The Big Picture

Understanding the chronological framework of engineering accreditation.

Accreditation Standard Note (EVALAG)

Evaluators strictly review programs for "Constructive Alignment." This paradigm requires that academic modules directly instruct and assess the Program Learning Outcomes (PLOs), which in turn serve as the pedagogical foundation enabling graduates to attain the long-term Learning Objectives (LOs) in their professional careers.

Chronological Educational Trajectory

I
The Academic Years
Students acquire skills.
Assessed via formalized pedagogy.
II
Degree Conferral
Verification of PLOs.
The attainment of graduate attributes.
III
3-5 Years Post-Graduation
Alumni achieve LOs.
The real-world professional impact.

Program Learning Outcomes (PLOs)

  • Temporal Scope: Measured exactly at the time of degree conferral.
  • Subject: Enrolled University Students.
  • Focus: Specific methodologies, academic knowledge, and demonstrable skills.
  • Measurement: Direct quantitative and qualitative assessment (e.g., examinations, capstone rubrics, thesis defense).

Learning Objectives (LOs)

  • Temporal Scope: Evaluated 3 to 5 years post-graduation.
  • Subject: Working Alumni and Professionals.
  • Focus: Career milestones, ethical accountability, and long-term professional trajectory.
  • Measurement: Indirect assessment (e.g., alumni surveys, employer feedback, career tracking).

Bachelor of Science (BS) Program

Select any standard below to review the academic rationale and corresponding assessment methodology.

Program Learning Outcomes (PLOs)

Assessed Prior to Graduation
Academic Rationale Faculty directly test this metric. The institution must verify a student's competency in applying foundational mathematics and sciences prior to granting the degree.
Direct Assessment via Final Examinations & Core Modules
Academic Rationale Measured by evaluating the student's ability to impose realistic constraints (e.g., fiscal limits, environmental safety) onto an academic design framework.
Direct Assessment via Senior Capstone Design Rubrics
Academic Rationale Verified by ensuring students can articulate highly technical data into accessible formats (written reports and formal defenses).
Direct Assessment via Laboratory Reports & Project Defenses
Academic Rationale Instructed by allowing students to navigate theoretical ethical dilemmas under faculty guidance within the academic environment.
Direct Assessment via Ethics Case Studies
Academic Rationale Interpersonal and organizational dynamics are assessed internally to guarantee readiness for collaborative industry environments.
Direct Assessment via Group Projects & Peer Evaluation
Academic Rationale Constitutes the hands-on verification of the scientific method inside controlled university laboratories.
Direct Assessment via Laboratory Physical Tests
Academic Rationale Substantiates the student's capacity to conduct rigorous research independent of standard syllabi, establishing the basis for lifelong learning.
Direct Assessment via Literature Reviews & Research Papers

Learning Objectives (LOs)

Attained 3-5 Years Post-Graduation
Classification Rationale True application "in professional practice" cannot occur within the university. This is achieved post-matriculation when the graduate integrates into industry.
Indirect Assessment via Alumni & Employer Surveys
Classification Rationale The building of a career and attainment of formal licensure (e.g., Professional Engineer status) requires years of real-world tenure.
Indirect Assessment via Career Tracking
Classification Rationale The successful pursuit and completion of graduate degrees (Master's/Ph.D.) inherently occurs after the completion of the BS program.
Indirect Assessment via Graduate Education Metrics
Classification Rationale Macro-level contributions to "societal well-being" represent the long-term impact of a practicing professional, extending beyond academic assignments.
Indirect Assessment via Industry Impact Reports

Master of Science (MS) Program

Advanced competencies structured in alignment with EQF Level 7 standards.

Program Learning Outcomes (PLOs)

Assessed Prior to Graduation
Academic Rationale Evaluated through rigorous graduate-level coursework to ensure theoretical mastery is achieved prior to thesis commencement.
Direct Assessment via Advanced Module Examinations
Academic Rationale Faculty review the candidate's proficiency in deploying advanced industry modeling software and experimental frameworks within academic settings.
Direct Assessment via Computational Modeling Projects
Academic Rationale At the EQF 7 level, this objective is comprehensively assessed via the Master's Thesis. The defense committee grades the documentation and methodology.
Direct Assessment via Master's Thesis Document
Academic Rationale Directly verified during the final thesis defense, mandating that the candidate withstand oral scrutiny from a panel of experts.
Direct Assessment via Oral Thesis Defense
Academic Rationale Executed by assigning candidates to leadership roles in advanced seminar courses, assessing their strategic framework applications.
Direct Assessment via Advanced Seminar Management

Learning Objectives (LOs)

Attained 3-5 Years Post-Graduation
Classification Rationale The consistent navigation of true unpredictability and information asymmetry in professional environments represents a senior career-stage milestone.
Indirect Assessment via Alumni Industry Surveys
Classification Rationale Generating a commercial or academic "innovation" that objectively advances engineering practice requires years of dedicated research post-graduation.
Indirect Assessment via Publications & Patents
Classification Rationale Academic settings cannot authentically replicate the fiscal risks of managing global projects. This describes the alumnus operating successfully at a managerial echelon.
Indirect Assessment via Career Trajectory Reporting
Classification Rationale Securing an advanced research career or matriculating into a doctoral (Ph.D.) program are long-term outcomes measured post-degree conferral.
Indirect Assessment via Doctoral Enrollment Rates