Aleph Technologies is on a mission to redefine process optimisation in industrial manufacturing. Their AI-powered software platform, powered by process digital twins, helps chemical manufacturers and operators troubleshoot issues, discover optimal setpoints, and make faster, smarter decisions.

Project role: Integrated Modelling and Optimisation Framework for Complex Processing Facilities

They are seeking a Modelling and Optimisation Engineer who combines chemical/process engineering fundamentals with software development skills. In this hybrid role, you will develop and implement first-principles and data-driven/machine-learning models, contribute to building scalable software modules, and help deploy real-time optimisation and control tools into enterprise environments.

Key Responsibilities

1. Process Modelling & Simulation

• Develop and validate first-principles mechanistic models using thermodynamic and kinetic principles.

• Simulate steady-state and dynamic chemical processes to support plant design and control decisions.

• Collaborate with domain experts to translate operational challenges into digital models.

2. Software Engineering & System Development

• Implement process models into modular, reusable software components using object-oriented programming (primarily Python).

• Collaborate with the broader software engineering team to integrate models into the platform architecture.

• Contribute to system architecture discussions, ensuring that code is scalable, maintainable, and testable.

• Build automated pipelines for model training, validation, and deployment, including versioning and rollback capabilities.

3. Data-Driven Optimisation & ML Integration

• Combine mechanistic and machine learning models for hybrid modelling and prediction.

• Use advanced optimisation techniques (e.g. linear, non-linear, MILP, MPC) to recommend real-time decisions.

• Work closely with ML engineers to deploy models and continuously improve performance with new data.

4. API Development & Integration

• Support development of internal APIs that connect models with user interfaces, visualisation tools, and plant data systems.

• Ensure that models can run in near-real-time environments and integrate with third-party data sources (e.g. historians, SCADA, or MES).

5. Collaboration & Agile Development

• Participate in sprint planning, code reviews, and collaborative design discussions with both product and engineering teams.

• Document models and software modules with a focus on reproducibility, transparency, and ease of maintenance.

• Follow agile and DevOps best practices for software release, testing, and continuous integration.

Vivo Surgical is a patient-focused, clinician-driven medical device developer and manufacturer. Headquartered in Singapore with offices in China and Thailand, they are pioneering a novel endoscopic surgical robot for complex endoluminal surgeries. 

Project role: Embedded Software for Robotic System

In this role, you will be part of our fast-growing team and will take ownership of your role from the get-go. You will be working on the software development of their robotic system from the design and development phase all the way to manufacturing. Throughout the process, you will be involved in the features development, functional safety enhancements, and supporting the testing phases by developing test specifications and reports.

Responsibilities:

• Assist in the establishment of the system’s design and software requirements according to users’ needs.

• Design and develop Software Architecture and Detailed Design documents based on the requirements.

• Develop and test the software modules following respective standards and best practices.

• Carry out software testing and debugging activities alongside other engineering teams.

• Assist in developing test protocols and reports to verify various subsystems and the main system.

• Take part in code review, change control and risk management documentation generation tasks.

• Work with the team to optimise the system’s cost, manufacturability, quality, and reliability.

• Contribute and watch your ideas materialise into the fast-paced iterations of our system to constantly strive to meet the end users’ needs.

Momentum Z is a leader in delivering advanced cybersecurity solutions that empower businesses to protect their digital assets and maintain resilience against evolving cyber threats. Their team of experts is dedicated to providing top-tier security services to clients across various industries.

You will be part of a team that assess, designs, and implements comprehensive security solutions tailored to our clients’ unique needs. You will play a key role in protecting businesses from cyber threats by providing expert guidance and innovative security strategies.

Project role: Cybersecurity Consultancy and Solutioning

Key Responsibilities:

• Security Assessment: Conduct thorough security assessments to identify vulnerabilities and risks within client systems, applications, and networks.

• Solution Design: Develop and design robust security architectures and frameworks that align with clients’ business objectives and industry best practices.

• Implementation: Implement security solutions, including advanced technologies and protocols, to mitigate identified risks and protect sensitive data.

• Compliance & Regulation: Ensure clients’ security measures comply with relevant regulations and standards, including PDPA, GDPR, ISO 27001, Cyber Essentials, Cyber Trust Mark, Data Protection Trust Mark and other industry-specific requirements.

• Incident Response: Develop and implement incident response plans, providing clients with the tools and knowledge to respond effectively to security breaches.

• Client Training: Conduct training sessions and workshops to educate clients on cybersecurity best practices and enhance their overall security posture.

• Continuous Improvement: Stay updated on the latest cybersecurity trends, tools, and technologies, and continuously improve security processes and solutions offered by Momentum Z.

• Reporting: Prepare detailed reports and documentation for clients, clearly articulating security findings, recommendations, and action plans.

BioMetallica is a sustainable manufacturing Deep Tech startup that utilises synthetic biology to recycle precious metals from various waste sources, including electronic waste, spent autocatalysts, mine tailings, and lithium-ion battery waste.

Project role: Biohydrometallurgy Process Optimisation for Precious Metals with Enhanced Metal Selectivity

Task and Duties:

Design, develop, and optimise chemical processes for the extraction and recovery of precious metals from electronic waste and other feedstocks. 

• Conduct experiments and simulations to improve the efficiency and scalability of metal recovery processes. 

• Apply chemical engineering principles to design and implement efficient and sustainable processes for metal separation and purification.

• Develop and refine chemical pre-treatment methods to enhance metal selectivity and purity. 

• Analyse data from pilot tests to identify potential issues and areas for improvement. 

• Work closely with the R&D team to transition successful pilot processes to commercial production. 

• Develop standard operating procedures (SOPs) for all chemical and biological processes of the metal cyano complexes.

• Monitor process parameters and make adjustments as necessary to maintain optimal performance. 

• Identify and implement innovative solutions to improve process efficiency and reduce costs. 

• Participate in ongoing research and development projects to advance BioMetallica’s technological capabilities in bioextraction. 

Tack One is a Singapore-based technology company specialising in location intelligence and Internet of Things (IoT) solutions. Through its consumer brand, Tack GPS, and enterprise division, TackEvo, the company offers a range of products designed to enhance personal safety, asset tracking, and environmental monitoring.

Project role: Engineering for Embedded Systems in IoT, Industrial and AI Applications

They are seeking a hands-on Embedded Systems Engineer keen to develop skills in end-to-end embedded electronic solutions, including hardware design and integration, firmware development, and practical problem-solving. While prior experience in hardware design and debugging, real-world testing, troubleshooting, and optimising embedded systems is beneficial, they value someone with a drive to learn and grow. The candidate should be comfortable reviewing and collaborating on PCB designs to ensure optimal system performance.

Key Responsibilities:

• Develop embedded systems for IoT and industrial applications, ensuring robustness and reliability in outdoor environments.

• Design and integrate low-power microcontroller-based solutions with various industrial sensors (I2C, SPI, RS485, UART, 4-20mA, etc.).

• Implement and optimise embedded firmware for microcontrollers (STM32, ESP32, or similar) using C/C++/Arudino.

• Develop low-power firmware techniques to maximise battery life in remote deployments.

• Conduct hands-on hardware debugging, troubleshooting, and validation of embedded systems in both lab and field environments.

• Work closely with the external team to ensure functional and efficient hardware integration.

• Evaluate and select sensor technologies for real-time environmental monitoring applications.

• Implement wireless communication protocols (BLE, LoRa, NB-IoT, or LTE-M) to transmit sensor data.

• Collaborate with cloud engineers to integrate sensor data into backend platforms via MQTT, CoAP, or HTTP.

• Optimise hardware and firmware for cost-effective mass production while maintaining performance and reliability.

• Work closely with manufacturing facilities to support the manufacturing process, including design for manufacturability (DFM) and testability (DFT).

Biologic Technik is a Singapore Deep Tech social enterprise company in healthcare operation optimisation and healthy ageing promotion

Project role: IoT Engineer Inventory Management Optimisation

Biologic Technik is seeking talent who are motivated and analytical to join their team. They are working on an enterprise level IoT with ML model for one of the largest operator groups in the Singapore healthcare industry. This role provides practical experience in IoT system, data analysis, machine learning, algorithms in a nascent healthcare application.

The system provide an automated 24/7 inventory tracking using IoT and inventory forecasting using Machine Learning methods.

digiDations is revolutionising how organisations validate their cybersecurity. In a world where traditional security assessments fall short against increasingly sophisticated cyber threats, we combine artificial intelligence with real-world threat intelligence to deliver cutting-edge security validation solutions.

Project role: Research and Threat Analysis in Cybersecurity

The aims of security research and threat analysis are to:

• Identify and analyse real-world attack techniques and vulnerabilities.

• Enhance organisations' security posture through proactive threat research.

• Strengthen security controls and detection capabilities against evolving threats.

• Provide insights into emerging cyber threats, ensuring resilience against adversary tactics.

Threat research and analysis can help the analyst better understand the following:

• How to track and investigate attack techniques, MITRE ATT&CK mappings, and adversary behaviors by threat groups.

• The impact of threat intelligence, vulnerabilities, and attack samples or proofs-of-concept (POC) on customer security environments.

• How to assess security gaps in detection and response capabilities and provide actionable recommendations.

• The tools and methodologies used in threat intelligence gathering and security validation.

Responsibilities

• Research and analyse threat intelligence sources to understand attack incidents, techniques, vulnerabilities, and exploits.

• Track and investigate new attack techniques and adversary behaviors to provide security insights.

• Support customers in assessing security gaps and improving detection rules within their security environments.

• Conduct security content validation and improvement discussions with security product vendors when needed.

• Collaborate with security engineers and product teams to enhance security validation methodologies.

• Develop technical reports, research papers, and security updates to contribute to cybersecurity knowledge.

BeeX reduces costs and risks of offshore underwater inspections using Autonomous Marine Systems (AMS). We are the first in Asia to manufacture our own hoover-capable AUVs and deploy them off Unmanned Surface Vessels, all controlled with our proprietary distributed software from Surface to Underwater. Our vehicles are designed with an Autonomy-First concept. This means unprecedented levels of optimisation and computational power subsea to make decisions real time, enabling superior asset integrity data collection as a seamless workflow, with greatly reduced costs and risks.

Project role: Robotics Field Support for Hovering Autonomous Underwater Vehicles (Electrical and Electronics)

The objective of this project is to understand how our fleet of Autonomous Underwater Vehicles are operating in the field, and develop solutions to improve its reliability.

The trainee will be involved in investigating problems, identifying root causes, and deploying solutions across our fleet.

Responsibilities

• Technical Support and Diagnosis: Technical support and troubleshooting of production and operational issues related to equipment, processes, quality, controls, and systems. Identify defects or deviations from quality standards and perform root cause analysis to determine the underlying reasons for these issues
• Continuous Improvement: Manage product improvement projects from start to finish, to identify areas for improvement and implement corrective actions to enhance product quality, operational efficiency, and reduce defects
• Manufacturing Plan: Coordinate with engineering and production departments to develop and implement Manufacturing Plan for products, by drafting work instructions & test plans, preparing BOMs, communicating to suppliers and training manufacturing personnel.