Top Research Development Jobs

A BIT ABOUT US

GBatteries was founded eight years ago to tackle one of the world’s most pressing issues: the transition to a cleaner future through electrification. We are pioneering battery technology which enables ultra-fast charging of Li-ion batteries without compromising battery life — and without changing the battery’s chemistry or manufacturing process. Ultimately, our mission is to accelerate the mass adoption of electric vehicles.

We are working on some of the biggest challenges in energy storage, and are looking for the right people to join us as we develop our technology and continue to scale.

THE OPPORTUNITY AND THE ROLE

As a Battery Research Scientist, you'll be guiding battery management, charge, and formation algorithm development projects. You'll stay on top of latest scientific research and publications within the fields of Lithium battery technology, determine new experimental and analytical approaches for studying battery degradation mechanisms, and investigate and recommend material and cell chemistry optimizations for LMB prototype cells. You’ll support collaborative research projects with external academic institutions and compile written research reports for customers and internal stakeholders.

THE SKILL SET

Must haves:

·         Master’s degree in chemistry, electrochemistry, material science, and/or physics

·         PhD will be considered an asset for a senior role

·         Hands-on R&D experience in electrochemistry laboratory environment utilizing analytical equipment and laboratory apparatus.

·        Proficiency in one or more cell  electrochemical characterization tools (e.g., EIS, dQ/dV, half-cell, 3-electrode cell, GITT/PITT, LSV)

·         Expertise in one or more materials characterization techniques (e.g., XRD, SEM, XPS, EDX, GC/MS, NMR)

· Experience developing scripts for data analysis (e.g., MATLAB, VBA, Python, R)

Nice to haves:

·         Past research experiences in investigation of lithium-ion cell degradation and optimization of battery materials (e.g., LHCE electrolyte, Si-based anodes, Li-metal anode, anode-free, NMC, LCO)

·     Physics-based/electrochemical modelling experience (e.g., DFN modelling using PyBaMM/COMSOL)

WITHIN 1 MONTH, YOU'LL...

·      Understand the scope of our battery formation / fast charge research and development

·      Study the state of the art of our battery charging algorithm and our approach

·      Learn how to work with our testing infrastructure

WITHIN 3 MONTHS, YOU'LL...

·      Offer a critical analysis of our experimental findings

·      Support on-going projects with research and knowledge of battery chemistry

·      Learn how to make use of our sophisticated data parsing and analysis tools

WITHIN 6 MONTHS, YOU'LL...

·      Lead discussions on new algorithmic approaches to mitigating cell degradation and minimizing formation times

·      Summarize key analytical findings in results reports

·      Work with Data Science Team to progress the training of our machine learning algorithms

WITHIN 12 MONTHS, YOU'LL...

·      Take ownership of the theoretical, analytical, and experimental direction of our Li-ion and Li-Metal fast-charge and formation research

·      Become an integral part of the research and development team, a key contributor to the development of our proprietary technology and future patent pursuits

WHAT WE OFFER

We are working on many exciting projects towards our ultimate goal of breaking down the final barrier preventing the adoption of electric vehicles; range anxiety. We’re a growing company working with some of the largest manufacturers in the world, and there’s still a huge amount to do. You’ll be able to see the impact of your work from day one and have the opportunity to see the final effect on real world products. We encourage unconventional thinking and seek resilient problem solvers who aren’t afraid to get their hands dirty.

Of course, we also offer other great benefits:

Hybrid work options, inclusive parking, full dental and health coverage, a renovated and spacious office, and fridge and pantry filled with drinks and snacks. We’re conveniently located near the 417 highway with easy access via major public transit routes, right beside a small park and an assortment of shops and restaurants.

HOW TO APPLY

Is the idea of enabling the global mass adoption of electric vehicles exciting to you? We’d love to hear from you! To apply please include a short message addressed to Henry Rearden within the application below; no cover letter necessary. If you have any questions, or just want to say hello, feel free to reach out to Vlad Belov on LinkedIn.

We particularly value diversity, and we know that experience comes in many forms. If your unique experience is close to what we’re looking for, please still consider applying.

Biobot’s Chemistry R&D team is responsible for developing and advancing novel assays, platforms, processes, and research to enable exclusive data insights to our public health customers. We are looking for a Research Scientist to develop and grow a novel high resolution mass spectrometry (HRMS) platform on the Chemistry R&D team at Biobot Analytics. This scientist will be responsible for imagining, planning, executing and validating our HRMS platform for use in discovery and commercial applications and supporting additional research topics as they apply. The ideal candidate will be an expert in HRMS method development and data interpretation who thrives in an independent and fast-paced environment.

Essential Duties and Responsibilities (What you will be doing):

• Solve analytical problems
• Develop novel LC-HRMS methods for an array of endpoints, from free-form discovery to robust routine quantitative analysis
• Evaluate and implement computational mass spectrometry and data warehousing tools for the identification and quantification of small molecules by HRMS
• Collaborate with data science team to establish trends and correlations in discovery datasets to position opportunities for future product offerings
• Design, optimize, execute, and support sample preparation protocols
• Evolve research plans and execute experiments within reasonable timelines
• Maintain compound database(s) within instrument software or third party toolkits
• Document summary of research, data, and results in an ELN
• Support data interpretation across research, data science, product, and marketing
• Perform basic maintenance tasks on instrumentation such as preparing fresh mobile phases, discarding hazardous chemical waste, monitoring gas levels, and replacing parts
• Coordinate with instrument, equipment, and supply vendors to troubleshoot problems and schedule maintenance
• Work safely in a BSL2 laboratory environment and serve as a leader to others in this regard
• Maintain a clean and organized workspace
• Collaborate with internal teams on cross-functional projects and work
• Communicate analyses/results to internal audiences, external customers, the WWBE community, and academic collaborators

• PhD or Master’s + 4 years research or industry work experience or Bachelor’s + 8 years  research or industry work experience
• At least 4 years of experience independently operating and developing trace detection  applications and instrumentation (HRMS, LC-MS/MS, etc.) in a bioanalysis environment
• Expert in quantitative HPLC-MS/MS and with isotope dilution quantitation
• Well-versed in multiple forms of chemistry sample preparative techniques (filtration, SPE, protein precipitation, etc)
• Ability to communicate complex technical topics to both scientific and non-scientific audiences
• A collaborative and get-stuff-done attitude

• Familiarity with ThermoFisher Scientific instruments/TraceFinder software
• Coding in Python or R
• Experience mentoring junior scientists
• Technologically savvy; experience with Google Suite, data manipulation/analysis software, Slack, Smartsheets, ELNs, and LIMS
• Experience with advanced separation and analysis techniques (nano-flow, microflow, HILIC, SFC, SEC, MISER, turbulent flow chromatography, parallel-column regen, etc.)
• Experience with advanced sample preparation techniques (antigen capture, SLE, modern SPE, SFE, etc.)

• Must be able to commute and work onsite in the lab four days a week
• Required standing or sitting for several hours straight at a time.
• Must be able to talk, listen and speak clearly on telephone and video conferencing for several hours each day

Our Benefits

HEALTH

Free medical, dental, and vision insurance for employees and their families, including a $0 deductible medical plan. We want our employees to manage their health and that of their families without worrying about high premiums or deductibles.

SELF CARE

Unlimited PTO with 3 week minimum. Whether it's playing MTG or D&D, singing on stage, camping, raising chickens, or anything else that inspires, we want our employees to unplug and explore their passions.

BIOBABIES

12 weeks parental leave at 100% pay. We love Biobabies and know that bonding with a new child is a critical need for employees and Biobabies alike.

SAVINGS

3% Biobot 401k contribution. Regardless of whether our employees contribute, we contribute 3% of salaries into participating employees' 401k accounts because we want to support their long-term financial goals.

WORKSPACE

$500 home office stipend for remote employees; free parking + commuter benefits and free meals for lab employees. Onsite or at home, we ensure our employees' workspace is set up for success.

About Biobot

At Biobot, we are working together to build a team environment in which everyone can thrive and is proud to belong. We are an equal opportunity employer and our goal is to be a diverse team that is representative, at all job levels, of the society we live in. We encourage applications from candidates of all identities and backgrounds, including those who are traditionally underrepresented in technology startups.

Our mission is to transform wastewater infrastructure into public health observatories. 

Named as one of Fast Company’s most innovative companies in the world in 2021, Biobot Analytics is a wastewater epidemiology company and uses technology developed at MIT to measure biomarkers in sewage to better understand population health in cities. We first launched an opioid product to support government and public health officials in responding to the opioid epidemic, and in 2020 launched a Covid19 product to estimate the scope and trend of the outbreak in communities. We have operated in almost 500 communities across 43 U.S. states, generating Covid19 case estimates for over 13% of the U.S. population.

Battling the opioid epidemic and now the Covid19 pandemic is just the beginning - we’re transforming sewage into a data asset and building a public health database. Eventually, Biobot data will be an early warning system for disease outbreaks, a map of nutrition disparities, and more. Headquartered in the Boston area with an office in NYC, we aim to create the bedrock of human health infrastructure and smart cities in countries across all six continents.

Please note that we are unable to sponsor work visas at this time.

www.biobot.io