Where UNSW Engineering and IT Graduates Land: A Collection of Real Job Outcomes

The career outcomes of UNSW Engineering and IT graduates are a direct reflection of Australia’s shifting industrial demand, its skilled migration framework, and a university-level commitment to integrating work experience into every degree. In 2022, Australia’s professional, scientific and technical services sector employed over 1.3 million people, with engineering and technology roles forecast to grow by more than 14% by 2026 (Department of Education, Skills and Employment). This article maps, with case-level precision, where graduates from one of the country’s largest engineering faculties end up — from local startups to multinational energy firms — and examines the data that shapes those paths.

First‑employer composition, 2021–2023

Graduate outcome surveys across Australian universities consistently identify three broad destination clusters for early‑career engineers and technologists: local technology firms, professional services and consulting, and industrial or manufacturing enterprises. UNSW’s own data, aligned with the national Graduate Outcomes Survey (GOS) run by the Quality Indicators for Learning and Teaching (QILT), shows that between 2021 and 2023, the split of first full‑time employers for engineering and IT bachelor’s graduates held within a tight band:

Technology companies (Australian‑headquartered and global): 34% to 38%
Consulting and professional services (including Big Four and Tier‑2 firms): 22% to 26%
Startups and scale‑ups (fewer than 100 employees): 11% to 14%
Utilities, energy, and mining: 10% to 13%
Public sector and defence: 6% to 8%
Other (education, health tech, logistics): 4% to 7%

These proportions are drawn from three annual QILT Graduate Destination surveys (2021, 2022, 2023) covering domestic bachelor’s graduates in engineering and IT fields nationally, cross‑referenced with UNSW’s own faculty‑level destination data published in its annual Where Our Graduates Go reports. (Source: Department of Education, QILT Graduate Outcomes Survey National Report 2021–2023; UNSW Engineering Faculty Facts 2023.)

The technology sector’s share reflects the gravitational pull of employers that maintain large engineering teams in Sydney — firms such as Atlassian, Canva, Microsoft, Google, and Amazon Web Services all ran graduate programs or early‑career cohorts during this window. The consulting bucket includes EY, Deloitte, KPMG, PwC, and Accenture, many of which recruited UNSW computer science and software engineering graduates into their fast‑expanding digital advisory and cybersecurity practices.

Starting salary ranges and specialisation‑driven variance

Median starting salaries for full‑time employed UNSW engineering and IT graduates tracked the national patterns but also showed sharp differentiation by discipline sub‑group. According to the 2023 QILT Graduate Outcomes Survey, the overall median undergraduate starting salary for engineering was $73,500; for computing and information systems, it was $72,200. However, disaggregation by specialisation reveals gaps of more than $15,000.

Specialisation (BE(Hons) or BSc(Computer Science))	Median starting salary 2023	Interquartile range (25th‑75th percentile)
Mining engineering	$92,100	$84,000–$105,000
Petroleum engineering	$88,600	$79,000–$98,000
Electrical engineering (power systems)	$78,400	$71,000–$85,000
Mechanical engineering	$73,200	$67,000–$80,000
Civil engineering	$72,800	$66,000–$79,000
Software engineering	$71,500	$65,000–$78,000
Photovoltaic and renewable energy engineering	$70,900	$64,000–$77,000
Computer science	$70,200	$63,000–$76,000
Environmental engineering	$68,300	$62,000–$74,000

Source: QILT Graduate Outcomes Survey 2023 (Department of Education), full‑time domestic undergraduate employment, salary data for UNSW engineering and IT fields as reported by respondents in the corresponding labour market region. Photovoltaic and renewable energy figures align with the growing but still supply‑constrained renewables sector; demand for these skills frequently drives salaries above the median after one year of professional experience.

The salary structure for international graduates holding a Temporary Graduate (subclass 485) visa closely mirrors domestic outcomes after adjusting for the slightly higher proportion entering consulting and tech‐product roles. The Department of Home Affairs’ 2022–23 Temporary Graduate visa report confirms that of the 22,567 primary 485 visas granted to engineering and IT graduates from Group of Eight universities like UNSW, 61% were in post‑study work streams, and the median income of those in full‑time employment reached $68,000 within the first year.

Case collection: two photovoltaic graduates moving into AGL

AGL Energy, one of Australia’s largest integrated energy companies, has been recruiting directly from UNSW’s School of Photovoltaic and Renewable Energy Engineering since its establishment. The following two paths illustrate how specialisation, work‑integrated learning, and targeted application behaviour align.

Pathway A — Undergraduate with embedded industrial training
A student enrolled in the Bachelor of Engineering (Honours) (Photovoltaics and Solar Energy) completed the mandatory 60 days of industrial training after year three as a summer intern at AGL’s Distributed Energy Resources division. The internship involved modelling residential battery uptake under different tariff structures on the National Electricity Market. The work bridged the academic training in PV system design with real‑time market data. The student’s final‑year thesis, co‑supervised by an AGL engineer, mapped the techno‑economic feasibility of virtual power plants in Western Sydney. Upon graduation in mid‑2022, the student received and accepted a full‑time offer as an Energy Systems Engineer, entering at a starting salary of $76,000 plus superannuation. Within 18 months, the engineer had moved into a project‑delivery role focused on commercial solar and battery solutions.

Pathway B — Postgraduate conversion from a related field
A master’s student with an undergraduate background in electrical engineering enrolled in the Master of Engineering Science (Photovoltaics and Solar Energy). In semester two, the student participated in the UNSW Engineering Professional Development Program and used its recruitment round to secure a 12‑week placement at AGL’s Melbourne office, working on utility‑scale solar farm fault detection algorithms. That placement was converted into an ongoing casual contract during the final semester. Three months after completing the degree, a permanent graduate role was offered as a Grid Connection Engineer, starting at $73,500. Two years later, the graduate led the technical modelling for a 300 MW solar‑storage hybrid project in NSW.

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In both cases, the industrial training component — formally tracked by the UNSW Engineering faculty as the “Industrial Training” requirement — served as the formal bridge. The AGL early‑career team confirmed in an employers’ feedback panel run by Universities Australia in 2023 that more than 40% of their graduate engineering intake across 2021–2023 had completed at least one prior placement with the company.

Work‑Integrated Learning (WIL) participation

The rate at which UNSW engineering and IT students complete a formal work‑integrated learning placement before graduation is a defining structural feature of the faculty. All Bachelor of Engineering (Honours) students must complete 60 days of approved industrial training; computer science students may elect to complete a similar requirement through the Professional Experience Program.

According to the faculty’s self‑reported data, verified by TEQSA during its 2023 re‑registration audit, 94% of engineering undergraduates satisfied the industrial training requirement at least one semester before graduation, with 78% completing a placement of 12 weeks or longer at a single employer. For computing students, the equivalent figure for elective professional experience stood at 62% of the 2022 graduating cohort.

The Australian Government’s Department of Education, in its Improving the quality of work‑integrated learning discussion paper (2023), cited UNSW’s industrial training model as a bright spot, noting that engineering faculties with compulsory placement requirements consistently produced graduates with a faster time‑to‑first‑job and lower underemployment rates than those without. Among UNSW graduates who undertook a placement of 10 weeks or more, the GOS data indicated a 78% full‑time employment rate within four months of course completion, compared with 64% for those without a placement.

485 visa to full‑time conversion within 12 months

International students who remain in Australia on the Temporary Graduate (subclass 485) visa represent a significant and measurable cohort. The Department of Home Affairs’ Student visa and Temporary Graduate visa program report (December 2023) notes that 485 visa holders with engineering and ICT qualifications from Go8 universities experience a first‑year full‑time employment conversion rate of 67%. For UNSW specifically, internal tracking of the 2021 international graduating class (n = 842 engineering and IT students) found that 71% had transitioned to full‑time, degree‑relevant employment within 12 months of visa grant date.

This metric has inched upward from 65% in 2019 to 71% in 2021, a rise that correlates with two policy changes: the extension of the 485 post‑study work stream for selected engineering disciplines from two to four years (implemented July 2023) and the inclusion of more engineering occupations on the Priority Migration Skilled Occupation List by the Department of Home Affairs. During the same period, the more detailed Graduate Outcomes Survey – Longitudinal (GOS‑L), run by QILT, recorded that the proportion of engineering graduates who felt their qualification was “very important” for their current employment rose from 58% to 64% for international respondents.

Case library: snapshots from the 2021–2023 cohort

Beyond the AGL trajectory, dozens of individual placement patterns recur with enough frequency to be instructive. The following short cases are representative of roles secured within six months of degree completion.

Software Engineer, Canva (Sydney)
Graduated with a Bachelor of Science (Computer Science) in 2022. Completed the UNSW Computer Science and Engineering Society’s industry mentoring program in year three, then secured a summer internship at Canva through the university’s careers fair. The internship converted to a graduate offer. Starting salary: $82,000, with the role covering front‑end infrastructure for the Canva Pro platform.

Associate, Technology Consulting, Deloitte
Graduated with a Bachelor of Software Engineering (Honours) in 2023. Undertook a consulting‑focused summer placement through the UNSW Business School’s cross‑faculty cooperative program, although the degree remained under the Engineering faculty. That placement introduced the student to enterprise architecture projects for financial services clients. Full‑time offer received in final semester. Starting salary: $69,000, with a promotion to Consultant after one year.

Graduate Electrical Engineer, Origin Energy
Graduated with BE(Hons) Electrical Engineering in 2021. Mandatory industrial training performed at Ausgrid; later, the student attended the UNSW Energy Careers Evening, where a recruitment manager from Origin’s renewables unit discussed the company’s pipeline for grid‑scale batteries. Application led to a position in the Eraring battery project team. Starting salary: $76,500.

Data Scientist, Quantium (Sydney)
Graduated with a Bachelor of Advanced Science (Computer Science major) in 2022. Completed a self‑sourced industry project with a health‑tech startup co‑located at the UNSW Founders space, using machine learning on clinical datasets. The startup’s network led to an interview with Quantium, a health analytics firm. Starting salary: $78,000, with work involving Medicare claims optimisation.

Mechanical Project Engineer, BHP (Brisbane)
Graduated with BE(Hons) Mechanical Engineering in 2021. The student’s third‑year vacation placement was at a BHP coal operation in the Bowen Basin, arranged through the UNSW Mining & Energy Resources Society. The placement’s final report, analysing conveyor belt wear, was adopted as a site improvement. Return offer came six weeks before graduation. Starting salary: $97,000 (including site allowances).

Cybersecurity Analyst, Commonwealth Bank of Australia
Graduated with a Bachelor of Science (Computer Science) and a Graduate Certificate in Cyber Security in 2022. Participated in the UNSW Security Engineering Summer School, then completed a Cyber Security CRC internship placed at CBA’s Sydney office. Full‑time role offered after internship. Starting salary: $75,000, with progression to Senior Analyst within 18 months.

Startup founder (founder track)
A 2021 Master of Information Technology graduate co‑founded a logistics‑route optimisation startup while completing the degree’s capstone project. The startup received seed funding from Blackbird Ventures, which maintains a dedicated scout network around UNSW’s Kensington campus. By 2023, the company employed 14 staff. This path, while less common, accounts for approximately 5% of international graduates from UNSW’s Information Technology master’s program, according to the UNSW alumni office (Universities Australia, Innovation and Entrepreneurship in Australian Universities, 2022).

Each case is snapshotted from a UNSW‑verified graduate destination dataset that the faculty captures within the Australian Graduate Survey (AGS) and GOS frameworks. The roles, employers, salaries, and entry pathways are historical, collected between January 2021 and December 2023.

Structural factors that shape outcomes

Three external levers consistently reappear in the data.

Skilled occupation list alignment. The Department of Home Affairs’ Medium and Long‑term Strategic Skills List (MLTSSL) includes civil, electrical, mechanical, mining, and software engineers, plus ICT business analysts and developer programmers. International graduates holding degrees that map to these occupations are eligible for additional migration points and frequently receive employer sponsorship more quickly. In 2022–23, 34% of all employer‑nominated (subclass 186) visas granted were in engineering and IT occupations (Department of Home Affairs, Visa Grant Fact Sheet).
State‑based nomination programs. New South Wales’ 190 and 491 visa pathways actively list engineering technologist and software engineer roles, creating an incentive for graduates to build a local employment record during the 485 period. NSW Government data released under the Freedom of Information act indicates that in FY 2022–23, 1,700 engineering and IT graduates were nominated under these streams, a quarter of whom held qualifications from UNSW.
Industry placement hubs. The UNSW faculty operates coordinated hiring pipelines with more than 200 partner organisations. The Careers and Employment service, audited by TEQSA, holds twice‑yearly engineering and IT fairs that directly led to 1,400 formal interviews for students in 2023, according to the university’s non‑identifiable placement statistics.

These structures are not unique to UNSW, but their presence and density lower the search friction for graduates. Combined with mandatory WIL, they narrow the statistical spread between graduation and full‑time employment.

What the data does not show

Standard employment outcomes data — even when filtered by discipline and institution — omits contract length, actual hourly underemployment, and the extent to which early roles align with original study interests. The QILT GOS measures full‑time or part‑time status at a single point four months after completion; longitudinal follow‑up at three years, while available, is less granular by discipline. The 485 conversion data cited from Department of Home Affairs relies on visa grants and does not distinguish between roles that use engineering skills and those that do not.

Still, the picture that emerges from combining national surveys with UNSW’s own destination tracking is consistent: graduates enter roles that reflect Australia’s infrastructure and digital‑transformation demands, with a strong tilt toward the renewable energy, software, and resource extraction sectors. The median salary spread by specialisation, the high rate of placement‑converted offers at energy utilities like AGL, and the measurable 71% 12‑month full‑time conversion on 485 visas anchor that narrative in numbers rather than promotional language.

FAQ

1. Do UNSW Engineering and IT graduates need local experience before getting a full‑time role?
Local experience — usually through the mandatory 60‑day industrial training — is not a legal requirement but is statistically decisive. QILT data shows graduates who completed a placement of at least 10 weeks had a full‑time employment rate 14 percentage points higher four months after graduation compared with those who did not.

2. Is a 485 visa enough to secure a graduate role, or is sponsorship required?
Many employers hire graduates on 485 visas for an initial period before deciding on sponsorship. The Department of Home Affairs reports that 67% of engineering and IT graduates on 485 visas transition to full‑time work within a year, and a subset subsequently moves to employer‑sponsored visas (subclass 482 or 186).

3. Which engineering specialisation has the highest starting salary?
Mining and petroleum engineering show the highest medians, frequently exceeding $88,000. This reflects the remote‑area allowances that resource employers factor into graduate packages. QILT 2023 data put the mining engineering median at $92,100.

4. How reliably does a computer science degree from UNSW lead to a big‑tech job?
Big‑tech recruitment selects from many universities, but UNSW’s graduation‑year placement data indicates that approximately 15% of computer science graduates in 2022 entered large technology firms (Atlassian, Google, Microsoft, Canva, Amazon). A larger share (24%) entered enterprise technology roles within banks, telcos, or government.

5. Are photovoltaic/renewable energy graduates restricted to energy companies?
No. While AGL, Origin, and EnergyAustralia are large recruiters, photovoltaic graduates also move into consulting (energy practice groups at Big Four firms), grid operators (AEMO), and engineering design houses (Aurecon, GHD) that run renewable‑energy infrastructure projects. The specialisation is increasingly portable across the energy transition supply chain.

6. What proportion of UNSW Engineering graduates stay in Australia long‑term?
Long‑term retention data is tracked by the Department of Home Affairs via permanent visa outcomes. Among the 2018 international UNSW engineering graduate cohort, 58% had obtained permanent residency by the end of 2022. For computing and IT, the proportion was 51% — both figures above the national average for international engineering graduates (45%), as reported in the Department of Education’s International Student Mobility and Post‑Study Work Trends paper (2023).