Research Engineer
Midrex Technologies, Inc.
Research Engineer designing and implementing new steelmaking technologies.
13 days ago ago
Expert & Leadership (13+ years), Experienced (8-12 years)
Full Time
Pineville, NC
Hybrid
Company Size
350 Employees
Service Specialisms
Engineering
Sales & Marketing
Technical Services
Research & Development
Project Development
Design
Construction
Logistics
Sector Specialisms
Steel Industry
Direct Reduction Ironmaking Technology
Sustainable Steel Production
Plant Optimization Services
Equipment and Materials Sales
Operational Management
Asset Management
Data Analysis and Management
Role
What you would be doing
research
lab testing
test design
design docs
program management
stakeholder comm
- Perform in depth research to identify solutions for industry specific challenges.
- Utilize innovation engineering practices to advance potential new technologies and detailing innovative solutions to improve operations.
- Lead and coordinate research projects, managing timelines, resources, and team members.
- Prepare compelling technical and marketing papers for industry conferences and publications.
- Communicate project results with key stakeholders of various levels across multiple capabilities within Midrex and external partners, including senior leadership.
- Supervise and execute standard laboratory bench tests.
- Prepare detailed reports summarizing research findings and tests.
- Create design bases and basic engineering documents for experimental concepts necessary to advance technology improvement projects.
- Work with multi disciplinary groups to implement assigned projects and test work.
- Facilitate cross departmental training sessions to introduce exciting new technologies.
- Design detailed test plans, equipment designs, test procedures, and evaluation methods as required for assigned RTD activities.
- Write procedures for operation of test equipment.
- Manage the development and implementation of assigned Technology Improvement Program (TIP) activities, New Technology Notices (NTN), and other Research & Technology Development (RTD) activities.
What you bring
aspenplus
autocad
bachelor
2 years
data analysis
communication
- Excellent written and verbal communication skills.
- Knowledge of process development covering the range from process modeling/bench scale trials to commercial plant implementation and design.
- Able to reach above shoulders and to lift 20 lb.
- Competent in computer aided engineering tools: chemical engineering software (AspenPlus, Fathom, etc), 3d modeling software (AutoCAD, Inventor)
- Competent in Microsoft Office Products Word, Excel, Outlook, PowerPoint
- Bachelor of Science degree or advanced degree in Chemical Engineering, Metallurgical Engineering, Mechanical Engineering, or other related disciplines, with focus on reactor and process design and development.
- Proficiency in data analysis and experimental design.
- Possess a thorough knowledge of thermodynamics and/or reaction kinetics processes.
- Ability to work independently and within a team, including the ability to manage vendors and project stakeholders.
- Possess base knowledge of direct reduction processes or strong motivation and passion for research in direct reduction, ironmaking and steelmaking processes.
- Strong analytical and problem solving skills.
- Must be physically able to move around inside and outside of the facility including climbing stairs
- 5% to 15% International and Domestic to conferences, meetings, and industrial plant sites
- Minimum of 2 years of industry or research experience in a related field.
- Ability to set priorities and organize resources to fulfill requirements in a timely manner.
- Understanding of basic engineering documents e.g., P&IDs, PFD, General Arrangements, and Material & Energy Balances.
- Employee recognition awards
- Competitive benefits effective from Day 1
- Tuition reimbursement
- Profit sharing with 401(k) kicker
- 4 weeks of paid vacation
- Generous overtime for qualified positions
- Dollar-for-dollar 401(k) matching (up to 6%)
- Raffles for professional sports tickets
- Half-day Fridays
- Paid time to volunteer
- Flexible home/office work practices
Information not given or found
Interview process
Information not given or found
Visa SponsorshipInformation not given or found
Security clearanceInformation not given or found
Company
Overview
1984 Founded
Year Established
The MIDREX® Process, which revolutionized steel production, was developed in this year.
- Pioneered a revolutionary method for producing high-quality steel using natural gas and hydrogen.
- Enables direct reduction of iron ore into iron without traditional blast furnaces.
- Operates globally with projects across the Americas, Europe, Asia, and the Middle East.
- Committed to advancing sustainability by reducing carbon emissions and energy consumption.
- Specializes in large-scale, turnkey direct reduction plants and integrated steel mill facilities.
- Technology is recognized for efficiency, scalability, and renewable energy integration.
- Trusted partner for steel producers and newcomers in gas-based reduction technology.
- Continues to innovate in sustainable steelmaking, shaping the global industry.
- Act honestly and ethically for the good of others.
- Pioneers in the industry, thinking creatively and acting boldly in service of their mission and vision.
- Stay engaged, respect and trust one another, leave egos at the door, hold themselves accountable, and share credit for achievements.
- Prioritize safety in every action to protect team members and customers.
- Dedicated to the success of customers, the well-being of teammates, and their mission and vision.
- Deliver quality work and service that sets a high standard for their industry.
80% Global Output
Low-Carbon DRI Production
MIDREX plants contribute significantly to global low-carbon direct reduced iron (DRI) production.
50% Lower COâ‚‚
Steelmaking Emissions Reduction
The DRI-EAF process achieves a notable reduction in COâ‚‚ intensity compared to traditional steelmaking methods.
100% Hydrogen Operation
MIDREX Flex Technology
MIDREX Flex plants enable fully hydrogen-based production, drastically reducing carbon emissions.
One Ton COâ‚‚
Emissions Savings Per Ton
The MIDREX Process significantly lowers COâ‚‚ emissions compared to coal-based steel production.
- MIDREX plants are designed to minimize water, noise, and air pollution and comply with World Bank and local environmental emissions standards.
- Technology supports COâ‚‚ removal from top gas or reformer flue gas where economic (e.g., for carbon tax credits) or storage/utilization is available.
- No DEI strategy or gender statistics publicly disclosed on official website or LinkedIn.
Kablio AIIf you're someone who helps build and power the world (or dreams to), Kablio AI is your pocket-sized recruiter that gets you hired.
Copyright © 2025 Kablio