Engineering Compliance Section
Interpret relevant standards and translate them into clear engineering requirements.
ECM
Engineering Compliance and Management
Gain skills in safety, standards, and project management — ensuring engineering solutions are reliable, efficient, and ready for the real world.
Explore the study path ↓3Supporting courses
2Equipment & facilities
4Signature activities
0Related research projects
What this focus develops
Knowledge that becomes engineering ability.
Connect classroom fundamentals with practical investigation, modern tools, teamwork, and evidence-based engineering decisions.
Safety and risk management
Identify hazards, evaluate risk, and design practical controls throughout a project.
Lab Equipment
Engineering Compliance & Management Lab
Learning, research, prototyping, testing, and engineering services.
2ECM equipment
01Universal Testing Machine
Measure mechanical properties and material strength through controlled tensile, compression, and related tests.
02Handheld LIBS Spectrometer
Identify and evaluate material composition through rapid laser-induced breakdown spectroscopy.
Supporting curriculum
A progressive four-year study path.
Foundation subjects lead to specialist work, integrated projects, industry experience, and the final capstone.
Integration & specialization
ECM3236Product Design3 credits
ECM2224Emerging Trends and Technologies3 credits
Practice, leadership & impact
ECM2225Internship II3 credits
The course mapping is a program overview and can be updated in the CMS when the official study plan changes.
How students learn
Active learning beyond memorization.
Activities combine technical knowledge with communication, iteration, safety, and reflection.
Engineering Management Section
Inspect an engineering activity and prepare a practical hierarchy of controls.
Standards compliance review
Assess a design or process against selected requirements and document evidence.
Project planning simulation
Build a delivery plan with resources, schedule, risk, quality, and stakeholder actions.
Industry quality audit
Observe a real process and report improvement opportunities using structured evidence.
Career pathways
Where this focus can take you.
Graduates can move across technical and leadership roles as their experience grows.
Project Engineer
Coordinate technical work, resources, risk, quality, and stakeholder delivery.
Quality Engineer
Build systems that prevent defects and improve process capability.
Compliance Engineer
Ensure products and operations meet standards, regulations, and documented requirements.
Facility Engineer
Manage safe, reliable, and efficient engineering services and assets.