R&D ENGINEER, MECHANICAL
Bromma
Total years of experience :7 years, 5 Months
• Led the research and development efforts for the cutting-edge crane spreader systems industry and successfully added two new products for the company, allowing it to reach new market segments.
• Designed, developed, analysed and test new container spreaders according to EN13001 and EN15056.
• Apply advanced engineering principles to conceptualize, design, and develop innovative spreader solutions, optimizing quality, cost, and maintenance and improving customers satisfaction. Designed spreader use for ship to shore container crane (STS45) and straddle carrier (CSX40 and CTR40).
• Designed auto lubrication system for brand-new crane spreader and able to reduce maintenance downtime by 30%.
• Oversaw the fabrication of prototypes and coordinated comprehensive testing procedures to validate and refine spreader designs for real-world applications.
• Provide mentorship and training to new engineers, promoting knowledge transfer and skill development within the R&D team.
• Collaborated with cross-functional teams and suppliers to bring out a sound and high-quality design.
• Designed and analysed crane mechanical and structural in accordance with API 2C, AISC Specification for Structural Steel Building, AS3990, AS1418 and DNVGL-ST-0378.
• Experienced in managing projects from concept to completion, ensuring on-time delivery and adherence to budget constraints. Successfully delivered cranes such as knuckle boom crane, ram luffing crane, lattice boom crane, and tower crane.
• Designed and performed calculations of a new hydraulic system and able to optimize the pump, motor, cylinder and powerpack for the crane which led in cost reduce for the system near 30%.
• Performed calculation to identify suitable material or size to design the structure for mechanical components of a crane such as winch, powerpack, wire rope and sheaves.
• Planned a solution to dismantle the crane used to construct the TRX tower most efficiently and safely while reducing the downtime of the crane.
• Oversaw and provided on-site support during installation, testing and troubleshooting of hydraulic systems and mechanical systems on site.
• Collaborated with a team of 6 to design and develop 3D models and 2D drawings of cranes mechanical components.
• Provided technical support to clients, addressing software-related inquiries, and troubleshooting issues to ensure optimal functionality of Autodesk products and able to resolve issues within a short period, reducing clients downtime.
• Conducted workshop as well as training for more than 150 people, and received average rating by the students for the training provided to be 4 out 5.
• Conducted product demonstrations for potential clients, showcasing the features and benefits of Autodesk software solutions.
• Delivered personalized training sessions to clients, focusing on optimizing their use of Autodesk software for improved efficiency and productivity.
• Collaborated with sales teams to understand client requirements and provide technical expertise during the pre-sales process.