Careers
At J.Buckhill Consultancy Services, our focus is on creating employment opportunities for professional engineers, designers and other specialist dedicated to serving the mining, mineral processing, infrastructure and energy sectors. The employment and training of graduates into frontline design and project engineering roles within the business is one of our key area of focus. J.Buckhill Consultancy Services is committed to continue this development by engaging quality engineers and other industry experts when it comes to recruitment of project personnel by carefully sourcing the right candidates to suit our clients project requirements for the duration of the project lifecycle whilst enjoying the benefits of providing quality on the job training for our graduates.
The employment of professional engineers, associates, sub-consultants, designers and project managers are our core focus when it comes to delivering quality services that meets our Clients stringent requirements.
NOTE:
Expressions of interest should include a cover letter with detail resume covering work experiences and educational qualifications with the most recent passport size photo to: info@jbuckhill.com
Sample Photos Showing Recently Completed Projects in Australia
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Puma Energy PNG Ltd and J.Buckhill Consultancy Services Training Alliance
J.Buckhill Consultancy Services was recently engaged by Puma Energy PNG Limited as a Vendor or Service provider in Engineering and Training services on the 3rd of July 2017.
The images below shows classroom session of a 5 days Pump and Pipeline System Design training course for Puma Energy Engineers at Napa Napa Refinery near Port Moresby conducted by the Principal Engineer Jack B Khallahle.
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Pump & Pipeline System Design Training Course Recently Conducted for Puma Energy PNG Ltd at Napa Napa Refinery, Port Moresby, 2017. | Certificate Presentation After the Training on Site. |
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PNG University of Technology Bachelor of Aerospace Engineering program and J.Buckhill Consultancy Services Curriculum & Infrastructure Development Project Alliance
INTRODUCTION
The School of Mechanical Engineering is introducing a four‑year Bachelor of Aerospace Engineering (Honours) program that builds directly on existing mechanical engineering strengths in fluid dynamics, structures, thermodynamics, materials, and systems design. While Mechanical Engineering offers broad-based preparation for multidisciplinary engineering practice, Aerospace Engineering builds upon these foundations to explore specialized applications in aircraft and spacecraft design, propulsion, aerodynamics, flight stability, and space systems. The new degree integrates theoretical coursework with hands‑on laboratory work, design studios, and industry placements to prepare graduates for aircraft, spacecraft, UAV, satellite, and propulsion systems work. The program aligns with international accreditation expectations and creates a clear postgraduate pathway in aerospace research and practice.
The proposed program is designed to equip students with both theoretical insight and hands-on experience in the design, simulation, testing, and optimization of aerospace structures and systems. Laboratories and design studios will be established to facilitate experimental learning in areas such as wind tunnel testing, propulsion analysis, flight dynamics, and materials behaviour under atmospheric and extra-atmospheric conditions. Research areas will include sustainable aviation technologies, space vehicle systems, unmanned aerial systems, and advanced composites.
In line with PNGUoT mission to develop competent, ethical, and innovative graduates, the Aerospace Engineering program also emphasizes communication skills, project-based teamwork, and a commitment to problem solving in service to local and regional development. Students will be encouraged to engage with research, industry-linked projects, and multidisciplinary collaboration across engineering domains. Through this initiative, the Faculty of Engineering affirms its dedication to producing forward-thinking engineers who can contribute meaningfully to Papua New Guinea’s technological advancement and participate in shaping the Asia-Pacific region’s aerospace future. Postgraduate pathways in aerospace-related fields will also be developed in due course to extend the academic depth and research capacity of the discipline.
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