POSTGRADUATE

Faculty of Civil Engineering

MKAX

MASTER OF FORENSIC ENGINEERING

The Master of Forensic Engineering program is thoroughly designed to impeccably integrate and cultivate advanced knowledge in the specialized field of Forensic Engineering. Across various professional sectors, this program addresses critical areas concerning structural and construction failures in civil, electrical, mechanical, and chemical engineering disciplines, offering a comprehensive approach to problem-solving.

Under the guidance of experienced faculty and industry professionals, students explore the details of failure analysis, mastering the ability to pinpoint underlying causes accurately. Equipped with this expertise, graduates are ready to enhance component performance and extend lifespan while also playing a pivotal role in legal proceedings. This curriculum goes beyond theory, emphasizing practical skills and critical thinking, empowering individuals to provide valuable insights and support in legal contexts. By facilitating the accurate determination of accident facts, graduates become vital assets in the field of forensic engineering, ready to make significant contributions to industry and society.

Programme Specification

1. Programme Name	Masters of Engineering (Civil)
2. Final Award	Masters of Engineering (Civil)
3. Awarding Institution	UTM
4. Teaching Institution	UTM
5. Professional or Statutory Body of Accreditation	MQA
6. Language(s) of Instruction	English
7. Mode of Study (Conventional, distance learning, etc)	Conventional
8. Mode of operation (Franchise, self-govern, etc)	Self-governing
9. Study Scheme (Full Time/Part Time)	Full Time	Part Time
10. Study Duration	Min : 3 semesters Max : 6 semesters	Min : 4 semesters Max: 8 semesters

Programme Educational Objectives (PEO)

PEO1. Mastery of competencies and integration of knowledge required in the profession

PEO2. An appreciation of the value of lifelong learning and possessing enthusiasm and strong commitment to continued acquisition of new knowledge and skills.

PEO3. Advanced research skills that allow professionals to become competent in research.

PEO4. Highly developed oral and written communications skills that fit at all level, appropriate to the field of profession.

PEO5. An appreciation of the ethics and integrity in management, leadership and good governance, and responsibility to their professions and community.

Programme Learning Outcomes (PLO)

PLO 1	Advanced Knowledge: Graduate are able to incorporate in-depth relevant knowledge in professional practices for the benefits of both national and international communities. Graduates are able to apply their knowledge and skills in the planning, analysis, design and supervision of works related to the civil engineering discipline	Lectures, tutorials, seminars, laboratory works, directed reading, independent study, active learning, computer hands-on sessions.	Examinations, presentations, assignments, problem-based exercises, project reports, design tasks.
PLO 2	Research Skills Graduate are able to formulate hypothesis, design and perform experiments/research scientifically to solve and explain observed phenomena.	Project supervision, lectures, tutorials, laboratory works, directed reading, simulation exercises, independent study, problem-based learning	Master project thesis, project reports, design tasks, examinations, problem-based assignments.
PLO 3	Critical Thinking and Problem Solving Graduate are able to manage conducive working environment qualities problem solving and higher order thinking skills. Graduate are technically competent in solving problems logically, analytically and creatively based on sound facts and ideas. .	Project supervision, lectures, tutorials, laboratory works, directed reading, simulation exercises, independent study, problem-based learning	Master project thesis, project reports, design tasks, examinations, problem-based assignments.
PLO 4	Ethics, Values, Professionalism Graduate are able to balance professional and ethical responsibilities including contemporary issues and environmental awareness. .	Assignments, masters’ dissertation and presentation, and group projects, independent study.	Assignments, masters dissertation and presentation, and group projects.
PLO 5	Communication Graduate are able to apply a wide range of relevant knowledge through effective oral and written communications. Graduates are able to communicate effectively across a range of contexts and audiences.	Pre-projects and masters project, lectures, tutorials, group projects, computer-based exercises, independent study.	Laboratory reports, design projects, problem-based assignments. .
PLO 6	Life Long Learning Graduate are able to adopt the latest relevant knowledge and cutting-edge technologies through life-long learning process.	Projects, independent study, tutorials, site visit, co-curriculum and social activities.	Oral presentations, written reports, group projects and design, co-curriculum and social activities.

Curriculum Structure

*Code*	*Courses*	*Credits*
UNIVERSITY COURSES (6 credits)
UABA0013	Principle of Engineering Management	3
UAPA0013	Research Methodology	3
CORE COURSES (18 credit)
MKAR 1013	Principles of Forensic Engineering	3
MKAR 1023	Laws in Forensic Engineering	3
MKAR 1033	Safety Engineering	3
MKAR 1043	Risk Analysis	3
MKAR 1053	Investigation of Structural Problems and Failures	3
MKAE 1043	Advanced Construction Materials	3
ELECTIVE COURSES (choose any 4 courses) (12 credit)
GROUPS A (CIVIL ENGINEERING)
MKAE 1013	Advanced Structural Analysis	3
MKAE 1023	Analysis and Design of Structural System	3
MKAE 1153	Advanced Concrete Technology	3
MKAJ 1053	Software Application in Geotechnical Engineering	3
MKAJ 1083	Environmental Geotechnics	3
MKAG 1173	Water Supply Engineering	3
MKAG 1193	Port and Harbour Engineering	3
MKAQ 1023	Advanced Road Material	3
MKAQ 1093	Transport Safety	3
MKAK 1043	Environmental Quality and Analysis	3
GROUPS B (MECHANICAL ENGINEERING)
MKMJ 2163	Crashworthiness and Structural Impact	3
MKMB 1623	Microstructure and Mechanical Properties of Materials	3
MKMB 1603	Advanced Techniques of Materials Characterisation	3
MKMB 2613	Corrosion 1	3
MKMB 2653	Corrosion 2	3
GROUPS C (ELECTRICAL ENGINEERING)
MKEL 1133	IC Testing	3
MKEP 1003	Electrical System Forensic	3
MKET 1393	Network Modeling and Performance	3
MKEP 1103	Condition Assessment of High Voltage Insulation	3
GROUPS D (CHEMICAL ENGINEERING)
MKKH 1253	Asset Integrity	3
MKKH 1243	Process Safety and Loss Prevention	3
MKKH 1343	Incident Investigation	3
MKKH 1233	Emergency Response Management	3
MKKH 1223	Inherent Safety and Health Design	3
Master Project (10 credits)
MKAR1514	Master’s Project I	4
MKAR1526	Master’s Project II	6
TOTAL CREDITS		46

Entry Requirements

Bachelor degree with good honours from UTM or other institution of higher learning recognized by university senate, OR,
A Bachelor degree or any other equivalent qualification; with relevant experience recognized by the University Senate.

Study Plan

MKAX Study Plan

Career Opportunity

Forensic Engineer:
Graduates can work as forensic engineers, investigating structural failures, accidents, and other incidents to determine root causes and contributing factors. They may provide expert testimony in legal proceedings and collaborate with law enforcement agencies, insurance companies, and legal firms.

Structural Engineer:
With their expertise in failure analysis and problem-solving, graduates can pursue roles as structural engineers, designing and analyzing structures to ensure safety and compliance with regulations. They may specialize in areas such as building design, bridge engineering, or seismic engineering.

Construction Consultant:
Graduates can work as construction consultants, advising clients on construction methods, materials selection, and risk mitigation strategies. They may conduct site inspections, review construction plans, and provide recommendations to improve project outcomes and minimize risks.

Risk Analyst:
Graduates can pursue careers as risk analysts, assessing potential risks associated with engineering projects, structures, and systems. They may work for engineering firms, government agencies, or insurance companies, evaluating risks related to natural disasters, structural failures, and environmental hazards.

Expert Witness:
Graduates can serve as expert witnesses in legal proceedings, providing expert opinions and testimony on technical matters related to engineering failures, accidents, and disputes. They may work independently or for consulting firms, providing unbiased analysis and interpretation of complex engineering issues.

Researcher/Academic:
Graduates interested in furthering knowledge in the field of forensic engineering can pursue careers in research or academia. They may work in universities, research institutions, or government agencies, conducting research, publishing papers, and teaching future generations of engineers.

Environmental Engineer:
With their interdisciplinary skills and knowledge, graduates can work in environmental engineering, focusing on assessing and mitigating environmental

impacts associated with engineering projects and failures. They may work on projects related to pollution control, waste management, and environmental remediation.

Apply Now

Tuiton Fees

Scholarship & Financial Aid

Programme Coordinator

Dr. Khairul Hazman Padil

Phone: +60136182812
Email: khairulhazman@utm.my

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