Total 12 art design entertainment job vacancies in kaki bukit south east

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.

Job Scope

1. Experience of selected electrical parts, circuit design, printed circuit board design, standard design and evaluation.
2. Knowledge of explosiion-proof (FM, CSA, ATEX), Safety (CSA, CE), EMC (IEC) and Classification (Lloyd's Register of Shipping, American Bureau of Shipping, Bureau Veritas, Det Norske Veritas).
3. Businsess knowledge of leadership, logical thinking of Yokogawa product knowledge.
4. Can use Electrical circuit CAD, PCB CAD, Electrical Circuit simulation.

Requirement

1. Master or Bachelor in Engineering, preferably on Electrical & Electronics Engineering with at least 8-10 years of related working experiences.
2. Knowledge of ISO9001, ISO14001 & ISO45001 standards.
3. Able to read, write and communicate technically in English and Japanese fluently with Headquarter team

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.

Job Description:

• Overseeing projects at one or multiple stipulated sites.
• Assist project manager is the execution of the projects.
• Responsibilites for co-ordination with Consultants, Architects and relevant authorities.
• Liaise with Consultants, Main contractor, Suppliers, Sub contractor on Equipment & Material submissions.
• Monitor and ensure progress of works are carried out according to project specification.
• Design schematic drawing, layout drawing, P&ID drawing.
• Review and check drawing before submit to main contractor.
• Oversee the overall planning of ACMV works, site inspection, variation order and certification of work done for all assigned projects.
• Support project manager in the administration of contract, claim, variation and any dispute arise.
• Raise MR and order material & arrange manpower for necessary works.
• Advise site team for work schedule and technical issues.
• Make sure project is carried out according to schedule.
• Responsible for site supervision and implementation.
• Responsible for ensuring implementing safety measures.

Requirements:
- Minimum diploma
- 3 years or above experiences in ACMV, especially in air-conditioning industry
- Able to use AutoCAD or other related software for ACMV Design
- Able to communicate Fluent in English
- Minimum 3 years in ACMV Sector

Job Description:

- Perform Civil, Structural Analysis and Design (entry-level) to meet project specifications

- Coordination and Liaise with Clients, Authority and Other Consultants, Contractors on Projects

- Ensuring Good Project Documentation and Submission to Authority and Clients

- Attend Project Meeting and Perform Inspections on Designed Works

- Reporting to Senior Engineer

Job Requirements:

- Candidate must possess at least a Bachelor's Degree / Post-Graduate Diploma / Professional Degree in Engineering (Civil/ Structural) or equivalent, recognized by Professional Engineering Board of Singapore

- At least 1 Year (s) of working experience in the related field is required for this position

- Good Working Attitude, Self-Motivated, Positive Thinking, Independent, Discipline, Attention to Details and Ownership of Tasks

- Familiar with Local Design Standard and Code

- Knowledge of Design Software, e.g., STAAD Pro, Plaxis, AutoCAD will be added advantage

- Candidate with longer experience or qualifications will be considered for Senior Positions

Job Description:

- Perform Civil, Structural Analysis and Design to meet project specifications

- Coordination and Liaise with Clients, Authority and Other Consultants, Contractors on Projects

- Ensuring Good Project Documentation and Submission to Authority and Clients

- Attend Project Meeting and Perform Inspections on Designed Works

- To Lead and Mentor Junior Engineer in Performing Engineering Task

- Reporting to Principal Engineer / Management

Job Requirements:

- Candidate must possess at least a Master's Degree /Bachelor's Degree / Post-Graduate Diploma / Professional Degree in Engineering (Civil/ Structural) or equivalent, recognized by Professional Engineering Board of Singapore

- At least 4 Year (s) of working experience in the related field is required for this position

- Good Working Attitude, Self-Motivated, Positive Thinking, Independent, Discipline, Attention to Details and Ownership of Tasks

- Familiar with Local Design Standard and Code

- Knowledge of Design Software, e.g., STAAD Pro, Plaxis, AutoCAD will be added advantage

Responsibilities:

• Coordinate with the consultant and monitor work progress and schedule
• Monitor daily work activities of the various subcontractors to ensure proper adherence to job site safety policies and procedures
• Work closely with the team to fulfil all requirements and expectations during testing and commissioning with consultant
• Ensuring that installation and operations conform to standards and customer requirements
• Estimating material, labor, or construction costs for budget preparation
• Maintaining electrical equipment
• Maintenance & Installation of filtration equipment, including pumps, filters, UV systems and ozone generating equipment.
• Fault diagnosis and servicing of specialist swimming pool chemical dosing systems.

Requirements:

• Electrical qualification or experience preferred
• At least 5 years of experience in related field & local experience
• Able to work independently

The Singapore University of Technology and Design (SUTD) is looking for Research Assistants (RA) for the NSoE Phase II Maritime Sector. The RA will design and conduct experiments on the maritime testbed MariOT, and assist Research Fellows to develop prototypes and tools.

Qualification & Experience:

• Bachelor’s or Master’s degree in any area of engineering.
• Demonstrated expertise in C/C++ or Python programming.
• Working knowledge of computer networks.
• Working knowledge of applied cryptography and/or applied machine learning is advantageous.
• Working knowledge in software testing is advantageous.
• Familiarity with shipboard OT systems is advantageous.

Open Faculty Positions at the Engineering Systems and Design Pillar, Singapore University of Technology and Design

The Engineering Systems and Design (ESD) pillar within the Singapore University of Technology and Design (SUTD) is pursuing multiple, exceptional tenure-track/tenured faculty hires at all levels.

About SUTD and ESD

The Singapore University of Technology and Design (SUTD) has topped the list of emerging engineering schools (MIT report, 2018) and possesses a unique structure and mission within the vibrant nation of Singapore. SUTD features the integration of design with engineering, an intimate student to faculty ratio, an innovative active learning pedagogy, an interdisciplinary pillar organization, a stellar faculty, and a beautiful new campus. The Engineering Systems and Design (ESD) pillar within SUTD offers exceptional undergraduate and doctoral degrees with focus on Business Analytics and Operations Research, Financial Services, Supply Chain and Logistics, and Aviation Systems. ESD undergraduates are prepared for a wide range of engineering and management careers in private and public sectors, including healthcare, banking, manufacturing, supply-chain, energy, transportation, and entertainment and hospitality. They are equally adept at entrepreneurship and boldly initiating start-up ventures.

Job Requirements for Tenure-track/Tenured Faculty

We seek to fill positions in several areas including but not restricted to statistical and machine learning (ML), artificial intelligence (AI), operations research, data science, and industrial and systems engineering, with applications to healthcare, sustainability, supply chains and logistics, urban mobility, and quantitative finance.

The successful candidates will have earned or be nearing completion of a doctorate in an engineering systems-related field and have solid grounding in one or more systems methodologies including, but not limited to, AI/ML, optimization, stochastic modelling, statistics, game theory, financial engineering, and simulation. Empirical, experimental, computational, and analytical research approaches are all welcome. Candidates must be committed to excellence in teaching at the undergraduate and graduate levels and to developing and maintaining an active research program.

Successful candidates can look forward to competitive remuneration, assistance for relocation to Singapore, and attractive research start-up packages through SUTD Kickstarter Initiative (SKI) and grant opportunities.

A candidate’s full application package should include:

1. A cover letter
2. Curriculum Vitae (CV), including publications
3. Research statement / plans
4. Teaching statement / plans
5. 3 representative research papers
6. Contact information of 3 referees

Singapore University of Technology and Design immediately invites applications for multiple Research Assistant positions to work in Singapore, in the following areas:

• Robust perception, planning, and control for field robots
• Simultaneous localization and mapping
• Experimental robotics
• Novel mechanism synthesis and analysis
• Electromechanical system design experience is strongly preferred

Your primary responsibilities include:

• Designing and developing reconfigurable robotic platforms to achieve project goals and KPIs (spanning surveillance, maintenance, and payload-carrying robot platforms)
• Implementing and researching specifications for various subsystem components, component analysis, designing for durability, maintainability, and estimating physical constraints required to achieve expected functionality and reconfigurability .
• Have a good understanding of the electrical system of the robot so as to optimize the mechanical designs
• Have a strong understanding of the PCB design and fabrication
• Have a strong understanding of different manufacturing processes and manufacturing constraints
• Designing mounts for onboard sensors and computing equipment with consideration for dust and waterproof requirements
• Simulating using CAD Solidworks for FEA analysis and Keyshot demonstration
• Experience with electrical and electronic components and the use of fabrication and soldering set is strongly preferred
• Able to effectively communicate ideas and take constructive criticism
• Able to effectively work in a multi-disciplinary team and with third-party vendors

The position requires a B.Eng/M.Eng./M.Sc. in Engineering Product Development/Information System/ Mechanical/Electrical and Electronics/Computer Engineering or a related area.

Candidates are expected to possess experience in field robotic systems as evidenced by developmental project experiences/publications. Strong commitment to research and development is essential.

Job Title: Research Associate (Design Innovator) in the Design Innovation team of SUTD

Description:
As a Design Innovator, you will play an important role in the successful realisation of DI projects and programs. Key components of the job are design competencies, in particular those involving users, user needs, conceptual design, prototyping, industrial design, analytical design, digital design, data-driven design, and user validation, and the ability to liaise with internal and external partners and stakeholders on a regular basis.

You will be part of the Design Innovation team and are expected to contribute to its vision, aims and programs - Design Education, Design Guidance, and Design Incubation – as well as design research, with an emphasis on Design Guidance. You are also expected to participate in SUTD events, support the organization, and support the work of other members of the DI team, as and when required.

If you imagine and dream of an employment opportunity with empathy, creativity, mindfulness, inclusivity, passion, autonomy, daring, and excellence in outcomes at its heart and soul, then this is the opportunity for you. Its realization depends on your willingness to embrace and grow boundlessly within these characteristics and mindsets.

Areas of Focus:

Design Guidance Projects

• Support and/or co-lead projects contributing industrial design, design engineering, systems design or product-service-systems development skillset.
• Mentoring and co-creating in innovation projects with public and private external partners and teams.
• Depending on background and skill sets, develop user experiences (UX), user interfaces, digital solutions, and data-driven solutions for and with external and internal partners.

Design Innovation Workshops and Education, Embedding Design

• Work with the DI Director to engage key stakeholders.
• Facilitate Design Innovation workshops and educational modules.
• Grow into role lead facilitator or co-lead for workshops.
• Develop Design Innovation content for delivery in workshops and education modules.
• Engage external partners to embed, catalyze, and grow design in their organizations.

Skillset:

Industrial Design:

• Develop concepts and prototypes for physical products, considering aesthetics, ergonomics, materials, and manufacturing processes.
• Conduct research on user needs, market trends, and competitor analysis to inform design decisions.
• Create detailed technical drawings and specifications for product development.

UX-UI Design:

• Design intuitive and user-friendly digital interfaces for web and mobile applications.
• Conduct user research, usability testing, and gather feedback to inform design iterations.
• Develop wireframes, user flows, and interactive prototypes to visualize and validate design concepts.
• Collaborate with software developers to implement UI designs with attention to technical feasibility.

Visual Communication Design:

• Create visually compelling graphics, illustrations, and branding materials that align with brand identity and target audience.
• Design marketing materials, promotional assets, packaging, and presentations to effectively communicate ideas.
• Ensure consistency and coherence in visual language across various platforms and media.

Adobe Suite Proficiency:

• Leverage your expert knowledge of Adobe Creative Cloud applications (Photoshop, Illustrator, InDesign, XD, etc.) to execute high-quality designs efficiently.

Others:

• Provide general support to the Design Innovation Team
• Undertake and perform other duties as assigned
• Be involved with partners in pre-workshop/project meetings, discussions and proposals

Requirements:

• You should possess a degree and have practical design experience in areas of relevance to Design Innovation.
• You should be able to work to strict deadlines, apply a user-centred design approach with rigor, deliver high quality studies, concepts and prototypes, and work on multiple projects in parallel.
• You must enjoy being creative and working with a variety of people, have a passion for design, not be afraid to take on challenging tasks, and eager to learn new competencies. The ideal individual will have strong written, visual and verbal communication skills.

About the Design Innovation Team

The Design Innovation team is a group of world-leading interdisciplinary designers, technical professionals, and researchers leading the world of design. The Design Innovation team functions to develop fundamental and ground-breaking results in design science as well as to fulfil the mission of a better world by design through a porous interface with industry, government, and social projects. This interface allows for a seamless integration of empirically grounded design methodologies that directly lead to outcomes with positive impacts at the social, media, and technological levels. The team is highly multi-disciplinary and leverages the ethos of a human-centred design approach with fundamental scientific studies in technology to create solutions to real world wicked problems, opportunities, and grand challenges.