Total 141 art design entertainment job vacancies in Others category in Australia

ROLES AND RESPONSIBILITIES

• Good knowledge of interior architectural details, working drawings
• Flair in design; able to sketch fast and produce a good design concept
• Good understanding of materials cost and application
• Responsible for project deliverables, meeting overall project design schedules
• Result-oriented and passionate to deliver projects successfully
• Able to work independently
• Value support and cultivate cooperation among colleagues
• Work closely with the team , coordinate and implement the interior design of projects
• Liaison with client, sub-contractor

JOB REQUIREMENTS:

• Diploma in Interior Design
• 2-5 years of local working experience
• Fresh graduates with a desire to grow professionally are welcome
• Preferable experience in the workplace
• Fluent in spoken and written (English/ Chinese)
• Strong presentation, communication & interpersonal skills
• Team player with a positive attitude

A structural formwork designer in the construction industry plays a critical role in ensuring the safe and efficient design of temporary structures required for concrete placement. This role requires a strong foundation in structural engineering principles, proficiency in design software (e.g., AutoCAD, Revit, Tekla), and practical knowledge of construction methods and materials. Effective communication and problem-solving skills are also essential to succeed as a structural formwork designer.

1. Design formwork systems (aluminium formwork and system formwork) to support concrete structures (slabs, beams, columns, walls, etc.) during construction.
2. Ensure designs adhere to engineering principles, building codes, and safety regulations.
3. Select appropriate materials (e.g., plywood, aluminium, steel) based on project specifications.
4. Perform structural analysis to determine load capacities, deflection limits, and stability of formwork systems.
5. Ensure designs can withstand live loads, dead loads, and environmental factors (wind, vibration, etc.).
6. Work closely with project managers, site engineers, and construction teams to align formwork designs with construction schedules and site conditions.
7. Coordinate with architects and structural engineers to integrate formwork designs with overall project plans.
8. Ensure formwork designs meet safety standards and regulatory compliance.
9. Conduct risk assessments to identify potential hazards associated with formwork installation and removal.
10. Optimize the use of formwork materials to minimize costs and waste.
11. Explore reusable or modular formwork systems to enhance sustainability and efficiency.
12. Prepare detailed formwork drawings, specifications, and assembly instructions.
13. Provide technical support to site teams during formwork assembly, installation, and dismantling.
14. Research and implement new technologies and materials to improve formwork efficiency and durability.

Qualifications

• A diploma or degree in Civil or Structural Engineering, Architecture, or a related field.
• Knowledge of engineering principles related to load-bearing structures and construction methods.
• At least 5 Years of working experience in the related field.
• Required Skill(s): AutoCAD.

A structural formwork designer in the construction industry plays a critical role in ensuring the safe and efficient design of temporary structures required for concrete placement. This role requires a strong foundation in structural engineering principles, proficiency in design software (e.g., AutoCAD, Revit, Tekla), and practical knowledge of construction methods and materials. Effective communication and problem-solving skills are also essential to succeed as a structural formwork designer.

1. Design formwork systems (aluminium formwork and system formwork) to support concrete structures (slabs, beams, columns, walls, etc.) during construction.
2. Ensure designs adhere to engineering principles, building codes, and safety regulations.
3. Select appropriate materials (e.g., plywood, aluminium, steel) based on project specifications.
4. Perform structural analysis to determine load capacities, deflection limits, and stability of formwork systems.
5. Ensure designs can withstand live loads, dead loads, and environmental factors (wind, vibration, etc.).
6. Work closely with project managers, site engineers, and construction teams to align formwork designs with construction schedules and site conditions.
7. Coordinate with architects and structural engineers to integrate formwork designs with overall project plans.
8. Ensure formwork designs meet safety standards and regulatory compliance.
9. Conduct risk assessments to identify potential hazards associated with formwork installation and removal.
10. Optimize the use of formwork materials to minimize costs and waste.
11. Explore reusable or modular formwork systems to enhance sustainability and efficiency.
12. Prepare detailed formwork drawings, specifications, and assembly instructions.
13. Provide technical support to site teams during formwork assembly, installation, and dismantling.
14. Research and implement new technologies and materials to improve formwork efficiency and durability.

Qualifications

• A diploma or degree in Civil or Structural Engineering, Architecture, or a related field.
• Knowledge of engineering principles related to load-bearing structures and construction methods.
• At least 5 Years of working experience in the related field.
• Required Skill(s): AutoCAD.

A structural formwork designer in the construction industry plays a critical role in ensuring the safe and efficient design of temporary structures required for concrete placement. This role requires a strong foundation in structural engineering principles, proficiency in design software (e.g., AutoCAD, Revit, Tekla), and practical knowledge of construction methods and materials. Effective communication and problem-solving skills are also essential to succeed as a structural formwork designer.

1. Design formwork systems (aluminium formwork and system formwork) to support concrete structures (slabs, beams, columns, walls, etc.) during construction.
2. Ensure designs adhere to engineering principles, building codes, and safety regulations.
3. Select appropriate materials (e.g., plywood, aluminium, steel) based on project specifications.
4. Perform structural analysis to determine load capacities, deflection limits, and stability of formwork systems.
5. Ensure designs can withstand live loads, dead loads, and environmental factors (wind, vibration, etc.).
6. Work closely with project managers, site engineers, and construction teams to align formwork designs with construction schedules and site conditions.
7. Coordinate with architects and structural engineers to integrate formwork designs with overall project plans.
8. Ensure formwork designs meet safety standards and regulatory compliance.
9. Conduct risk assessments to identify potential hazards associated with formwork installation and removal.
10. Optimize the use of formwork materials to minimize costs and waste.
11. Explore reusable or modular formwork systems to enhance sustainability and efficiency.
12. Prepare detailed formwork drawings, specifications, and assembly instructions.
13. Provide technical support to site teams during formwork assembly, installation, and dismantling.
14. Research and implement new technologies and materials to improve formwork efficiency and durability.

Qualifications

• A diploma or degree in Civil or Structural Engineering, Architecture, or a related field.
• Knowledge of engineering principles related to load-bearing structures and construction methods.
• At least 5 Years of working experience in the related field.
• Required Skill(s): AutoCAD.

1. Design and manufacturing of Mooring Winch, Towing Winch, Anchor Handling Winch, Linear Winch, Anchor Windlass, Marine Crane systems, anchor pipe system, post trenching equipment and other related marine equipment.

2. Carry out calculation work on T.C Marine and Offshore Equipment.

3. Conduct checks on the required marine classification standards for T.C Marine and Offshore Equipment.

4. Carry out the study and understanding of client’s technical specifications.

5. Carry out the project management and supervision of the Engineering process for the manufacturing and design of T.C products.

6. Ensure successful delivery of the completed products to client.

7. Resolve all technical problems arise from client during commissioning.

• Prepare and teach art classes to children age 3 to 12 years old. (e.g. Acrylic painting, oil painting, watercolour, sketching, oil pastel, clay, etc.)
• Teach Fine Art to children age 10 to 12 years old.
• Design and develop art curriculum and lesson plans
• Create positive and vibrant classroom environment that is conducive for learning
• Guide the student effectively to achieve learning outcomes in the curriculum, while tracking progress and providing timely feedback.
• Monitor the progress of each child and cultivate their interests and confidence in learning art.

Requirements:

• Possess art background and certification.
• Experience in art curriculum development will be an added advantage.
• Passionate about art and enjoy working with children.
• Positive, cheerful, responsible and resourceful.
• Self-motivated with initiative, able to work independently and as a team.
• Able to travel across Singapore on assignment.

Duties & Responsibilities

• Prepare the equipment list
• Prepare the specification and data sheet as per codes / standards, project and client’s requirement, for pump, loading arm, lifting cranes, marine gangway, air compressor, nitrogen package, hot oil package, oily water system, vapor recovery system and etc equipment for Oil & Gas industries
• Prepare the specification and data sheet for cryogenic pump, BOG compressor, condenser, LPG heater, seawater strainer, flare and etc equipment for LPG industries
• Prepare the requisition and RFQ documents for vendor enquiry
• Prepare the technical clarification and technical bid evaluation of vendor proposal
• Review and check the drawings, designs specification, materials and equipment from vendor for conformity with project technical requirements
• To liaise effectively with vendor and inter-departments to resolve engineering technical issue
• To resolve and response to client comment.
• Prepare information drawing for interface design work whenever is necessary
• Prepare bill of material for cost estimation of bid project
• Provide engineering support for the equipment installation and commissioning activities at site
• Provide engineering support for maintenance works.
• To carry out any other duties as and when assigned by the immediate supervisor or principle engineer

Qualification & Experience Generally Required

• Bachelor Degree in Mechanical Engineering or its equivalent
• Min. 1 to 2 years engineering knowledge in mechanical disciplines in Oil & Gas and Petrochemical industries.
• Experienced in equipment engineering specifications and standards
• Familiar with industrial standards and local codes
• Strong communication skills and the ability to stay organised and multi-task
• Proficient in using MS Word, Excel, Autocad

SENIOR ELECTRICAL DESIGN ENGINEER

TRURO, CORNWALL

£52,000 + BONUS + HYBRID + BENEFITS

Due to continued success and company expansion, my client are looking to add to their skilled team with the addition of an experienced Electrical Design Engineer, with experience in the Building Services/HVAC arena.

We are looking for an ambitious person, with good experience in delivering projects in the Building services sector, you will typically be working with clients in the following industries; Defence, Healthcare and Education. If you're a driven & highly motivated person wishing to craft out a successful and rewarding future in what is a truly unique environment, this could be the role for you.

THE ROLE:

• Act as part of a design team to ensure successful timely preparation and delivery on project objectives, including providing technical support
• Attend specification meetings.
• Taking a senior role on design projects, predominantly of a building services and HVAC nature - lots of work is done with clients in the defence and healthcare sectors.
• Designing lighting systems, AC systems and power generator/distribution systems.
• Produce budgets for clients based on their specifications.
• Liaise with the client and external design teams as necessary for the successful delivery of projects.
• Keep up to date with technical developments, national and international standards and legislative requirements related to electrical design within building services.
• Compile specifications, drawings and contract documents.
• Identify scope and schedule changes, in accordance with the change control process, maintain planning and cost control on all scopes

THE PERSON:

• Hold a relevant bachelor's or master's degree in electrical, building services engineering, or equivalent qualification, or can demonstrate sufficient suitable design experience.
• Track record of work on a variety of building services designs and delivery of small and large scale projects
• Be fully IT literate and with relevant experience of AutoCAD, Revit, Amtech and Dialux.
• Hold a full UK driving license
• Demonstrate the capability to work under pressure and meet tight deadlines
• Understanding of setting and managing budgets, and making sound financial decisions

BENEFITS:

• 25 days + Bank Holidays
• Bonus Scheme
• Death in Service cover
• Flexible working - 12pm finish Friday if 37.5 hours done over 4.5 days.
• Hybrid working
• Private Medical Cover

Hunter Selection Limited is a recruitment consultancy with offices UK wide, specialising in permanent & contract roles within Engineering & Manufacturing, IT & Digital, Science & Technology and Service & Sales sectors.

Please note as we receive a high level of applications we can only respond to applicants whose skills & qualifications are suitable for this position. No terminology in this advert is intended to discriminate against any of the protected characteristics that fall under the Equality Act 2010.

For the purposes of the Conduct Regulations 2003, when advertising permanent vacancies we are acting as an Employment Agency, and when advertising temporary/contract vacancies we are acting as an Employment Business.

If you are interested in this position please click 'apply'.

Hunter Selection Limited is a recruitment consultancy with offices UK wide, specialising in permanent & contract roles within Engineering & Manufacturing, IT & Digital, Science & Technology and Service & Sales sectors.

Please note as we receive a high level of applications we can only respond to applicants whose skills & qualifications are suitable for this position. No terminology in this advert is intended to discriminate against any of the protected characteristics that fall under the Equality Act 2010.

For the purposes of the Conduct Regulations 2003, when advertising permanent vacancies we are acting as an Employment Agency, and when advertising temporary/contract vacancies we are acting as an Employment Business.

As a standard cell design engineer in the Physical Design Group, you will develop your skills working on some of the most sophisticated process nodes targeting the largest foundries. You will contribute to designing our physical IP standard cell offerings for our internal and external customers at leading edge nodes including 5nm and beyond. Work with partners inside the company, as well as our partners in the EDA and foundry space.

Responsibilities:

· Design standard cell circuits and verify them for functionality, performance, and power

· Generate and validate EDA model views of standard cells

Required Skills and Experience :

· 5+ years of relevant circuit design experience (for BSEE)

· 3+ years of relevant circuit design experience (for MSEE)

· Experience with transistor level circuit design using Cadence Virtuoso and circuit simulators such as SPICE, SPECTRE

· An understanding of transistor level device physics and standard cell layout

· Knowledge of power, performance, and area tradeoffs

· An ability to learn a wide variety of industry standard view and modeling formats such as Liberty, Verilog, LEF, NDM, APL, GDS

· Scripting skills in either Tcl, PERL or Python

· Dedication to quality, collaboration, curiosity and continual improvement

Position title : Goldsmith

Location: Farrer Park

Working Days: 6 days a week (Must be able to work on weekends)

Working hours : 11am to 9pm

Salary : $3,500

Key Responsibilities:

1. Designing Jewelry and Objects:Create custom designs for jewelry (rings, necklaces, bracelets, etc.) based on customer requests or original ideas.
   Sketch or use computer-aided design (CAD) software to create detailed blueprints of the final product.
   
2. Metalworking:Melt and alloy gold and other metals to achieve the desired color, strength, and consistency for specific pieces.
   Shape and mold the metal using various techniques such as casting, forging, and soldering.
   
3. Casting and Shaping:Pour molten gold into molds to create base shapes for jewelry, and refine or finish pieces through techniques like hammering, rolling, or polishing.
   Use tools such as files, pliers, and hammers to shape metal and add intricate details to the designs.
   
4. Stone Setting:Set precious or semi-precious stones (diamonds, sapphires, etc.) into the metal using various setting techniques such as prong, bezel, or pave settings.
   
5. Finishing and Polishing:Smooth rough edges and surfaces to achieve a high-quality finish.
   Polish pieces using specialized tools to enhance shine and detail.
   
6. Repairing and Restoring Jewelry:Repair damaged jewelry by re-soldering, re-setting stones, or replacing broken parts.
   Restore old or antique pieces to their original form, while maintaining or enhancing their integrity.
   
7. Quality Control:Inspect finished pieces to ensure they meet design specifications, quality standards, and durability.
   Ensure that the weight, size, and quality of metals and gemstones are as required by the customer or company.
   
8. Customer Interaction:Consult with clients to understand their preferences, budget, and desired outcomes.
   Make adjustments to designs based on feedback or specific requests.