Powered by extensive, multidisciplinary R&D, Myant combines expertise in textile science and computing, biometrics, AI, and clinical research to develop technologies that seamlessly integrate into ...
Quick apply
Powered by extensive, multidisciplinary R&D, Myant combines expertise in textile science and computing, biometrics, AI, and clinical research to develop technologies that seamlessly integrate into ...
Powered by extensive, multidisciplinary R&D, Myant combines expertise in textile science and computing, biometrics, AI, and clinical research to develop technologies that seamlessly integrate into ...
Quick apply
Powered by extensive, multidisciplinary R&D, Myant combines expertise in textile science and computing, biometrics, AI, and clinical research to develop technologies that seamlessly integrate into ...
Associate Fabric Developer
CA$53K - CA$74K/yr
Degree in Textiles, Textile Engineering, Material Science or a related field * 1-3 years of experience in fabric or materials development, preferably within the outdoor or performance apparel ...
Associate Fabric Developer
CA$53K - CA$74K/yr
Degree in Textiles, Textile Engineering, Material Science or a related field * 1-3 years of experience in fabric or materials development, preferably within the outdoor or performance apparel ...
Knowledge of forest, fibre, paper, packaging, textile, or agricultural residue/materials supply chains * Scientific or technical experience in environmental science, carbon, biodiversity, materials ...
Knowledge of forest, fibre, paper, packaging, textile, or agricultural residue/materials supply chains * Scientific or technical experience in environmental science, carbon, biodiversity, materials ...
Operate manual hose-building equipment including pneumatic impacts, textile cutting machines ... We do this by combining our deep customer insights, world-class engineering, materials science ...
Operate manual hose-building equipment including pneumatic impacts, textile cutting machines ... We do this by combining our deep customer insights, world-class engineering, materials science ...
Operate manual hose-building equipment including pneumatic impacts, textile cutting machines ... We do this by combining our deep customer insights, world-class engineering, materials science ...
Operate manual hose-building equipment including pneumatic impacts, textile cutting machines ... We do this by combining our deep customer insights, world-class engineering, materials science ...
Textile Science information
See Ontario salary details
$30.8K is the 25th percentile. Wages below this are outliers.
$19K - $31K
26% of jobs
The median wage is $42K / yr.
$31K - $43K
27% of jobs
$43K - $55K
18% of jobs
$61K is the 75th percentile. Wages above this are outliers.
$55K - $67K
10% of jobs
$67K - $79K
5% of jobs
$79K - $91K
4% of jobs
$91K - $103K
4% of jobs
$103K - $115K
2% of jobs
$115K - $127K
2% of jobs
$127K - $139K
1% of jobs
$139K - $151K
1% of jobs
$19K
$59.3K
$151K
How much do textile science jobs pay per year?
As of Aug 3, 2026, the average yearly pay for textile science in Ontario is $59,306.00, according to ZipRecruiter salary data. Most workers in this role earn between $31,000.00 and $71,000.00 per year, depending on experience, location, and employer.
What can I do with a degree in textiles?
A degree in textiles prepares individuals for careers such as textile technologists, fabric designers, quality control specialists, and production managers. Graduates can work in manufacturing, research and development, or product development, often utilizing skills in fiber science, fabric analysis, and industry standards.
What is textile science?
Textile science is the study of the physical, chemical, and engineering properties of fibers, yarns, and fabrics. It involves understanding how textiles are made, how they perform, and how they can be improved for specific uses such as clothing, medical applications, and industrial products. Professionals in this field work on developing new materials, enhancing fabric performance, and ensuring sustainability in textile production. Their expertise is crucial for innovation in fashion, technical textiles, and eco-friendly manufacturing.
What are some common challenges faced by professionals in textile science, and how can they be addressed?
Professionals in textile science often encounter challenges such as keeping up with rapidly evolving fabric technologies, ensuring sustainability in material selection, and meeting strict quality standards. Addressing these challenges requires continuous learning, staying updated on industry trends, and collaborating closely with research, production, and design teams. Networking with industry peers and participating in professional organizations can also provide valuable support and resources for overcoming obstacles and advancing in the field.
What are the key skills and qualifications needed to thrive as a Textile Scientist, and why are they important?
To thrive as a Textile Scientist, you need a strong background in chemistry, materials science, and textile engineering, often supported by a relevant degree such as in textile science or chemical engineering. Familiarity with laboratory testing equipment, textile simulation software, and certifications like AATCC or ASTM standards is commonly required. Analytical thinking, attention to detail, and effective communication are standout soft skills for this role. These competencies are crucial for developing innovative textile products, ensuring quality, and meeting the evolving needs of the industry.
What is the difference between Textile Science vs Textile Technologist?
| Aspect | Textile Science | Textile Technologist |
|---|---|---|
| Credentials | Degree in Textile Science, Chemistry, or related field | Degree or diploma in Textile Technology or Engineering |
| Work Environment | Laboratories, research facilities, quality control | Manufacturing plants, production lines, quality assurance |
| Industry Usage | Research, development, quality testing | Production, process optimization, technical support |
Textile Science focuses on research, development, and testing of textile materials, while Textile Technologists primarily work in manufacturing settings, applying technical knowledge to production processes. Both roles require related credentials and are integral to the textile industry, but they differ in daily tasks and work environments.
Are textile jobs in demand?
Textile science jobs are expected to grow steadily as the industry advances in areas like sustainable fabrics and technical textiles. Skills in materials testing, quality control, and familiarity with manufacturing processes increase employability in this field.
What jobs can you do in textiles?
Jobs in textiles include roles such as textile technician, fabric designer, quality control analyst, production supervisor, and textile engineer. These positions often require knowledge of textile materials, manufacturing processes, and sometimes specialized equipment or certifications. Opportunities exist in manufacturing plants, research labs, and design studios.
What does a textile scientist do?
A textile scientist researches and develops new fabrics, fibers, and textile processes to improve durability, performance, and sustainability. They analyze material properties, conduct experiments, and often use specialized tools like microscopes and testing equipment in laboratory or manufacturing settings.
What job categories do people searching Textile Science jobs in Ontario look for? The top searched job categories for Textile Science jobs in Ontario are:
Senior Software Quality Engineer (Systems & Support)
Mississauga, ON • On-site
Full-time
Re-posted 4 days ago
Job description
About Myant:
At Myant, our mission is to help people Live Younger, Longer by transforming healthcare from episodic, reactive care to proactive, preventive health management. Through our pioneering connected textiles and continuous monitoring technology, we bridge the gap between individuals, their families, and healthcare providers, creating a world where quality healthcare is more accessible, personalized, and preventative.
Powered by extensive, multidisciplinary R&D, Myant combines expertise in textile science and computing, biometrics, AI, and clinical research to develop technologies that seamlessly integrate into everyday life. Our innovation engine continuously expands the platform’s capabilities, addressing cardiovascular health, stress management, sleep optimization, and more.
With global ambitions, Myant is building a worldwide presence, collaborating with healthcare systems, clinics, researchers, and partners to set a new standard in connected health. Our goal is not just to improve care, but to fundamentally redefine the relationship people have with their health, shifting the focus from sick care to lifelong wellness.
By combining cutting-edge biometric sensing, AI-powered insights, and evidence-based behavioral coaching, Myant helps individuals and healthcare teams work together to prevent disease, optimize wellness, and unlock healthier, longer lives.
Role Overview:
We are seeking a high-caliber Senior Software Quality Engineer to lead the quality lifecycle of our medical application and firmware. You will be the technical "glue" between our clinical users and our engineering team. This is not a standard "check-the-box" QA role; you will be responsible for investigating complex system failures, performing deep-dive firmware testing, and translating real-world clinical challenges into actionable engineering solutions.
Key Responsibilities:
1. Root Cause Analysis (40%)
- Act as the highest level of technical escalation for reported issues.
- Perform deep-dive forensic analysis on system logs, firmware behavior, and app performance to identify root causes
- Review operational data to identify problems early
2. Deep-System QA & Validation (40%)
- Design and execute complex manual test suites that simulate real-world clinical environments (Hardware-in-the-loop).
- Validate firmware updates and software patches, ensuring zero regression in high-stakes medical environments.
- Develop "Edge Case" testing protocols based on observed clinician behaviors that automated tests might miss.
3. Process Leadership (20%)
- Establish a formal "Field-to-Engineering" feedback loop to ensure customer complaints directly inform the product roadmap.
- Work with quality and regulatory to maintain robust complaint handling processes and compliant documentation
- Document and implement corrective actions with quality and regulatory
- Mentor junior engineers on the nuances of firmware/software integration.
Required Qualifications
- Experience: 5+ years in a technical QA, Systems Engineering, or Product Quality role, ideally involving both hardware and software.
- Domain: Experience in the Medical Device or Life Sciences industry is highly preferred (understanding the "criticality" of a system failure).
- Technical Depth:
- Proficiency in reading logs and using debugging tools for embedded systems/firmware.
- Experience with mobile/web app testing in a networked environment (clinics/hospitals).
- Soft Skills: Exceptional communication skills with the ability to remain calm and analytical when faced with "emergency" escalations from time-sensitive clinical environments.
Why This Role is Different
Unlike a traditional QA role, you have the autonomy to influence the product. You aren't just finding bugs; you are the primary advocate for the clinician’s experience. You will have the authority to "stop the line" if a release does not meet the stability standards our customers require.
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