineering degree
• coding
• data analysis
• problem solving
• detail oriented
• discrete simulation

What You Bring

-Currently pursuing a Bachelor’s degree in Operations Engineering, Industrial Engineering, Process Engineering or a related field. -Collaborative team player with excellent interpersonal skills. -Excellent team player and good communication. -Good understanding of engineering and business fundamentals as they apply to engineering problems and projects. -Experience in coding is beneficial but not a requirement. -Data processing and analysis -Strong written and verbal communication skills. -Shows critical and creative thinking and problem solving and brings forward solutions for our clients' toughest challenges. -Ability to learn quickly and to take on new challenges. -Excellent organizational skills and attention to detail. -Dynamic simulation by discrete event

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Benefits

-Work in an exciting environment where you can apply your academic learning on a daily basis. -Long term career development -Work on problems and gain experience relevant to your field of study in an office environment. -Be given opportunities to contribute to complex projects around the world in meaningful ways. -Flexible work environment -Benefit from formal and informal mentorship from some of the leading minds and authorities in the industry.

About Hatch

-Began as a small civil-engineering firm and expanded into metallurgy under its namesake leader. -Now employee-owned and independent, it has grown through strategic acquisitions of engineering firms across North America and beyond. -Offers end-to-end services—from concept and feasibility through design, construction management, and operations—in key sectors. -Projects include heavy industrial and mining operations, hydropower tunnels, green-steel plants, and rail & transit infrastructure. -Specialises in multidisciplinary engineering disciplines including structural, mechanical, civil, piping, electrical, and process design. -Known for integrating advanced tools like 3D parametric design, simulation, CFD, and proprietary Hatch software in project delivery. -Milestones include delivering North America’s Niagara Tunnel Project and pioneering high-current AP60 aluminium smelting pots. -Combines local insight with global expertise to support projects in over 150 countries.

Sector Specialisms