Master digital design solutions for the everyday, building expertise in microelectronics, digital control, signal processing, robotics and embedded systems.<\/p>\n
Access state-of-the-art labs and learn how to use sustainable engineering practice. Use electronic design automation (EDA) tools to address design, user research and concept development challenges. Develop prototypes and custom-designed microchips for a wide range of applications. Explore signal processing and control systems used to analyse and design physical systems. Apply your skills and knowledge in real-world situations through work placements with our industry partners. Graduate ready to pursue a career in a range of different sectors including scientific and technical services, defence, and public administration and safety.<\/p>","streams":[]},{"name":"Telecommunications and networking","code":"SPE-TEL01","description":"
Become an expert in designing and developing new telecom systems and software.<\/p>\n
Master network architecture, serial communication standards and routing techniques in computer communication networks. Learn advanced technologies in digital communications and design and simulate and evaluate wireless systems. Scrutinise cybersecurity attacks on system and network services and assess different security mechanisms. Apply your skills and knowledge in real-world situations through work placements with our industry partners. Graduate ready to pursue a career in a range of different sectors including scientific and technical services, defence, and public administration and safety.<\/p>","streams":[]}], "virtualRollover": { "enabled": false, "instance": false, "indicativeFees": false, "startDates": false }, "relatedCourses": { "nestedCourses": {"60":["Graduate Certificate in Professional Engineering"]} }, "startDates": "Semester 1 (March 2026), Semester 2 (July 2026), Summer (November 2026)", "duration": "2 years full-time", "prerequisite": "", "courseDescription": "
Prepare for the rich opportunities of the future workforce with La Trobe's accredited Master of Engineering.<\/p>
Developed in consultation with industry leaders, our Master's gives you advanced skills for a successful career, including design, engineering management, research and innovation. You'll learn how to adapt to the emerging technologies that are changing the engineering landscape like artificial intelligence and robotics. You'll also have the opportunity to experience engineering practice first-hand and build valuable industry connections with the option of an 800-hour work-integrated learning (WIL) program.<\/p>
By completing La Trobe's Master of Engineering, you will:<\/p>
The qualification awarded on graduation is recognised in the Australian Qualifications Framework (AQF) as Level 9 - Masters Degree.<\/p>", "entryReq": { "rse": { "isEligible": true, "ineligibleMsg": "", "admCriAtarStmt": "", "prerequisite": "", "admCriInAddToAtar": "", "selRankAdj": "", "otherAdmOpts": "" }, "higherEd": { "isEligible": true, "ineligibleMsg": "", "prerequisite": "", "admCri": "" }, "vet": { "isEligible": true, "ineligibleMsg": "", "prerequisite": "", "admCri": "" }, "wle": { "isEligible": true, "ineligibleMsg": "", "prerequisite": "", "admCri": "" }, "prerequisite": "
240 credit point pathway<\/strong> Eligibility to be assessed on a case-by-case basis by the Department of Engineering.<\/p> Eligibility to be assessed on a case-by-case basis by the Department of Engineering.<\/p>", "academicEntReq": " Applicants may be required to attend an interview. <\/p> and<\/p> Eligibility to be assessed on a case-by-case basis by the Department of Engineering.<\/p><\/li> The University will access your official transcript upon application.<\/p><\/li><\/ul>", "essentialRequirementsInherent": "", "engReq": " 6.5 IELTS (Academic) with no individual band less than 6.0.<\/span><\/p>", "hasEngReqAlt": true }, "vtacCodes": null, "courseStructure": " To qualify for the award of Master of Engineering, students must complete a total of 240 credit points across 2 years.<\/b><\/p><\/div>
Successful completion of a non-accredited 4-year bachelor's degree in electronic\/electrical engineering or related discipline.
OR
Successful completion of a Sydney Accord-accredited 3-year Bachelor of Technology in electronic\/electrical engineering or related discipline.
OR
Applicants with non-cognate engineering qualifications who also have practical industry experience in civil engineering or related field will be evaluated on a case-by-case basis by the Department of Engineering.
AND
Applicants may be required to attend an interview. <\/p>
120 credit point pathway<\/strong>
Successful completion of an Australian or a Washington Accord-accredited 4-year Bachelor or Bachelor (Honours) degree in electronic\/electrical engineering.
OR
Applicants with non-cognate Washington accord engineering qualifications who also have practical industry experience in civil engineering or related field will be evaluated on a case-by-case basis by the Department of Engineering.
AND
Applicants may be required to attend an interview. <\/p>